fluidyn - PANEOLE - for the evaluation of Wind Energy Density of a potential site PANEOLE INTRODUCTION PANEOLE About PANEOLE ….. A unique 3D fluid.
Download ReportTranscript fluidyn - PANEOLE - for the evaluation of Wind Energy Density of a potential site PANEOLE INTRODUCTION PANEOLE About PANEOLE ….. A unique 3D fluid.
Slide 1
fluidyn - PANEOLE
- for the evaluation of Wind Energy Density of a potential site
PANEOLE
INTRODUCTION
PANEOLE
About PANEOLE …..
A unique 3D fluid dynamics based software available for wind
power potential prediction.
Reliable and high precision tool capable of generating wind field
atlas for the wind turbines siting
Wind field modeling is done by solving Navier-Stokes equations
Control-volume or integral-balance approach to construct the finite
difference approximations for each of these control volumes to preserve
local conservation of differenced quantities
Main application Area : This software could be used for siting of
turbines and prediction of power generation capacities at windy sites
PANEOLE
APPLICATION AREA
PANEOLE
Application Areas:
Establish wind energy density atlas over the potential site
Siting of Turbines and prediction of power generation capacities
The support for PANEOLE development is through …
ADEME
French ministry of environment agency
EED (Espace Eolien Developpement)
PANEOLE
PANEOLE FEATURES
PANEOLE
SALIENT FEATURES ….
Roughness curves and altitude curves can be imported through map
files
Mass consistent wind field model with Lagrangian multiplier technique
and weighted interpolation schemes for one or more meteorological
stations
According to the user specification, Cartesian or BFC grid generation
techniques can be used for mesh generation
The influence of obstacles like buildings, hillocks on the wind pattern
are considered
Turbulence models can be incorporated by selecting among the k-diff,
k-l or k-eps models
Energy density with respect to the prevailing wind over the whole
domain is calculated
Bar graphs show the power productions for the specified periods
PANEOLE
Comparison between cartesian and curvilinear grid
Cartesian uniform
Terrain
Curvilinear non-uniform
GRID
Modeled Terrain
The Cartesian grid transforms the slopes into steps which can cause turbulence.
PANEOLE
Example of Epinay-sur-Seine
Wind strongly disturbed by population centres(Urban area)
PANEOLE
Example of Southwark (UK)
Representation of turbulence in the vertical plane
PANEOLE
GRAPHICAL USER INTERFACE
& INPUTS REQUIRED
PANEOLE
fluidyn-PANEOLE
INPUTS
SOLVER
OUTPUTS
Digitisation of
Topography
Grid
Velocity vectors
Meteorological data
processing
Atlas of wind speed
and wind power
density
Establishing the
Windfield
Annual energy
production of wind
turbines
Characteristics of
turbines
Meteorological
Data
PANEOLE
PANEOLE Menu Structure
Pre-Processor Options
Post-Processor Options
Processor (Simulation) Options
PANEOLE
File Handling Options
Option to load Bitmap in the background
Options to import Map Files
PANEOLE
Model Setup: Location Details and Study Domain
PANEOLE
Model Setup: Digitizing the topography
List of Topographical Objects
Operations on the objects
Setting the Scale
PANEOLE
Meteorological Data
Key-in and Hourly Meteo Data
PANEOLE
Meteorological Data: Time Series and Windrose
Time Series
Data file
Windrose Frequency
Table File
Operations on Meteo Stations
PANEOLE
Model Setup: Selecting the Simulation Options
PANEOLE
Post Processing Features
Velocity Vectors
Body Fitted Mesh
Velocity Vectors in
vertical sections
WPD Contours
Power Production
PANEOLE
Output Options
Menu options for ‘Output’
The Menu Options under ‘Output’ are:
To create ‘Annotations’ for the view plots using the annotation elements
available like Line, Arrow, Polygon, Box, circle and also to write ‘Text’.
To ‘Save’ the files loaded/created in the various formats that are available
like ‘Bitmap’, ‘HPGL’, ‘Postscript’, ‘PCL’ etc.
To make ‘Animation’ sequences with the saved Bitmap images.
PANEPR
REAL CASE STUDIES
Ludres
Jogimatti
PANEOLE
CASE-1: LUDRES
(Simulation carried out for the predominant wind direction)
PANEOLE
Case Description:
• Objective is to identify the zones of the significant winds in order to locate
the wind turbines
• To establish the windfield over the computational domain for the
predominant wind speed and direction
• The complexity of the terrain such as undulations, vegetation, water bodies
are taken into account
PANEOLE
Input Data:
•
Bitmap in the background has been used to digitize the topograhy
•
The topographical features being considered are:
- Altitude contours
- Vegetation
•
Windfield was established using Predominant windspeed and direction
PANEOLE
Background map used to build Terrain Model
N
Vent dominant 250°N
Ludres
PANEOLE
Ludres: Terrain undulations and Body fitted Mesh
420m
250m
PANEOLE
Zone of strongest wind at a
height of 3 meters above the
ground
PANEOLE
Zone of strongest wind at a
height of 12 meters above the
ground
PANEOLE
Wind velocity vectors at a plane 12 m above the ground
Back to
Case Studies
PANEOLE
CASE-2: JOGIMATTI
PANEOLE
Case Description:
•
To evaluate the wind power density of a potential site
• Estimation of annual power production by the turbines placed at the
predetermined locations
PANEOLE
Topography built on the Background map
PANEOLE
Digitized topography and location of Turbines
PANEOLE
PANEOLE
PANEOLE
PANEOLE
Back to
Case Studies
PANEOLE
TRANSOFT team
Supplying tomorrow’s advanced
technology at today’s prices
7 boulevard de la Libération
93200 SAINT-DENIS
FRANCE
: 33 01 42 43 16 66
: 33 01 42 43 50 33
e-mail : [email protected]
1191 Crestmont Drive
LAFAYETTE CA 94549 - 3004
USA
: 1 925 284 1200
: 1 925 284 1240
e-mail :
[email protected]
15/17, Belwell Lane
Four Oaks, Sutton Coldfield
West Midlands B7 44AA UNITED
KINGDOM
: 44 0 1 213 088 168
: 44 0 1 213 232 009
e-mail : [email protected]
146, Ring Road,
Sector 5, H.S.R LAYOUT
BANGALORE 5600 34
INDIA
: 91 80 5503498
: 91 80 5501964
e-mail :
[email protected]
PANEPR
Slide 2
fluidyn - PANEOLE
- for the evaluation of Wind Energy Density of a potential site
PANEOLE
INTRODUCTION
PANEOLE
About PANEOLE …..
A unique 3D fluid dynamics based software available for wind
power potential prediction.
Reliable and high precision tool capable of generating wind field
atlas for the wind turbines siting
Wind field modeling is done by solving Navier-Stokes equations
Control-volume or integral-balance approach to construct the finite
difference approximations for each of these control volumes to preserve
local conservation of differenced quantities
Main application Area : This software could be used for siting of
turbines and prediction of power generation capacities at windy sites
PANEOLE
APPLICATION AREA
PANEOLE
Application Areas:
Establish wind energy density atlas over the potential site
Siting of Turbines and prediction of power generation capacities
The support for PANEOLE development is through …
ADEME
French ministry of environment agency
EED (Espace Eolien Developpement)
PANEOLE
PANEOLE FEATURES
PANEOLE
SALIENT FEATURES ….
Roughness curves and altitude curves can be imported through map
files
Mass consistent wind field model with Lagrangian multiplier technique
and weighted interpolation schemes for one or more meteorological
stations
According to the user specification, Cartesian or BFC grid generation
techniques can be used for mesh generation
The influence of obstacles like buildings, hillocks on the wind pattern
are considered
Turbulence models can be incorporated by selecting among the k-diff,
k-l or k-eps models
Energy density with respect to the prevailing wind over the whole
domain is calculated
Bar graphs show the power productions for the specified periods
PANEOLE
Comparison between cartesian and curvilinear grid
Cartesian uniform
Terrain
Curvilinear non-uniform
GRID
Modeled Terrain
The Cartesian grid transforms the slopes into steps which can cause turbulence.
PANEOLE
Example of Epinay-sur-Seine
Wind strongly disturbed by population centres(Urban area)
PANEOLE
Example of Southwark (UK)
Representation of turbulence in the vertical plane
PANEOLE
GRAPHICAL USER INTERFACE
& INPUTS REQUIRED
PANEOLE
fluidyn-PANEOLE
INPUTS
SOLVER
OUTPUTS
Digitisation of
Topography
Grid
Velocity vectors
Meteorological data
processing
Atlas of wind speed
and wind power
density
Establishing the
Windfield
Annual energy
production of wind
turbines
Characteristics of
turbines
Meteorological
Data
PANEOLE
PANEOLE Menu Structure
Pre-Processor Options
Post-Processor Options
Processor (Simulation) Options
PANEOLE
File Handling Options
Option to load Bitmap in the background
Options to import Map Files
PANEOLE
Model Setup: Location Details and Study Domain
PANEOLE
Model Setup: Digitizing the topography
List of Topographical Objects
Operations on the objects
Setting the Scale
PANEOLE
Meteorological Data
Key-in and Hourly Meteo Data
PANEOLE
Meteorological Data: Time Series and Windrose
Time Series
Data file
Windrose Frequency
Table File
Operations on Meteo Stations
PANEOLE
Model Setup: Selecting the Simulation Options
PANEOLE
Post Processing Features
Velocity Vectors
Body Fitted Mesh
Velocity Vectors in
vertical sections
WPD Contours
Power Production
PANEOLE
Output Options
Menu options for ‘Output’
The Menu Options under ‘Output’ are:
To create ‘Annotations’ for the view plots using the annotation elements
available like Line, Arrow, Polygon, Box, circle and also to write ‘Text’.
To ‘Save’ the files loaded/created in the various formats that are available
like ‘Bitmap’, ‘HPGL’, ‘Postscript’, ‘PCL’ etc.
To make ‘Animation’ sequences with the saved Bitmap images.
PANEPR
REAL CASE STUDIES
Ludres
Jogimatti
PANEOLE
CASE-1: LUDRES
(Simulation carried out for the predominant wind direction)
PANEOLE
Case Description:
• Objective is to identify the zones of the significant winds in order to locate
the wind turbines
• To establish the windfield over the computational domain for the
predominant wind speed and direction
• The complexity of the terrain such as undulations, vegetation, water bodies
are taken into account
PANEOLE
Input Data:
•
Bitmap in the background has been used to digitize the topograhy
•
The topographical features being considered are:
- Altitude contours
- Vegetation
•
Windfield was established using Predominant windspeed and direction
PANEOLE
Background map used to build Terrain Model
N
Vent dominant 250°N
Ludres
PANEOLE
Ludres: Terrain undulations and Body fitted Mesh
420m
250m
PANEOLE
Zone of strongest wind at a
height of 3 meters above the
ground
PANEOLE
Zone of strongest wind at a
height of 12 meters above the
ground
PANEOLE
Wind velocity vectors at a plane 12 m above the ground
Back to
Case Studies
PANEOLE
CASE-2: JOGIMATTI
PANEOLE
Case Description:
•
To evaluate the wind power density of a potential site
• Estimation of annual power production by the turbines placed at the
predetermined locations
PANEOLE
Topography built on the Background map
PANEOLE
Digitized topography and location of Turbines
PANEOLE
PANEOLE
PANEOLE
PANEOLE
Back to
Case Studies
PANEOLE
TRANSOFT team
Supplying tomorrow’s advanced
technology at today’s prices
7 boulevard de la Libération
93200 SAINT-DENIS
FRANCE
: 33 01 42 43 16 66
: 33 01 42 43 50 33
e-mail : [email protected]
1191 Crestmont Drive
LAFAYETTE CA 94549 - 3004
USA
: 1 925 284 1200
: 1 925 284 1240
e-mail :
[email protected]
15/17, Belwell Lane
Four Oaks, Sutton Coldfield
West Midlands B7 44AA UNITED
KINGDOM
: 44 0 1 213 088 168
: 44 0 1 213 232 009
e-mail : [email protected]
146, Ring Road,
Sector 5, H.S.R LAYOUT
BANGALORE 5600 34
INDIA
: 91 80 5503498
: 91 80 5501964
e-mail :
[email protected]
PANEPR
Slide 3
fluidyn - PANEOLE
- for the evaluation of Wind Energy Density of a potential site
PANEOLE
INTRODUCTION
PANEOLE
About PANEOLE …..
A unique 3D fluid dynamics based software available for wind
power potential prediction.
Reliable and high precision tool capable of generating wind field
atlas for the wind turbines siting
Wind field modeling is done by solving Navier-Stokes equations
Control-volume or integral-balance approach to construct the finite
difference approximations for each of these control volumes to preserve
local conservation of differenced quantities
Main application Area : This software could be used for siting of
turbines and prediction of power generation capacities at windy sites
PANEOLE
APPLICATION AREA
PANEOLE
Application Areas:
Establish wind energy density atlas over the potential site
Siting of Turbines and prediction of power generation capacities
The support for PANEOLE development is through …
ADEME
French ministry of environment agency
EED (Espace Eolien Developpement)
PANEOLE
PANEOLE FEATURES
PANEOLE
SALIENT FEATURES ….
Roughness curves and altitude curves can be imported through map
files
Mass consistent wind field model with Lagrangian multiplier technique
and weighted interpolation schemes for one or more meteorological
stations
According to the user specification, Cartesian or BFC grid generation
techniques can be used for mesh generation
The influence of obstacles like buildings, hillocks on the wind pattern
are considered
Turbulence models can be incorporated by selecting among the k-diff,
k-l or k-eps models
Energy density with respect to the prevailing wind over the whole
domain is calculated
Bar graphs show the power productions for the specified periods
PANEOLE
Comparison between cartesian and curvilinear grid
Cartesian uniform
Terrain
Curvilinear non-uniform
GRID
Modeled Terrain
The Cartesian grid transforms the slopes into steps which can cause turbulence.
PANEOLE
Example of Epinay-sur-Seine
Wind strongly disturbed by population centres(Urban area)
PANEOLE
Example of Southwark (UK)
Representation of turbulence in the vertical plane
PANEOLE
GRAPHICAL USER INTERFACE
& INPUTS REQUIRED
PANEOLE
fluidyn-PANEOLE
INPUTS
SOLVER
OUTPUTS
Digitisation of
Topography
Grid
Velocity vectors
Meteorological data
processing
Atlas of wind speed
and wind power
density
Establishing the
Windfield
Annual energy
production of wind
turbines
Characteristics of
turbines
Meteorological
Data
PANEOLE
PANEOLE Menu Structure
Pre-Processor Options
Post-Processor Options
Processor (Simulation) Options
PANEOLE
File Handling Options
Option to load Bitmap in the background
Options to import Map Files
PANEOLE
Model Setup: Location Details and Study Domain
PANEOLE
Model Setup: Digitizing the topography
List of Topographical Objects
Operations on the objects
Setting the Scale
PANEOLE
Meteorological Data
Key-in and Hourly Meteo Data
PANEOLE
Meteorological Data: Time Series and Windrose
Time Series
Data file
Windrose Frequency
Table File
Operations on Meteo Stations
PANEOLE
Model Setup: Selecting the Simulation Options
PANEOLE
Post Processing Features
Velocity Vectors
Body Fitted Mesh
Velocity Vectors in
vertical sections
WPD Contours
Power Production
PANEOLE
Output Options
Menu options for ‘Output’
The Menu Options under ‘Output’ are:
To create ‘Annotations’ for the view plots using the annotation elements
available like Line, Arrow, Polygon, Box, circle and also to write ‘Text’.
To ‘Save’ the files loaded/created in the various formats that are available
like ‘Bitmap’, ‘HPGL’, ‘Postscript’, ‘PCL’ etc.
To make ‘Animation’ sequences with the saved Bitmap images.
PANEPR
REAL CASE STUDIES
Ludres
Jogimatti
PANEOLE
CASE-1: LUDRES
(Simulation carried out for the predominant wind direction)
PANEOLE
Case Description:
• Objective is to identify the zones of the significant winds in order to locate
the wind turbines
• To establish the windfield over the computational domain for the
predominant wind speed and direction
• The complexity of the terrain such as undulations, vegetation, water bodies
are taken into account
PANEOLE
Input Data:
•
Bitmap in the background has been used to digitize the topograhy
•
The topographical features being considered are:
- Altitude contours
- Vegetation
•
Windfield was established using Predominant windspeed and direction
PANEOLE
Background map used to build Terrain Model
N
Vent dominant 250°N
Ludres
PANEOLE
Ludres: Terrain undulations and Body fitted Mesh
420m
250m
PANEOLE
Zone of strongest wind at a
height of 3 meters above the
ground
PANEOLE
Zone of strongest wind at a
height of 12 meters above the
ground
PANEOLE
Wind velocity vectors at a plane 12 m above the ground
Back to
Case Studies
PANEOLE
CASE-2: JOGIMATTI
PANEOLE
Case Description:
•
To evaluate the wind power density of a potential site
• Estimation of annual power production by the turbines placed at the
predetermined locations
PANEOLE
Topography built on the Background map
PANEOLE
Digitized topography and location of Turbines
PANEOLE
PANEOLE
PANEOLE
PANEOLE
Back to
Case Studies
PANEOLE
TRANSOFT team
Supplying tomorrow’s advanced
technology at today’s prices
7 boulevard de la Libération
93200 SAINT-DENIS
FRANCE
: 33 01 42 43 16 66
: 33 01 42 43 50 33
e-mail : [email protected]
1191 Crestmont Drive
LAFAYETTE CA 94549 - 3004
USA
: 1 925 284 1200
: 1 925 284 1240
e-mail :
[email protected]
15/17, Belwell Lane
Four Oaks, Sutton Coldfield
West Midlands B7 44AA UNITED
KINGDOM
: 44 0 1 213 088 168
: 44 0 1 213 232 009
e-mail : [email protected]
146, Ring Road,
Sector 5, H.S.R LAYOUT
BANGALORE 5600 34
INDIA
: 91 80 5503498
: 91 80 5501964
e-mail :
[email protected]
PANEPR
Slide 4
fluidyn - PANEOLE
- for the evaluation of Wind Energy Density of a potential site
PANEOLE
INTRODUCTION
PANEOLE
About PANEOLE …..
A unique 3D fluid dynamics based software available for wind
power potential prediction.
Reliable and high precision tool capable of generating wind field
atlas for the wind turbines siting
Wind field modeling is done by solving Navier-Stokes equations
Control-volume or integral-balance approach to construct the finite
difference approximations for each of these control volumes to preserve
local conservation of differenced quantities
Main application Area : This software could be used for siting of
turbines and prediction of power generation capacities at windy sites
PANEOLE
APPLICATION AREA
PANEOLE
Application Areas:
Establish wind energy density atlas over the potential site
Siting of Turbines and prediction of power generation capacities
The support for PANEOLE development is through …
ADEME
French ministry of environment agency
EED (Espace Eolien Developpement)
PANEOLE
PANEOLE FEATURES
PANEOLE
SALIENT FEATURES ….
Roughness curves and altitude curves can be imported through map
files
Mass consistent wind field model with Lagrangian multiplier technique
and weighted interpolation schemes for one or more meteorological
stations
According to the user specification, Cartesian or BFC grid generation
techniques can be used for mesh generation
The influence of obstacles like buildings, hillocks on the wind pattern
are considered
Turbulence models can be incorporated by selecting among the k-diff,
k-l or k-eps models
Energy density with respect to the prevailing wind over the whole
domain is calculated
Bar graphs show the power productions for the specified periods
PANEOLE
Comparison between cartesian and curvilinear grid
Cartesian uniform
Terrain
Curvilinear non-uniform
GRID
Modeled Terrain
The Cartesian grid transforms the slopes into steps which can cause turbulence.
PANEOLE
Example of Epinay-sur-Seine
Wind strongly disturbed by population centres(Urban area)
PANEOLE
Example of Southwark (UK)
Representation of turbulence in the vertical plane
PANEOLE
GRAPHICAL USER INTERFACE
& INPUTS REQUIRED
PANEOLE
fluidyn-PANEOLE
INPUTS
SOLVER
OUTPUTS
Digitisation of
Topography
Grid
Velocity vectors
Meteorological data
processing
Atlas of wind speed
and wind power
density
Establishing the
Windfield
Annual energy
production of wind
turbines
Characteristics of
turbines
Meteorological
Data
PANEOLE
PANEOLE Menu Structure
Pre-Processor Options
Post-Processor Options
Processor (Simulation) Options
PANEOLE
File Handling Options
Option to load Bitmap in the background
Options to import Map Files
PANEOLE
Model Setup: Location Details and Study Domain
PANEOLE
Model Setup: Digitizing the topography
List of Topographical Objects
Operations on the objects
Setting the Scale
PANEOLE
Meteorological Data
Key-in and Hourly Meteo Data
PANEOLE
Meteorological Data: Time Series and Windrose
Time Series
Data file
Windrose Frequency
Table File
Operations on Meteo Stations
PANEOLE
Model Setup: Selecting the Simulation Options
PANEOLE
Post Processing Features
Velocity Vectors
Body Fitted Mesh
Velocity Vectors in
vertical sections
WPD Contours
Power Production
PANEOLE
Output Options
Menu options for ‘Output’
The Menu Options under ‘Output’ are:
To create ‘Annotations’ for the view plots using the annotation elements
available like Line, Arrow, Polygon, Box, circle and also to write ‘Text’.
To ‘Save’ the files loaded/created in the various formats that are available
like ‘Bitmap’, ‘HPGL’, ‘Postscript’, ‘PCL’ etc.
To make ‘Animation’ sequences with the saved Bitmap images.
PANEPR
REAL CASE STUDIES
Ludres
Jogimatti
PANEOLE
CASE-1: LUDRES
(Simulation carried out for the predominant wind direction)
PANEOLE
Case Description:
• Objective is to identify the zones of the significant winds in order to locate
the wind turbines
• To establish the windfield over the computational domain for the
predominant wind speed and direction
• The complexity of the terrain such as undulations, vegetation, water bodies
are taken into account
PANEOLE
Input Data:
•
Bitmap in the background has been used to digitize the topograhy
•
The topographical features being considered are:
- Altitude contours
- Vegetation
•
Windfield was established using Predominant windspeed and direction
PANEOLE
Background map used to build Terrain Model
N
Vent dominant 250°N
Ludres
PANEOLE
Ludres: Terrain undulations and Body fitted Mesh
420m
250m
PANEOLE
Zone of strongest wind at a
height of 3 meters above the
ground
PANEOLE
Zone of strongest wind at a
height of 12 meters above the
ground
PANEOLE
Wind velocity vectors at a plane 12 m above the ground
Back to
Case Studies
PANEOLE
CASE-2: JOGIMATTI
PANEOLE
Case Description:
•
To evaluate the wind power density of a potential site
• Estimation of annual power production by the turbines placed at the
predetermined locations
PANEOLE
Topography built on the Background map
PANEOLE
Digitized topography and location of Turbines
PANEOLE
PANEOLE
PANEOLE
PANEOLE
Back to
Case Studies
PANEOLE
TRANSOFT team
Supplying tomorrow’s advanced
technology at today’s prices
7 boulevard de la Libération
93200 SAINT-DENIS
FRANCE
: 33 01 42 43 16 66
: 33 01 42 43 50 33
e-mail : [email protected]
1191 Crestmont Drive
LAFAYETTE CA 94549 - 3004
USA
: 1 925 284 1200
: 1 925 284 1240
e-mail :
[email protected]
15/17, Belwell Lane
Four Oaks, Sutton Coldfield
West Midlands B7 44AA UNITED
KINGDOM
: 44 0 1 213 088 168
: 44 0 1 213 232 009
e-mail : [email protected]
146, Ring Road,
Sector 5, H.S.R LAYOUT
BANGALORE 5600 34
INDIA
: 91 80 5503498
: 91 80 5501964
e-mail :
[email protected]
PANEPR
Slide 5
fluidyn - PANEOLE
- for the evaluation of Wind Energy Density of a potential site
PANEOLE
INTRODUCTION
PANEOLE
About PANEOLE …..
A unique 3D fluid dynamics based software available for wind
power potential prediction.
Reliable and high precision tool capable of generating wind field
atlas for the wind turbines siting
Wind field modeling is done by solving Navier-Stokes equations
Control-volume or integral-balance approach to construct the finite
difference approximations for each of these control volumes to preserve
local conservation of differenced quantities
Main application Area : This software could be used for siting of
turbines and prediction of power generation capacities at windy sites
PANEOLE
APPLICATION AREA
PANEOLE
Application Areas:
Establish wind energy density atlas over the potential site
Siting of Turbines and prediction of power generation capacities
The support for PANEOLE development is through …
ADEME
French ministry of environment agency
EED (Espace Eolien Developpement)
PANEOLE
PANEOLE FEATURES
PANEOLE
SALIENT FEATURES ….
Roughness curves and altitude curves can be imported through map
files
Mass consistent wind field model with Lagrangian multiplier technique
and weighted interpolation schemes for one or more meteorological
stations
According to the user specification, Cartesian or BFC grid generation
techniques can be used for mesh generation
The influence of obstacles like buildings, hillocks on the wind pattern
are considered
Turbulence models can be incorporated by selecting among the k-diff,
k-l or k-eps models
Energy density with respect to the prevailing wind over the whole
domain is calculated
Bar graphs show the power productions for the specified periods
PANEOLE
Comparison between cartesian and curvilinear grid
Cartesian uniform
Terrain
Curvilinear non-uniform
GRID
Modeled Terrain
The Cartesian grid transforms the slopes into steps which can cause turbulence.
PANEOLE
Example of Epinay-sur-Seine
Wind strongly disturbed by population centres(Urban area)
PANEOLE
Example of Southwark (UK)
Representation of turbulence in the vertical plane
PANEOLE
GRAPHICAL USER INTERFACE
& INPUTS REQUIRED
PANEOLE
fluidyn-PANEOLE
INPUTS
SOLVER
OUTPUTS
Digitisation of
Topography
Grid
Velocity vectors
Meteorological data
processing
Atlas of wind speed
and wind power
density
Establishing the
Windfield
Annual energy
production of wind
turbines
Characteristics of
turbines
Meteorological
Data
PANEOLE
PANEOLE Menu Structure
Pre-Processor Options
Post-Processor Options
Processor (Simulation) Options
PANEOLE
File Handling Options
Option to load Bitmap in the background
Options to import Map Files
PANEOLE
Model Setup: Location Details and Study Domain
PANEOLE
Model Setup: Digitizing the topography
List of Topographical Objects
Operations on the objects
Setting the Scale
PANEOLE
Meteorological Data
Key-in and Hourly Meteo Data
PANEOLE
Meteorological Data: Time Series and Windrose
Time Series
Data file
Windrose Frequency
Table File
Operations on Meteo Stations
PANEOLE
Model Setup: Selecting the Simulation Options
PANEOLE
Post Processing Features
Velocity Vectors
Body Fitted Mesh
Velocity Vectors in
vertical sections
WPD Contours
Power Production
PANEOLE
Output Options
Menu options for ‘Output’
The Menu Options under ‘Output’ are:
To create ‘Annotations’ for the view plots using the annotation elements
available like Line, Arrow, Polygon, Box, circle and also to write ‘Text’.
To ‘Save’ the files loaded/created in the various formats that are available
like ‘Bitmap’, ‘HPGL’, ‘Postscript’, ‘PCL’ etc.
To make ‘Animation’ sequences with the saved Bitmap images.
PANEPR
REAL CASE STUDIES
Ludres
Jogimatti
PANEOLE
CASE-1: LUDRES
(Simulation carried out for the predominant wind direction)
PANEOLE
Case Description:
• Objective is to identify the zones of the significant winds in order to locate
the wind turbines
• To establish the windfield over the computational domain for the
predominant wind speed and direction
• The complexity of the terrain such as undulations, vegetation, water bodies
are taken into account
PANEOLE
Input Data:
•
Bitmap in the background has been used to digitize the topograhy
•
The topographical features being considered are:
- Altitude contours
- Vegetation
•
Windfield was established using Predominant windspeed and direction
PANEOLE
Background map used to build Terrain Model
N
Vent dominant 250°N
Ludres
PANEOLE
Ludres: Terrain undulations and Body fitted Mesh
420m
250m
PANEOLE
Zone of strongest wind at a
height of 3 meters above the
ground
PANEOLE
Zone of strongest wind at a
height of 12 meters above the
ground
PANEOLE
Wind velocity vectors at a plane 12 m above the ground
Back to
Case Studies
PANEOLE
CASE-2: JOGIMATTI
PANEOLE
Case Description:
•
To evaluate the wind power density of a potential site
• Estimation of annual power production by the turbines placed at the
predetermined locations
PANEOLE
Topography built on the Background map
PANEOLE
Digitized topography and location of Turbines
PANEOLE
PANEOLE
PANEOLE
PANEOLE
Back to
Case Studies
PANEOLE
TRANSOFT team
Supplying tomorrow’s advanced
technology at today’s prices
7 boulevard de la Libération
93200 SAINT-DENIS
FRANCE
: 33 01 42 43 16 66
: 33 01 42 43 50 33
e-mail : [email protected]
1191 Crestmont Drive
LAFAYETTE CA 94549 - 3004
USA
: 1 925 284 1200
: 1 925 284 1240
e-mail :
[email protected]
15/17, Belwell Lane
Four Oaks, Sutton Coldfield
West Midlands B7 44AA UNITED
KINGDOM
: 44 0 1 213 088 168
: 44 0 1 213 232 009
e-mail : [email protected]
146, Ring Road,
Sector 5, H.S.R LAYOUT
BANGALORE 5600 34
INDIA
: 91 80 5503498
: 91 80 5501964
e-mail :
[email protected]
PANEPR
Slide 6
fluidyn - PANEOLE
- for the evaluation of Wind Energy Density of a potential site
PANEOLE
INTRODUCTION
PANEOLE
About PANEOLE …..
A unique 3D fluid dynamics based software available for wind
power potential prediction.
Reliable and high precision tool capable of generating wind field
atlas for the wind turbines siting
Wind field modeling is done by solving Navier-Stokes equations
Control-volume or integral-balance approach to construct the finite
difference approximations for each of these control volumes to preserve
local conservation of differenced quantities
Main application Area : This software could be used for siting of
turbines and prediction of power generation capacities at windy sites
PANEOLE
APPLICATION AREA
PANEOLE
Application Areas:
Establish wind energy density atlas over the potential site
Siting of Turbines and prediction of power generation capacities
The support for PANEOLE development is through …
ADEME
French ministry of environment agency
EED (Espace Eolien Developpement)
PANEOLE
PANEOLE FEATURES
PANEOLE
SALIENT FEATURES ….
Roughness curves and altitude curves can be imported through map
files
Mass consistent wind field model with Lagrangian multiplier technique
and weighted interpolation schemes for one or more meteorological
stations
According to the user specification, Cartesian or BFC grid generation
techniques can be used for mesh generation
The influence of obstacles like buildings, hillocks on the wind pattern
are considered
Turbulence models can be incorporated by selecting among the k-diff,
k-l or k-eps models
Energy density with respect to the prevailing wind over the whole
domain is calculated
Bar graphs show the power productions for the specified periods
PANEOLE
Comparison between cartesian and curvilinear grid
Cartesian uniform
Terrain
Curvilinear non-uniform
GRID
Modeled Terrain
The Cartesian grid transforms the slopes into steps which can cause turbulence.
PANEOLE
Example of Epinay-sur-Seine
Wind strongly disturbed by population centres(Urban area)
PANEOLE
Example of Southwark (UK)
Representation of turbulence in the vertical plane
PANEOLE
GRAPHICAL USER INTERFACE
& INPUTS REQUIRED
PANEOLE
fluidyn-PANEOLE
INPUTS
SOLVER
OUTPUTS
Digitisation of
Topography
Grid
Velocity vectors
Meteorological data
processing
Atlas of wind speed
and wind power
density
Establishing the
Windfield
Annual energy
production of wind
turbines
Characteristics of
turbines
Meteorological
Data
PANEOLE
PANEOLE Menu Structure
Pre-Processor Options
Post-Processor Options
Processor (Simulation) Options
PANEOLE
File Handling Options
Option to load Bitmap in the background
Options to import Map Files
PANEOLE
Model Setup: Location Details and Study Domain
PANEOLE
Model Setup: Digitizing the topography
List of Topographical Objects
Operations on the objects
Setting the Scale
PANEOLE
Meteorological Data
Key-in and Hourly Meteo Data
PANEOLE
Meteorological Data: Time Series and Windrose
Time Series
Data file
Windrose Frequency
Table File
Operations on Meteo Stations
PANEOLE
Model Setup: Selecting the Simulation Options
PANEOLE
Post Processing Features
Velocity Vectors
Body Fitted Mesh
Velocity Vectors in
vertical sections
WPD Contours
Power Production
PANEOLE
Output Options
Menu options for ‘Output’
The Menu Options under ‘Output’ are:
To create ‘Annotations’ for the view plots using the annotation elements
available like Line, Arrow, Polygon, Box, circle and also to write ‘Text’.
To ‘Save’ the files loaded/created in the various formats that are available
like ‘Bitmap’, ‘HPGL’, ‘Postscript’, ‘PCL’ etc.
To make ‘Animation’ sequences with the saved Bitmap images.
PANEPR
REAL CASE STUDIES
Ludres
Jogimatti
PANEOLE
CASE-1: LUDRES
(Simulation carried out for the predominant wind direction)
PANEOLE
Case Description:
• Objective is to identify the zones of the significant winds in order to locate
the wind turbines
• To establish the windfield over the computational domain for the
predominant wind speed and direction
• The complexity of the terrain such as undulations, vegetation, water bodies
are taken into account
PANEOLE
Input Data:
•
Bitmap in the background has been used to digitize the topograhy
•
The topographical features being considered are:
- Altitude contours
- Vegetation
•
Windfield was established using Predominant windspeed and direction
PANEOLE
Background map used to build Terrain Model
N
Vent dominant 250°N
Ludres
PANEOLE
Ludres: Terrain undulations and Body fitted Mesh
420m
250m
PANEOLE
Zone of strongest wind at a
height of 3 meters above the
ground
PANEOLE
Zone of strongest wind at a
height of 12 meters above the
ground
PANEOLE
Wind velocity vectors at a plane 12 m above the ground
Back to
Case Studies
PANEOLE
CASE-2: JOGIMATTI
PANEOLE
Case Description:
•
To evaluate the wind power density of a potential site
• Estimation of annual power production by the turbines placed at the
predetermined locations
PANEOLE
Topography built on the Background map
PANEOLE
Digitized topography and location of Turbines
PANEOLE
PANEOLE
PANEOLE
PANEOLE
Back to
Case Studies
PANEOLE
TRANSOFT team
Supplying tomorrow’s advanced
technology at today’s prices
7 boulevard de la Libération
93200 SAINT-DENIS
FRANCE
: 33 01 42 43 16 66
: 33 01 42 43 50 33
e-mail : [email protected]
1191 Crestmont Drive
LAFAYETTE CA 94549 - 3004
USA
: 1 925 284 1200
: 1 925 284 1240
e-mail :
[email protected]
15/17, Belwell Lane
Four Oaks, Sutton Coldfield
West Midlands B7 44AA UNITED
KINGDOM
: 44 0 1 213 088 168
: 44 0 1 213 232 009
e-mail : [email protected]
146, Ring Road,
Sector 5, H.S.R LAYOUT
BANGALORE 5600 34
INDIA
: 91 80 5503498
: 91 80 5501964
e-mail :
[email protected]
PANEPR
Slide 7
fluidyn - PANEOLE
- for the evaluation of Wind Energy Density of a potential site
PANEOLE
INTRODUCTION
PANEOLE
About PANEOLE …..
A unique 3D fluid dynamics based software available for wind
power potential prediction.
Reliable and high precision tool capable of generating wind field
atlas for the wind turbines siting
Wind field modeling is done by solving Navier-Stokes equations
Control-volume or integral-balance approach to construct the finite
difference approximations for each of these control volumes to preserve
local conservation of differenced quantities
Main application Area : This software could be used for siting of
turbines and prediction of power generation capacities at windy sites
PANEOLE
APPLICATION AREA
PANEOLE
Application Areas:
Establish wind energy density atlas over the potential site
Siting of Turbines and prediction of power generation capacities
The support for PANEOLE development is through …
ADEME
French ministry of environment agency
EED (Espace Eolien Developpement)
PANEOLE
PANEOLE FEATURES
PANEOLE
SALIENT FEATURES ….
Roughness curves and altitude curves can be imported through map
files
Mass consistent wind field model with Lagrangian multiplier technique
and weighted interpolation schemes for one or more meteorological
stations
According to the user specification, Cartesian or BFC grid generation
techniques can be used for mesh generation
The influence of obstacles like buildings, hillocks on the wind pattern
are considered
Turbulence models can be incorporated by selecting among the k-diff,
k-l or k-eps models
Energy density with respect to the prevailing wind over the whole
domain is calculated
Bar graphs show the power productions for the specified periods
PANEOLE
Comparison between cartesian and curvilinear grid
Cartesian uniform
Terrain
Curvilinear non-uniform
GRID
Modeled Terrain
The Cartesian grid transforms the slopes into steps which can cause turbulence.
PANEOLE
Example of Epinay-sur-Seine
Wind strongly disturbed by population centres(Urban area)
PANEOLE
Example of Southwark (UK)
Representation of turbulence in the vertical plane
PANEOLE
GRAPHICAL USER INTERFACE
& INPUTS REQUIRED
PANEOLE
fluidyn-PANEOLE
INPUTS
SOLVER
OUTPUTS
Digitisation of
Topography
Grid
Velocity vectors
Meteorological data
processing
Atlas of wind speed
and wind power
density
Establishing the
Windfield
Annual energy
production of wind
turbines
Characteristics of
turbines
Meteorological
Data
PANEOLE
PANEOLE Menu Structure
Pre-Processor Options
Post-Processor Options
Processor (Simulation) Options
PANEOLE
File Handling Options
Option to load Bitmap in the background
Options to import Map Files
PANEOLE
Model Setup: Location Details and Study Domain
PANEOLE
Model Setup: Digitizing the topography
List of Topographical Objects
Operations on the objects
Setting the Scale
PANEOLE
Meteorological Data
Key-in and Hourly Meteo Data
PANEOLE
Meteorological Data: Time Series and Windrose
Time Series
Data file
Windrose Frequency
Table File
Operations on Meteo Stations
PANEOLE
Model Setup: Selecting the Simulation Options
PANEOLE
Post Processing Features
Velocity Vectors
Body Fitted Mesh
Velocity Vectors in
vertical sections
WPD Contours
Power Production
PANEOLE
Output Options
Menu options for ‘Output’
The Menu Options under ‘Output’ are:
To create ‘Annotations’ for the view plots using the annotation elements
available like Line, Arrow, Polygon, Box, circle and also to write ‘Text’.
To ‘Save’ the files loaded/created in the various formats that are available
like ‘Bitmap’, ‘HPGL’, ‘Postscript’, ‘PCL’ etc.
To make ‘Animation’ sequences with the saved Bitmap images.
PANEPR
REAL CASE STUDIES
Ludres
Jogimatti
PANEOLE
CASE-1: LUDRES
(Simulation carried out for the predominant wind direction)
PANEOLE
Case Description:
• Objective is to identify the zones of the significant winds in order to locate
the wind turbines
• To establish the windfield over the computational domain for the
predominant wind speed and direction
• The complexity of the terrain such as undulations, vegetation, water bodies
are taken into account
PANEOLE
Input Data:
•
Bitmap in the background has been used to digitize the topograhy
•
The topographical features being considered are:
- Altitude contours
- Vegetation
•
Windfield was established using Predominant windspeed and direction
PANEOLE
Background map used to build Terrain Model
N
Vent dominant 250°N
Ludres
PANEOLE
Ludres: Terrain undulations and Body fitted Mesh
420m
250m
PANEOLE
Zone of strongest wind at a
height of 3 meters above the
ground
PANEOLE
Zone of strongest wind at a
height of 12 meters above the
ground
PANEOLE
Wind velocity vectors at a plane 12 m above the ground
Back to
Case Studies
PANEOLE
CASE-2: JOGIMATTI
PANEOLE
Case Description:
•
To evaluate the wind power density of a potential site
• Estimation of annual power production by the turbines placed at the
predetermined locations
PANEOLE
Topography built on the Background map
PANEOLE
Digitized topography and location of Turbines
PANEOLE
PANEOLE
PANEOLE
PANEOLE
Back to
Case Studies
PANEOLE
TRANSOFT team
Supplying tomorrow’s advanced
technology at today’s prices
7 boulevard de la Libération
93200 SAINT-DENIS
FRANCE
: 33 01 42 43 16 66
: 33 01 42 43 50 33
e-mail : [email protected]
1191 Crestmont Drive
LAFAYETTE CA 94549 - 3004
USA
: 1 925 284 1200
: 1 925 284 1240
e-mail :
[email protected]
15/17, Belwell Lane
Four Oaks, Sutton Coldfield
West Midlands B7 44AA UNITED
KINGDOM
: 44 0 1 213 088 168
: 44 0 1 213 232 009
e-mail : [email protected]
146, Ring Road,
Sector 5, H.S.R LAYOUT
BANGALORE 5600 34
INDIA
: 91 80 5503498
: 91 80 5501964
e-mail :
[email protected]
PANEPR
Slide 8
fluidyn - PANEOLE
- for the evaluation of Wind Energy Density of a potential site
PANEOLE
INTRODUCTION
PANEOLE
About PANEOLE …..
A unique 3D fluid dynamics based software available for wind
power potential prediction.
Reliable and high precision tool capable of generating wind field
atlas for the wind turbines siting
Wind field modeling is done by solving Navier-Stokes equations
Control-volume or integral-balance approach to construct the finite
difference approximations for each of these control volumes to preserve
local conservation of differenced quantities
Main application Area : This software could be used for siting of
turbines and prediction of power generation capacities at windy sites
PANEOLE
APPLICATION AREA
PANEOLE
Application Areas:
Establish wind energy density atlas over the potential site
Siting of Turbines and prediction of power generation capacities
The support for PANEOLE development is through …
ADEME
French ministry of environment agency
EED (Espace Eolien Developpement)
PANEOLE
PANEOLE FEATURES
PANEOLE
SALIENT FEATURES ….
Roughness curves and altitude curves can be imported through map
files
Mass consistent wind field model with Lagrangian multiplier technique
and weighted interpolation schemes for one or more meteorological
stations
According to the user specification, Cartesian or BFC grid generation
techniques can be used for mesh generation
The influence of obstacles like buildings, hillocks on the wind pattern
are considered
Turbulence models can be incorporated by selecting among the k-diff,
k-l or k-eps models
Energy density with respect to the prevailing wind over the whole
domain is calculated
Bar graphs show the power productions for the specified periods
PANEOLE
Comparison between cartesian and curvilinear grid
Cartesian uniform
Terrain
Curvilinear non-uniform
GRID
Modeled Terrain
The Cartesian grid transforms the slopes into steps which can cause turbulence.
PANEOLE
Example of Epinay-sur-Seine
Wind strongly disturbed by population centres(Urban area)
PANEOLE
Example of Southwark (UK)
Representation of turbulence in the vertical plane
PANEOLE
GRAPHICAL USER INTERFACE
& INPUTS REQUIRED
PANEOLE
fluidyn-PANEOLE
INPUTS
SOLVER
OUTPUTS
Digitisation of
Topography
Grid
Velocity vectors
Meteorological data
processing
Atlas of wind speed
and wind power
density
Establishing the
Windfield
Annual energy
production of wind
turbines
Characteristics of
turbines
Meteorological
Data
PANEOLE
PANEOLE Menu Structure
Pre-Processor Options
Post-Processor Options
Processor (Simulation) Options
PANEOLE
File Handling Options
Option to load Bitmap in the background
Options to import Map Files
PANEOLE
Model Setup: Location Details and Study Domain
PANEOLE
Model Setup: Digitizing the topography
List of Topographical Objects
Operations on the objects
Setting the Scale
PANEOLE
Meteorological Data
Key-in and Hourly Meteo Data
PANEOLE
Meteorological Data: Time Series and Windrose
Time Series
Data file
Windrose Frequency
Table File
Operations on Meteo Stations
PANEOLE
Model Setup: Selecting the Simulation Options
PANEOLE
Post Processing Features
Velocity Vectors
Body Fitted Mesh
Velocity Vectors in
vertical sections
WPD Contours
Power Production
PANEOLE
Output Options
Menu options for ‘Output’
The Menu Options under ‘Output’ are:
To create ‘Annotations’ for the view plots using the annotation elements
available like Line, Arrow, Polygon, Box, circle and also to write ‘Text’.
To ‘Save’ the files loaded/created in the various formats that are available
like ‘Bitmap’, ‘HPGL’, ‘Postscript’, ‘PCL’ etc.
To make ‘Animation’ sequences with the saved Bitmap images.
PANEPR
REAL CASE STUDIES
Ludres
Jogimatti
PANEOLE
CASE-1: LUDRES
(Simulation carried out for the predominant wind direction)
PANEOLE
Case Description:
• Objective is to identify the zones of the significant winds in order to locate
the wind turbines
• To establish the windfield over the computational domain for the
predominant wind speed and direction
• The complexity of the terrain such as undulations, vegetation, water bodies
are taken into account
PANEOLE
Input Data:
•
Bitmap in the background has been used to digitize the topograhy
•
The topographical features being considered are:
- Altitude contours
- Vegetation
•
Windfield was established using Predominant windspeed and direction
PANEOLE
Background map used to build Terrain Model
N
Vent dominant 250°N
Ludres
PANEOLE
Ludres: Terrain undulations and Body fitted Mesh
420m
250m
PANEOLE
Zone of strongest wind at a
height of 3 meters above the
ground
PANEOLE
Zone of strongest wind at a
height of 12 meters above the
ground
PANEOLE
Wind velocity vectors at a plane 12 m above the ground
Back to
Case Studies
PANEOLE
CASE-2: JOGIMATTI
PANEOLE
Case Description:
•
To evaluate the wind power density of a potential site
• Estimation of annual power production by the turbines placed at the
predetermined locations
PANEOLE
Topography built on the Background map
PANEOLE
Digitized topography and location of Turbines
PANEOLE
PANEOLE
PANEOLE
PANEOLE
Back to
Case Studies
PANEOLE
TRANSOFT team
Supplying tomorrow’s advanced
technology at today’s prices
7 boulevard de la Libération
93200 SAINT-DENIS
FRANCE
: 33 01 42 43 16 66
: 33 01 42 43 50 33
e-mail : [email protected]
1191 Crestmont Drive
LAFAYETTE CA 94549 - 3004
USA
: 1 925 284 1200
: 1 925 284 1240
e-mail :
[email protected]
15/17, Belwell Lane
Four Oaks, Sutton Coldfield
West Midlands B7 44AA UNITED
KINGDOM
: 44 0 1 213 088 168
: 44 0 1 213 232 009
e-mail : [email protected]
146, Ring Road,
Sector 5, H.S.R LAYOUT
BANGALORE 5600 34
INDIA
: 91 80 5503498
: 91 80 5501964
e-mail :
[email protected]
PANEPR
Slide 9
fluidyn - PANEOLE
- for the evaluation of Wind Energy Density of a potential site
PANEOLE
INTRODUCTION
PANEOLE
About PANEOLE …..
A unique 3D fluid dynamics based software available for wind
power potential prediction.
Reliable and high precision tool capable of generating wind field
atlas for the wind turbines siting
Wind field modeling is done by solving Navier-Stokes equations
Control-volume or integral-balance approach to construct the finite
difference approximations for each of these control volumes to preserve
local conservation of differenced quantities
Main application Area : This software could be used for siting of
turbines and prediction of power generation capacities at windy sites
PANEOLE
APPLICATION AREA
PANEOLE
Application Areas:
Establish wind energy density atlas over the potential site
Siting of Turbines and prediction of power generation capacities
The support for PANEOLE development is through …
ADEME
French ministry of environment agency
EED (Espace Eolien Developpement)
PANEOLE
PANEOLE FEATURES
PANEOLE
SALIENT FEATURES ….
Roughness curves and altitude curves can be imported through map
files
Mass consistent wind field model with Lagrangian multiplier technique
and weighted interpolation schemes for one or more meteorological
stations
According to the user specification, Cartesian or BFC grid generation
techniques can be used for mesh generation
The influence of obstacles like buildings, hillocks on the wind pattern
are considered
Turbulence models can be incorporated by selecting among the k-diff,
k-l or k-eps models
Energy density with respect to the prevailing wind over the whole
domain is calculated
Bar graphs show the power productions for the specified periods
PANEOLE
Comparison between cartesian and curvilinear grid
Cartesian uniform
Terrain
Curvilinear non-uniform
GRID
Modeled Terrain
The Cartesian grid transforms the slopes into steps which can cause turbulence.
PANEOLE
Example of Epinay-sur-Seine
Wind strongly disturbed by population centres(Urban area)
PANEOLE
Example of Southwark (UK)
Representation of turbulence in the vertical plane
PANEOLE
GRAPHICAL USER INTERFACE
& INPUTS REQUIRED
PANEOLE
fluidyn-PANEOLE
INPUTS
SOLVER
OUTPUTS
Digitisation of
Topography
Grid
Velocity vectors
Meteorological data
processing
Atlas of wind speed
and wind power
density
Establishing the
Windfield
Annual energy
production of wind
turbines
Characteristics of
turbines
Meteorological
Data
PANEOLE
PANEOLE Menu Structure
Pre-Processor Options
Post-Processor Options
Processor (Simulation) Options
PANEOLE
File Handling Options
Option to load Bitmap in the background
Options to import Map Files
PANEOLE
Model Setup: Location Details and Study Domain
PANEOLE
Model Setup: Digitizing the topography
List of Topographical Objects
Operations on the objects
Setting the Scale
PANEOLE
Meteorological Data
Key-in and Hourly Meteo Data
PANEOLE
Meteorological Data: Time Series and Windrose
Time Series
Data file
Windrose Frequency
Table File
Operations on Meteo Stations
PANEOLE
Model Setup: Selecting the Simulation Options
PANEOLE
Post Processing Features
Velocity Vectors
Body Fitted Mesh
Velocity Vectors in
vertical sections
WPD Contours
Power Production
PANEOLE
Output Options
Menu options for ‘Output’
The Menu Options under ‘Output’ are:
To create ‘Annotations’ for the view plots using the annotation elements
available like Line, Arrow, Polygon, Box, circle and also to write ‘Text’.
To ‘Save’ the files loaded/created in the various formats that are available
like ‘Bitmap’, ‘HPGL’, ‘Postscript’, ‘PCL’ etc.
To make ‘Animation’ sequences with the saved Bitmap images.
PANEPR
REAL CASE STUDIES
Ludres
Jogimatti
PANEOLE
CASE-1: LUDRES
(Simulation carried out for the predominant wind direction)
PANEOLE
Case Description:
• Objective is to identify the zones of the significant winds in order to locate
the wind turbines
• To establish the windfield over the computational domain for the
predominant wind speed and direction
• The complexity of the terrain such as undulations, vegetation, water bodies
are taken into account
PANEOLE
Input Data:
•
Bitmap in the background has been used to digitize the topograhy
•
The topographical features being considered are:
- Altitude contours
- Vegetation
•
Windfield was established using Predominant windspeed and direction
PANEOLE
Background map used to build Terrain Model
N
Vent dominant 250°N
Ludres
PANEOLE
Ludres: Terrain undulations and Body fitted Mesh
420m
250m
PANEOLE
Zone of strongest wind at a
height of 3 meters above the
ground
PANEOLE
Zone of strongest wind at a
height of 12 meters above the
ground
PANEOLE
Wind velocity vectors at a plane 12 m above the ground
Back to
Case Studies
PANEOLE
CASE-2: JOGIMATTI
PANEOLE
Case Description:
•
To evaluate the wind power density of a potential site
• Estimation of annual power production by the turbines placed at the
predetermined locations
PANEOLE
Topography built on the Background map
PANEOLE
Digitized topography and location of Turbines
PANEOLE
PANEOLE
PANEOLE
PANEOLE
Back to
Case Studies
PANEOLE
TRANSOFT team
Supplying tomorrow’s advanced
technology at today’s prices
7 boulevard de la Libération
93200 SAINT-DENIS
FRANCE
: 33 01 42 43 16 66
: 33 01 42 43 50 33
e-mail : [email protected]
1191 Crestmont Drive
LAFAYETTE CA 94549 - 3004
USA
: 1 925 284 1200
: 1 925 284 1240
e-mail :
[email protected]
15/17, Belwell Lane
Four Oaks, Sutton Coldfield
West Midlands B7 44AA UNITED
KINGDOM
: 44 0 1 213 088 168
: 44 0 1 213 232 009
e-mail : [email protected]
146, Ring Road,
Sector 5, H.S.R LAYOUT
BANGALORE 5600 34
INDIA
: 91 80 5503498
: 91 80 5501964
e-mail :
[email protected]
PANEPR
Slide 10
fluidyn - PANEOLE
- for the evaluation of Wind Energy Density of a potential site
PANEOLE
INTRODUCTION
PANEOLE
About PANEOLE …..
A unique 3D fluid dynamics based software available for wind
power potential prediction.
Reliable and high precision tool capable of generating wind field
atlas for the wind turbines siting
Wind field modeling is done by solving Navier-Stokes equations
Control-volume or integral-balance approach to construct the finite
difference approximations for each of these control volumes to preserve
local conservation of differenced quantities
Main application Area : This software could be used for siting of
turbines and prediction of power generation capacities at windy sites
PANEOLE
APPLICATION AREA
PANEOLE
Application Areas:
Establish wind energy density atlas over the potential site
Siting of Turbines and prediction of power generation capacities
The support for PANEOLE development is through …
ADEME
French ministry of environment agency
EED (Espace Eolien Developpement)
PANEOLE
PANEOLE FEATURES
PANEOLE
SALIENT FEATURES ….
Roughness curves and altitude curves can be imported through map
files
Mass consistent wind field model with Lagrangian multiplier technique
and weighted interpolation schemes for one or more meteorological
stations
According to the user specification, Cartesian or BFC grid generation
techniques can be used for mesh generation
The influence of obstacles like buildings, hillocks on the wind pattern
are considered
Turbulence models can be incorporated by selecting among the k-diff,
k-l or k-eps models
Energy density with respect to the prevailing wind over the whole
domain is calculated
Bar graphs show the power productions for the specified periods
PANEOLE
Comparison between cartesian and curvilinear grid
Cartesian uniform
Terrain
Curvilinear non-uniform
GRID
Modeled Terrain
The Cartesian grid transforms the slopes into steps which can cause turbulence.
PANEOLE
Example of Epinay-sur-Seine
Wind strongly disturbed by population centres(Urban area)
PANEOLE
Example of Southwark (UK)
Representation of turbulence in the vertical plane
PANEOLE
GRAPHICAL USER INTERFACE
& INPUTS REQUIRED
PANEOLE
fluidyn-PANEOLE
INPUTS
SOLVER
OUTPUTS
Digitisation of
Topography
Grid
Velocity vectors
Meteorological data
processing
Atlas of wind speed
and wind power
density
Establishing the
Windfield
Annual energy
production of wind
turbines
Characteristics of
turbines
Meteorological
Data
PANEOLE
PANEOLE Menu Structure
Pre-Processor Options
Post-Processor Options
Processor (Simulation) Options
PANEOLE
File Handling Options
Option to load Bitmap in the background
Options to import Map Files
PANEOLE
Model Setup: Location Details and Study Domain
PANEOLE
Model Setup: Digitizing the topography
List of Topographical Objects
Operations on the objects
Setting the Scale
PANEOLE
Meteorological Data
Key-in and Hourly Meteo Data
PANEOLE
Meteorological Data: Time Series and Windrose
Time Series
Data file
Windrose Frequency
Table File
Operations on Meteo Stations
PANEOLE
Model Setup: Selecting the Simulation Options
PANEOLE
Post Processing Features
Velocity Vectors
Body Fitted Mesh
Velocity Vectors in
vertical sections
WPD Contours
Power Production
PANEOLE
Output Options
Menu options for ‘Output’
The Menu Options under ‘Output’ are:
To create ‘Annotations’ for the view plots using the annotation elements
available like Line, Arrow, Polygon, Box, circle and also to write ‘Text’.
To ‘Save’ the files loaded/created in the various formats that are available
like ‘Bitmap’, ‘HPGL’, ‘Postscript’, ‘PCL’ etc.
To make ‘Animation’ sequences with the saved Bitmap images.
PANEPR
REAL CASE STUDIES
Ludres
Jogimatti
PANEOLE
CASE-1: LUDRES
(Simulation carried out for the predominant wind direction)
PANEOLE
Case Description:
• Objective is to identify the zones of the significant winds in order to locate
the wind turbines
• To establish the windfield over the computational domain for the
predominant wind speed and direction
• The complexity of the terrain such as undulations, vegetation, water bodies
are taken into account
PANEOLE
Input Data:
•
Bitmap in the background has been used to digitize the topograhy
•
The topographical features being considered are:
- Altitude contours
- Vegetation
•
Windfield was established using Predominant windspeed and direction
PANEOLE
Background map used to build Terrain Model
N
Vent dominant 250°N
Ludres
PANEOLE
Ludres: Terrain undulations and Body fitted Mesh
420m
250m
PANEOLE
Zone of strongest wind at a
height of 3 meters above the
ground
PANEOLE
Zone of strongest wind at a
height of 12 meters above the
ground
PANEOLE
Wind velocity vectors at a plane 12 m above the ground
Back to
Case Studies
PANEOLE
CASE-2: JOGIMATTI
PANEOLE
Case Description:
•
To evaluate the wind power density of a potential site
• Estimation of annual power production by the turbines placed at the
predetermined locations
PANEOLE
Topography built on the Background map
PANEOLE
Digitized topography and location of Turbines
PANEOLE
PANEOLE
PANEOLE
PANEOLE
Back to
Case Studies
PANEOLE
TRANSOFT team
Supplying tomorrow’s advanced
technology at today’s prices
7 boulevard de la Libération
93200 SAINT-DENIS
FRANCE
: 33 01 42 43 16 66
: 33 01 42 43 50 33
e-mail : [email protected]
1191 Crestmont Drive
LAFAYETTE CA 94549 - 3004
USA
: 1 925 284 1200
: 1 925 284 1240
e-mail :
[email protected]
15/17, Belwell Lane
Four Oaks, Sutton Coldfield
West Midlands B7 44AA UNITED
KINGDOM
: 44 0 1 213 088 168
: 44 0 1 213 232 009
e-mail : [email protected]
146, Ring Road,
Sector 5, H.S.R LAYOUT
BANGALORE 5600 34
INDIA
: 91 80 5503498
: 91 80 5501964
e-mail :
[email protected]
PANEPR
Slide 11
fluidyn - PANEOLE
- for the evaluation of Wind Energy Density of a potential site
PANEOLE
INTRODUCTION
PANEOLE
About PANEOLE …..
A unique 3D fluid dynamics based software available for wind
power potential prediction.
Reliable and high precision tool capable of generating wind field
atlas for the wind turbines siting
Wind field modeling is done by solving Navier-Stokes equations
Control-volume or integral-balance approach to construct the finite
difference approximations for each of these control volumes to preserve
local conservation of differenced quantities
Main application Area : This software could be used for siting of
turbines and prediction of power generation capacities at windy sites
PANEOLE
APPLICATION AREA
PANEOLE
Application Areas:
Establish wind energy density atlas over the potential site
Siting of Turbines and prediction of power generation capacities
The support for PANEOLE development is through …
ADEME
French ministry of environment agency
EED (Espace Eolien Developpement)
PANEOLE
PANEOLE FEATURES
PANEOLE
SALIENT FEATURES ….
Roughness curves and altitude curves can be imported through map
files
Mass consistent wind field model with Lagrangian multiplier technique
and weighted interpolation schemes for one or more meteorological
stations
According to the user specification, Cartesian or BFC grid generation
techniques can be used for mesh generation
The influence of obstacles like buildings, hillocks on the wind pattern
are considered
Turbulence models can be incorporated by selecting among the k-diff,
k-l or k-eps models
Energy density with respect to the prevailing wind over the whole
domain is calculated
Bar graphs show the power productions for the specified periods
PANEOLE
Comparison between cartesian and curvilinear grid
Cartesian uniform
Terrain
Curvilinear non-uniform
GRID
Modeled Terrain
The Cartesian grid transforms the slopes into steps which can cause turbulence.
PANEOLE
Example of Epinay-sur-Seine
Wind strongly disturbed by population centres(Urban area)
PANEOLE
Example of Southwark (UK)
Representation of turbulence in the vertical plane
PANEOLE
GRAPHICAL USER INTERFACE
& INPUTS REQUIRED
PANEOLE
fluidyn-PANEOLE
INPUTS
SOLVER
OUTPUTS
Digitisation of
Topography
Grid
Velocity vectors
Meteorological data
processing
Atlas of wind speed
and wind power
density
Establishing the
Windfield
Annual energy
production of wind
turbines
Characteristics of
turbines
Meteorological
Data
PANEOLE
PANEOLE Menu Structure
Pre-Processor Options
Post-Processor Options
Processor (Simulation) Options
PANEOLE
File Handling Options
Option to load Bitmap in the background
Options to import Map Files
PANEOLE
Model Setup: Location Details and Study Domain
PANEOLE
Model Setup: Digitizing the topography
List of Topographical Objects
Operations on the objects
Setting the Scale
PANEOLE
Meteorological Data
Key-in and Hourly Meteo Data
PANEOLE
Meteorological Data: Time Series and Windrose
Time Series
Data file
Windrose Frequency
Table File
Operations on Meteo Stations
PANEOLE
Model Setup: Selecting the Simulation Options
PANEOLE
Post Processing Features
Velocity Vectors
Body Fitted Mesh
Velocity Vectors in
vertical sections
WPD Contours
Power Production
PANEOLE
Output Options
Menu options for ‘Output’
The Menu Options under ‘Output’ are:
To create ‘Annotations’ for the view plots using the annotation elements
available like Line, Arrow, Polygon, Box, circle and also to write ‘Text’.
To ‘Save’ the files loaded/created in the various formats that are available
like ‘Bitmap’, ‘HPGL’, ‘Postscript’, ‘PCL’ etc.
To make ‘Animation’ sequences with the saved Bitmap images.
PANEPR
REAL CASE STUDIES
Ludres
Jogimatti
PANEOLE
CASE-1: LUDRES
(Simulation carried out for the predominant wind direction)
PANEOLE
Case Description:
• Objective is to identify the zones of the significant winds in order to locate
the wind turbines
• To establish the windfield over the computational domain for the
predominant wind speed and direction
• The complexity of the terrain such as undulations, vegetation, water bodies
are taken into account
PANEOLE
Input Data:
•
Bitmap in the background has been used to digitize the topograhy
•
The topographical features being considered are:
- Altitude contours
- Vegetation
•
Windfield was established using Predominant windspeed and direction
PANEOLE
Background map used to build Terrain Model
N
Vent dominant 250°N
Ludres
PANEOLE
Ludres: Terrain undulations and Body fitted Mesh
420m
250m
PANEOLE
Zone of strongest wind at a
height of 3 meters above the
ground
PANEOLE
Zone of strongest wind at a
height of 12 meters above the
ground
PANEOLE
Wind velocity vectors at a plane 12 m above the ground
Back to
Case Studies
PANEOLE
CASE-2: JOGIMATTI
PANEOLE
Case Description:
•
To evaluate the wind power density of a potential site
• Estimation of annual power production by the turbines placed at the
predetermined locations
PANEOLE
Topography built on the Background map
PANEOLE
Digitized topography and location of Turbines
PANEOLE
PANEOLE
PANEOLE
PANEOLE
Back to
Case Studies
PANEOLE
TRANSOFT team
Supplying tomorrow’s advanced
technology at today’s prices
7 boulevard de la Libération
93200 SAINT-DENIS
FRANCE
: 33 01 42 43 16 66
: 33 01 42 43 50 33
e-mail : [email protected]
1191 Crestmont Drive
LAFAYETTE CA 94549 - 3004
USA
: 1 925 284 1200
: 1 925 284 1240
e-mail :
[email protected]
15/17, Belwell Lane
Four Oaks, Sutton Coldfield
West Midlands B7 44AA UNITED
KINGDOM
: 44 0 1 213 088 168
: 44 0 1 213 232 009
e-mail : [email protected]
146, Ring Road,
Sector 5, H.S.R LAYOUT
BANGALORE 5600 34
INDIA
: 91 80 5503498
: 91 80 5501964
e-mail :
[email protected]
PANEPR
Slide 12
fluidyn - PANEOLE
- for the evaluation of Wind Energy Density of a potential site
PANEOLE
INTRODUCTION
PANEOLE
About PANEOLE …..
A unique 3D fluid dynamics based software available for wind
power potential prediction.
Reliable and high precision tool capable of generating wind field
atlas for the wind turbines siting
Wind field modeling is done by solving Navier-Stokes equations
Control-volume or integral-balance approach to construct the finite
difference approximations for each of these control volumes to preserve
local conservation of differenced quantities
Main application Area : This software could be used for siting of
turbines and prediction of power generation capacities at windy sites
PANEOLE
APPLICATION AREA
PANEOLE
Application Areas:
Establish wind energy density atlas over the potential site
Siting of Turbines and prediction of power generation capacities
The support for PANEOLE development is through …
ADEME
French ministry of environment agency
EED (Espace Eolien Developpement)
PANEOLE
PANEOLE FEATURES
PANEOLE
SALIENT FEATURES ….
Roughness curves and altitude curves can be imported through map
files
Mass consistent wind field model with Lagrangian multiplier technique
and weighted interpolation schemes for one or more meteorological
stations
According to the user specification, Cartesian or BFC grid generation
techniques can be used for mesh generation
The influence of obstacles like buildings, hillocks on the wind pattern
are considered
Turbulence models can be incorporated by selecting among the k-diff,
k-l or k-eps models
Energy density with respect to the prevailing wind over the whole
domain is calculated
Bar graphs show the power productions for the specified periods
PANEOLE
Comparison between cartesian and curvilinear grid
Cartesian uniform
Terrain
Curvilinear non-uniform
GRID
Modeled Terrain
The Cartesian grid transforms the slopes into steps which can cause turbulence.
PANEOLE
Example of Epinay-sur-Seine
Wind strongly disturbed by population centres(Urban area)
PANEOLE
Example of Southwark (UK)
Representation of turbulence in the vertical plane
PANEOLE
GRAPHICAL USER INTERFACE
& INPUTS REQUIRED
PANEOLE
fluidyn-PANEOLE
INPUTS
SOLVER
OUTPUTS
Digitisation of
Topography
Grid
Velocity vectors
Meteorological data
processing
Atlas of wind speed
and wind power
density
Establishing the
Windfield
Annual energy
production of wind
turbines
Characteristics of
turbines
Meteorological
Data
PANEOLE
PANEOLE Menu Structure
Pre-Processor Options
Post-Processor Options
Processor (Simulation) Options
PANEOLE
File Handling Options
Option to load Bitmap in the background
Options to import Map Files
PANEOLE
Model Setup: Location Details and Study Domain
PANEOLE
Model Setup: Digitizing the topography
List of Topographical Objects
Operations on the objects
Setting the Scale
PANEOLE
Meteorological Data
Key-in and Hourly Meteo Data
PANEOLE
Meteorological Data: Time Series and Windrose
Time Series
Data file
Windrose Frequency
Table File
Operations on Meteo Stations
PANEOLE
Model Setup: Selecting the Simulation Options
PANEOLE
Post Processing Features
Velocity Vectors
Body Fitted Mesh
Velocity Vectors in
vertical sections
WPD Contours
Power Production
PANEOLE
Output Options
Menu options for ‘Output’
The Menu Options under ‘Output’ are:
To create ‘Annotations’ for the view plots using the annotation elements
available like Line, Arrow, Polygon, Box, circle and also to write ‘Text’.
To ‘Save’ the files loaded/created in the various formats that are available
like ‘Bitmap’, ‘HPGL’, ‘Postscript’, ‘PCL’ etc.
To make ‘Animation’ sequences with the saved Bitmap images.
PANEPR
REAL CASE STUDIES
Ludres
Jogimatti
PANEOLE
CASE-1: LUDRES
(Simulation carried out for the predominant wind direction)
PANEOLE
Case Description:
• Objective is to identify the zones of the significant winds in order to locate
the wind turbines
• To establish the windfield over the computational domain for the
predominant wind speed and direction
• The complexity of the terrain such as undulations, vegetation, water bodies
are taken into account
PANEOLE
Input Data:
•
Bitmap in the background has been used to digitize the topograhy
•
The topographical features being considered are:
- Altitude contours
- Vegetation
•
Windfield was established using Predominant windspeed and direction
PANEOLE
Background map used to build Terrain Model
N
Vent dominant 250°N
Ludres
PANEOLE
Ludres: Terrain undulations and Body fitted Mesh
420m
250m
PANEOLE
Zone of strongest wind at a
height of 3 meters above the
ground
PANEOLE
Zone of strongest wind at a
height of 12 meters above the
ground
PANEOLE
Wind velocity vectors at a plane 12 m above the ground
Back to
Case Studies
PANEOLE
CASE-2: JOGIMATTI
PANEOLE
Case Description:
•
To evaluate the wind power density of a potential site
• Estimation of annual power production by the turbines placed at the
predetermined locations
PANEOLE
Topography built on the Background map
PANEOLE
Digitized topography and location of Turbines
PANEOLE
PANEOLE
PANEOLE
PANEOLE
Back to
Case Studies
PANEOLE
TRANSOFT team
Supplying tomorrow’s advanced
technology at today’s prices
7 boulevard de la Libération
93200 SAINT-DENIS
FRANCE
: 33 01 42 43 16 66
: 33 01 42 43 50 33
e-mail : [email protected]
1191 Crestmont Drive
LAFAYETTE CA 94549 - 3004
USA
: 1 925 284 1200
: 1 925 284 1240
e-mail :
[email protected]
15/17, Belwell Lane
Four Oaks, Sutton Coldfield
West Midlands B7 44AA UNITED
KINGDOM
: 44 0 1 213 088 168
: 44 0 1 213 232 009
e-mail : [email protected]
146, Ring Road,
Sector 5, H.S.R LAYOUT
BANGALORE 5600 34
INDIA
: 91 80 5503498
: 91 80 5501964
e-mail :
[email protected]
PANEPR
Slide 13
fluidyn - PANEOLE
- for the evaluation of Wind Energy Density of a potential site
PANEOLE
INTRODUCTION
PANEOLE
About PANEOLE …..
A unique 3D fluid dynamics based software available for wind
power potential prediction.
Reliable and high precision tool capable of generating wind field
atlas for the wind turbines siting
Wind field modeling is done by solving Navier-Stokes equations
Control-volume or integral-balance approach to construct the finite
difference approximations for each of these control volumes to preserve
local conservation of differenced quantities
Main application Area : This software could be used for siting of
turbines and prediction of power generation capacities at windy sites
PANEOLE
APPLICATION AREA
PANEOLE
Application Areas:
Establish wind energy density atlas over the potential site
Siting of Turbines and prediction of power generation capacities
The support for PANEOLE development is through …
ADEME
French ministry of environment agency
EED (Espace Eolien Developpement)
PANEOLE
PANEOLE FEATURES
PANEOLE
SALIENT FEATURES ….
Roughness curves and altitude curves can be imported through map
files
Mass consistent wind field model with Lagrangian multiplier technique
and weighted interpolation schemes for one or more meteorological
stations
According to the user specification, Cartesian or BFC grid generation
techniques can be used for mesh generation
The influence of obstacles like buildings, hillocks on the wind pattern
are considered
Turbulence models can be incorporated by selecting among the k-diff,
k-l or k-eps models
Energy density with respect to the prevailing wind over the whole
domain is calculated
Bar graphs show the power productions for the specified periods
PANEOLE
Comparison between cartesian and curvilinear grid
Cartesian uniform
Terrain
Curvilinear non-uniform
GRID
Modeled Terrain
The Cartesian grid transforms the slopes into steps which can cause turbulence.
PANEOLE
Example of Epinay-sur-Seine
Wind strongly disturbed by population centres(Urban area)
PANEOLE
Example of Southwark (UK)
Representation of turbulence in the vertical plane
PANEOLE
GRAPHICAL USER INTERFACE
& INPUTS REQUIRED
PANEOLE
fluidyn-PANEOLE
INPUTS
SOLVER
OUTPUTS
Digitisation of
Topography
Grid
Velocity vectors
Meteorological data
processing
Atlas of wind speed
and wind power
density
Establishing the
Windfield
Annual energy
production of wind
turbines
Characteristics of
turbines
Meteorological
Data
PANEOLE
PANEOLE Menu Structure
Pre-Processor Options
Post-Processor Options
Processor (Simulation) Options
PANEOLE
File Handling Options
Option to load Bitmap in the background
Options to import Map Files
PANEOLE
Model Setup: Location Details and Study Domain
PANEOLE
Model Setup: Digitizing the topography
List of Topographical Objects
Operations on the objects
Setting the Scale
PANEOLE
Meteorological Data
Key-in and Hourly Meteo Data
PANEOLE
Meteorological Data: Time Series and Windrose
Time Series
Data file
Windrose Frequency
Table File
Operations on Meteo Stations
PANEOLE
Model Setup: Selecting the Simulation Options
PANEOLE
Post Processing Features
Velocity Vectors
Body Fitted Mesh
Velocity Vectors in
vertical sections
WPD Contours
Power Production
PANEOLE
Output Options
Menu options for ‘Output’
The Menu Options under ‘Output’ are:
To create ‘Annotations’ for the view plots using the annotation elements
available like Line, Arrow, Polygon, Box, circle and also to write ‘Text’.
To ‘Save’ the files loaded/created in the various formats that are available
like ‘Bitmap’, ‘HPGL’, ‘Postscript’, ‘PCL’ etc.
To make ‘Animation’ sequences with the saved Bitmap images.
PANEPR
REAL CASE STUDIES
Ludres
Jogimatti
PANEOLE
CASE-1: LUDRES
(Simulation carried out for the predominant wind direction)
PANEOLE
Case Description:
• Objective is to identify the zones of the significant winds in order to locate
the wind turbines
• To establish the windfield over the computational domain for the
predominant wind speed and direction
• The complexity of the terrain such as undulations, vegetation, water bodies
are taken into account
PANEOLE
Input Data:
•
Bitmap in the background has been used to digitize the topograhy
•
The topographical features being considered are:
- Altitude contours
- Vegetation
•
Windfield was established using Predominant windspeed and direction
PANEOLE
Background map used to build Terrain Model
N
Vent dominant 250°N
Ludres
PANEOLE
Ludres: Terrain undulations and Body fitted Mesh
420m
250m
PANEOLE
Zone of strongest wind at a
height of 3 meters above the
ground
PANEOLE
Zone of strongest wind at a
height of 12 meters above the
ground
PANEOLE
Wind velocity vectors at a plane 12 m above the ground
Back to
Case Studies
PANEOLE
CASE-2: JOGIMATTI
PANEOLE
Case Description:
•
To evaluate the wind power density of a potential site
• Estimation of annual power production by the turbines placed at the
predetermined locations
PANEOLE
Topography built on the Background map
PANEOLE
Digitized topography and location of Turbines
PANEOLE
PANEOLE
PANEOLE
PANEOLE
Back to
Case Studies
PANEOLE
TRANSOFT team
Supplying tomorrow’s advanced
technology at today’s prices
7 boulevard de la Libération
93200 SAINT-DENIS
FRANCE
: 33 01 42 43 16 66
: 33 01 42 43 50 33
e-mail : [email protected]
1191 Crestmont Drive
LAFAYETTE CA 94549 - 3004
USA
: 1 925 284 1200
: 1 925 284 1240
e-mail :
[email protected]
15/17, Belwell Lane
Four Oaks, Sutton Coldfield
West Midlands B7 44AA UNITED
KINGDOM
: 44 0 1 213 088 168
: 44 0 1 213 232 009
e-mail : [email protected]
146, Ring Road,
Sector 5, H.S.R LAYOUT
BANGALORE 5600 34
INDIA
: 91 80 5503498
: 91 80 5501964
e-mail :
[email protected]
PANEPR
Slide 14
fluidyn - PANEOLE
- for the evaluation of Wind Energy Density of a potential site
PANEOLE
INTRODUCTION
PANEOLE
About PANEOLE …..
A unique 3D fluid dynamics based software available for wind
power potential prediction.
Reliable and high precision tool capable of generating wind field
atlas for the wind turbines siting
Wind field modeling is done by solving Navier-Stokes equations
Control-volume or integral-balance approach to construct the finite
difference approximations for each of these control volumes to preserve
local conservation of differenced quantities
Main application Area : This software could be used for siting of
turbines and prediction of power generation capacities at windy sites
PANEOLE
APPLICATION AREA
PANEOLE
Application Areas:
Establish wind energy density atlas over the potential site
Siting of Turbines and prediction of power generation capacities
The support for PANEOLE development is through …
ADEME
French ministry of environment agency
EED (Espace Eolien Developpement)
PANEOLE
PANEOLE FEATURES
PANEOLE
SALIENT FEATURES ….
Roughness curves and altitude curves can be imported through map
files
Mass consistent wind field model with Lagrangian multiplier technique
and weighted interpolation schemes for one or more meteorological
stations
According to the user specification, Cartesian or BFC grid generation
techniques can be used for mesh generation
The influence of obstacles like buildings, hillocks on the wind pattern
are considered
Turbulence models can be incorporated by selecting among the k-diff,
k-l or k-eps models
Energy density with respect to the prevailing wind over the whole
domain is calculated
Bar graphs show the power productions for the specified periods
PANEOLE
Comparison between cartesian and curvilinear grid
Cartesian uniform
Terrain
Curvilinear non-uniform
GRID
Modeled Terrain
The Cartesian grid transforms the slopes into steps which can cause turbulence.
PANEOLE
Example of Epinay-sur-Seine
Wind strongly disturbed by population centres(Urban area)
PANEOLE
Example of Southwark (UK)
Representation of turbulence in the vertical plane
PANEOLE
GRAPHICAL USER INTERFACE
& INPUTS REQUIRED
PANEOLE
fluidyn-PANEOLE
INPUTS
SOLVER
OUTPUTS
Digitisation of
Topography
Grid
Velocity vectors
Meteorological data
processing
Atlas of wind speed
and wind power
density
Establishing the
Windfield
Annual energy
production of wind
turbines
Characteristics of
turbines
Meteorological
Data
PANEOLE
PANEOLE Menu Structure
Pre-Processor Options
Post-Processor Options
Processor (Simulation) Options
PANEOLE
File Handling Options
Option to load Bitmap in the background
Options to import Map Files
PANEOLE
Model Setup: Location Details and Study Domain
PANEOLE
Model Setup: Digitizing the topography
List of Topographical Objects
Operations on the objects
Setting the Scale
PANEOLE
Meteorological Data
Key-in and Hourly Meteo Data
PANEOLE
Meteorological Data: Time Series and Windrose
Time Series
Data file
Windrose Frequency
Table File
Operations on Meteo Stations
PANEOLE
Model Setup: Selecting the Simulation Options
PANEOLE
Post Processing Features
Velocity Vectors
Body Fitted Mesh
Velocity Vectors in
vertical sections
WPD Contours
Power Production
PANEOLE
Output Options
Menu options for ‘Output’
The Menu Options under ‘Output’ are:
To create ‘Annotations’ for the view plots using the annotation elements
available like Line, Arrow, Polygon, Box, circle and also to write ‘Text’.
To ‘Save’ the files loaded/created in the various formats that are available
like ‘Bitmap’, ‘HPGL’, ‘Postscript’, ‘PCL’ etc.
To make ‘Animation’ sequences with the saved Bitmap images.
PANEPR
REAL CASE STUDIES
Ludres
Jogimatti
PANEOLE
CASE-1: LUDRES
(Simulation carried out for the predominant wind direction)
PANEOLE
Case Description:
• Objective is to identify the zones of the significant winds in order to locate
the wind turbines
• To establish the windfield over the computational domain for the
predominant wind speed and direction
• The complexity of the terrain such as undulations, vegetation, water bodies
are taken into account
PANEOLE
Input Data:
•
Bitmap in the background has been used to digitize the topograhy
•
The topographical features being considered are:
- Altitude contours
- Vegetation
•
Windfield was established using Predominant windspeed and direction
PANEOLE
Background map used to build Terrain Model
N
Vent dominant 250°N
Ludres
PANEOLE
Ludres: Terrain undulations and Body fitted Mesh
420m
250m
PANEOLE
Zone of strongest wind at a
height of 3 meters above the
ground
PANEOLE
Zone of strongest wind at a
height of 12 meters above the
ground
PANEOLE
Wind velocity vectors at a plane 12 m above the ground
Back to
Case Studies
PANEOLE
CASE-2: JOGIMATTI
PANEOLE
Case Description:
•
To evaluate the wind power density of a potential site
• Estimation of annual power production by the turbines placed at the
predetermined locations
PANEOLE
Topography built on the Background map
PANEOLE
Digitized topography and location of Turbines
PANEOLE
PANEOLE
PANEOLE
PANEOLE
Back to
Case Studies
PANEOLE
TRANSOFT team
Supplying tomorrow’s advanced
technology at today’s prices
7 boulevard de la Libération
93200 SAINT-DENIS
FRANCE
: 33 01 42 43 16 66
: 33 01 42 43 50 33
e-mail : [email protected]
1191 Crestmont Drive
LAFAYETTE CA 94549 - 3004
USA
: 1 925 284 1200
: 1 925 284 1240
e-mail :
[email protected]
15/17, Belwell Lane
Four Oaks, Sutton Coldfield
West Midlands B7 44AA UNITED
KINGDOM
: 44 0 1 213 088 168
: 44 0 1 213 232 009
e-mail : [email protected]
146, Ring Road,
Sector 5, H.S.R LAYOUT
BANGALORE 5600 34
INDIA
: 91 80 5503498
: 91 80 5501964
e-mail :
[email protected]
PANEPR
Slide 15
fluidyn - PANEOLE
- for the evaluation of Wind Energy Density of a potential site
PANEOLE
INTRODUCTION
PANEOLE
About PANEOLE …..
A unique 3D fluid dynamics based software available for wind
power potential prediction.
Reliable and high precision tool capable of generating wind field
atlas for the wind turbines siting
Wind field modeling is done by solving Navier-Stokes equations
Control-volume or integral-balance approach to construct the finite
difference approximations for each of these control volumes to preserve
local conservation of differenced quantities
Main application Area : This software could be used for siting of
turbines and prediction of power generation capacities at windy sites
PANEOLE
APPLICATION AREA
PANEOLE
Application Areas:
Establish wind energy density atlas over the potential site
Siting of Turbines and prediction of power generation capacities
The support for PANEOLE development is through …
ADEME
French ministry of environment agency
EED (Espace Eolien Developpement)
PANEOLE
PANEOLE FEATURES
PANEOLE
SALIENT FEATURES ….
Roughness curves and altitude curves can be imported through map
files
Mass consistent wind field model with Lagrangian multiplier technique
and weighted interpolation schemes for one or more meteorological
stations
According to the user specification, Cartesian or BFC grid generation
techniques can be used for mesh generation
The influence of obstacles like buildings, hillocks on the wind pattern
are considered
Turbulence models can be incorporated by selecting among the k-diff,
k-l or k-eps models
Energy density with respect to the prevailing wind over the whole
domain is calculated
Bar graphs show the power productions for the specified periods
PANEOLE
Comparison between cartesian and curvilinear grid
Cartesian uniform
Terrain
Curvilinear non-uniform
GRID
Modeled Terrain
The Cartesian grid transforms the slopes into steps which can cause turbulence.
PANEOLE
Example of Epinay-sur-Seine
Wind strongly disturbed by population centres(Urban area)
PANEOLE
Example of Southwark (UK)
Representation of turbulence in the vertical plane
PANEOLE
GRAPHICAL USER INTERFACE
& INPUTS REQUIRED
PANEOLE
fluidyn-PANEOLE
INPUTS
SOLVER
OUTPUTS
Digitisation of
Topography
Grid
Velocity vectors
Meteorological data
processing
Atlas of wind speed
and wind power
density
Establishing the
Windfield
Annual energy
production of wind
turbines
Characteristics of
turbines
Meteorological
Data
PANEOLE
PANEOLE Menu Structure
Pre-Processor Options
Post-Processor Options
Processor (Simulation) Options
PANEOLE
File Handling Options
Option to load Bitmap in the background
Options to import Map Files
PANEOLE
Model Setup: Location Details and Study Domain
PANEOLE
Model Setup: Digitizing the topography
List of Topographical Objects
Operations on the objects
Setting the Scale
PANEOLE
Meteorological Data
Key-in and Hourly Meteo Data
PANEOLE
Meteorological Data: Time Series and Windrose
Time Series
Data file
Windrose Frequency
Table File
Operations on Meteo Stations
PANEOLE
Model Setup: Selecting the Simulation Options
PANEOLE
Post Processing Features
Velocity Vectors
Body Fitted Mesh
Velocity Vectors in
vertical sections
WPD Contours
Power Production
PANEOLE
Output Options
Menu options for ‘Output’
The Menu Options under ‘Output’ are:
To create ‘Annotations’ for the view plots using the annotation elements
available like Line, Arrow, Polygon, Box, circle and also to write ‘Text’.
To ‘Save’ the files loaded/created in the various formats that are available
like ‘Bitmap’, ‘HPGL’, ‘Postscript’, ‘PCL’ etc.
To make ‘Animation’ sequences with the saved Bitmap images.
PANEPR
REAL CASE STUDIES
Ludres
Jogimatti
PANEOLE
CASE-1: LUDRES
(Simulation carried out for the predominant wind direction)
PANEOLE
Case Description:
• Objective is to identify the zones of the significant winds in order to locate
the wind turbines
• To establish the windfield over the computational domain for the
predominant wind speed and direction
• The complexity of the terrain such as undulations, vegetation, water bodies
are taken into account
PANEOLE
Input Data:
•
Bitmap in the background has been used to digitize the topograhy
•
The topographical features being considered are:
- Altitude contours
- Vegetation
•
Windfield was established using Predominant windspeed and direction
PANEOLE
Background map used to build Terrain Model
N
Vent dominant 250°N
Ludres
PANEOLE
Ludres: Terrain undulations and Body fitted Mesh
420m
250m
PANEOLE
Zone of strongest wind at a
height of 3 meters above the
ground
PANEOLE
Zone of strongest wind at a
height of 12 meters above the
ground
PANEOLE
Wind velocity vectors at a plane 12 m above the ground
Back to
Case Studies
PANEOLE
CASE-2: JOGIMATTI
PANEOLE
Case Description:
•
To evaluate the wind power density of a potential site
• Estimation of annual power production by the turbines placed at the
predetermined locations
PANEOLE
Topography built on the Background map
PANEOLE
Digitized topography and location of Turbines
PANEOLE
PANEOLE
PANEOLE
PANEOLE
Back to
Case Studies
PANEOLE
TRANSOFT team
Supplying tomorrow’s advanced
technology at today’s prices
7 boulevard de la Libération
93200 SAINT-DENIS
FRANCE
: 33 01 42 43 16 66
: 33 01 42 43 50 33
e-mail : [email protected]
1191 Crestmont Drive
LAFAYETTE CA 94549 - 3004
USA
: 1 925 284 1200
: 1 925 284 1240
e-mail :
[email protected]
15/17, Belwell Lane
Four Oaks, Sutton Coldfield
West Midlands B7 44AA UNITED
KINGDOM
: 44 0 1 213 088 168
: 44 0 1 213 232 009
e-mail : [email protected]
146, Ring Road,
Sector 5, H.S.R LAYOUT
BANGALORE 5600 34
INDIA
: 91 80 5503498
: 91 80 5501964
e-mail :
[email protected]
PANEPR
Slide 16
fluidyn - PANEOLE
- for the evaluation of Wind Energy Density of a potential site
PANEOLE
INTRODUCTION
PANEOLE
About PANEOLE …..
A unique 3D fluid dynamics based software available for wind
power potential prediction.
Reliable and high precision tool capable of generating wind field
atlas for the wind turbines siting
Wind field modeling is done by solving Navier-Stokes equations
Control-volume or integral-balance approach to construct the finite
difference approximations for each of these control volumes to preserve
local conservation of differenced quantities
Main application Area : This software could be used for siting of
turbines and prediction of power generation capacities at windy sites
PANEOLE
APPLICATION AREA
PANEOLE
Application Areas:
Establish wind energy density atlas over the potential site
Siting of Turbines and prediction of power generation capacities
The support for PANEOLE development is through …
ADEME
French ministry of environment agency
EED (Espace Eolien Developpement)
PANEOLE
PANEOLE FEATURES
PANEOLE
SALIENT FEATURES ….
Roughness curves and altitude curves can be imported through map
files
Mass consistent wind field model with Lagrangian multiplier technique
and weighted interpolation schemes for one or more meteorological
stations
According to the user specification, Cartesian or BFC grid generation
techniques can be used for mesh generation
The influence of obstacles like buildings, hillocks on the wind pattern
are considered
Turbulence models can be incorporated by selecting among the k-diff,
k-l or k-eps models
Energy density with respect to the prevailing wind over the whole
domain is calculated
Bar graphs show the power productions for the specified periods
PANEOLE
Comparison between cartesian and curvilinear grid
Cartesian uniform
Terrain
Curvilinear non-uniform
GRID
Modeled Terrain
The Cartesian grid transforms the slopes into steps which can cause turbulence.
PANEOLE
Example of Epinay-sur-Seine
Wind strongly disturbed by population centres(Urban area)
PANEOLE
Example of Southwark (UK)
Representation of turbulence in the vertical plane
PANEOLE
GRAPHICAL USER INTERFACE
& INPUTS REQUIRED
PANEOLE
fluidyn-PANEOLE
INPUTS
SOLVER
OUTPUTS
Digitisation of
Topography
Grid
Velocity vectors
Meteorological data
processing
Atlas of wind speed
and wind power
density
Establishing the
Windfield
Annual energy
production of wind
turbines
Characteristics of
turbines
Meteorological
Data
PANEOLE
PANEOLE Menu Structure
Pre-Processor Options
Post-Processor Options
Processor (Simulation) Options
PANEOLE
File Handling Options
Option to load Bitmap in the background
Options to import Map Files
PANEOLE
Model Setup: Location Details and Study Domain
PANEOLE
Model Setup: Digitizing the topography
List of Topographical Objects
Operations on the objects
Setting the Scale
PANEOLE
Meteorological Data
Key-in and Hourly Meteo Data
PANEOLE
Meteorological Data: Time Series and Windrose
Time Series
Data file
Windrose Frequency
Table File
Operations on Meteo Stations
PANEOLE
Model Setup: Selecting the Simulation Options
PANEOLE
Post Processing Features
Velocity Vectors
Body Fitted Mesh
Velocity Vectors in
vertical sections
WPD Contours
Power Production
PANEOLE
Output Options
Menu options for ‘Output’
The Menu Options under ‘Output’ are:
To create ‘Annotations’ for the view plots using the annotation elements
available like Line, Arrow, Polygon, Box, circle and also to write ‘Text’.
To ‘Save’ the files loaded/created in the various formats that are available
like ‘Bitmap’, ‘HPGL’, ‘Postscript’, ‘PCL’ etc.
To make ‘Animation’ sequences with the saved Bitmap images.
PANEPR
REAL CASE STUDIES
Ludres
Jogimatti
PANEOLE
CASE-1: LUDRES
(Simulation carried out for the predominant wind direction)
PANEOLE
Case Description:
• Objective is to identify the zones of the significant winds in order to locate
the wind turbines
• To establish the windfield over the computational domain for the
predominant wind speed and direction
• The complexity of the terrain such as undulations, vegetation, water bodies
are taken into account
PANEOLE
Input Data:
•
Bitmap in the background has been used to digitize the topograhy
•
The topographical features being considered are:
- Altitude contours
- Vegetation
•
Windfield was established using Predominant windspeed and direction
PANEOLE
Background map used to build Terrain Model
N
Vent dominant 250°N
Ludres
PANEOLE
Ludres: Terrain undulations and Body fitted Mesh
420m
250m
PANEOLE
Zone of strongest wind at a
height of 3 meters above the
ground
PANEOLE
Zone of strongest wind at a
height of 12 meters above the
ground
PANEOLE
Wind velocity vectors at a plane 12 m above the ground
Back to
Case Studies
PANEOLE
CASE-2: JOGIMATTI
PANEOLE
Case Description:
•
To evaluate the wind power density of a potential site
• Estimation of annual power production by the turbines placed at the
predetermined locations
PANEOLE
Topography built on the Background map
PANEOLE
Digitized topography and location of Turbines
PANEOLE
PANEOLE
PANEOLE
PANEOLE
Back to
Case Studies
PANEOLE
TRANSOFT team
Supplying tomorrow’s advanced
technology at today’s prices
7 boulevard de la Libération
93200 SAINT-DENIS
FRANCE
: 33 01 42 43 16 66
: 33 01 42 43 50 33
e-mail : [email protected]
1191 Crestmont Drive
LAFAYETTE CA 94549 - 3004
USA
: 1 925 284 1200
: 1 925 284 1240
e-mail :
[email protected]
15/17, Belwell Lane
Four Oaks, Sutton Coldfield
West Midlands B7 44AA UNITED
KINGDOM
: 44 0 1 213 088 168
: 44 0 1 213 232 009
e-mail : [email protected]
146, Ring Road,
Sector 5, H.S.R LAYOUT
BANGALORE 5600 34
INDIA
: 91 80 5503498
: 91 80 5501964
e-mail :
[email protected]
PANEPR
Slide 17
fluidyn - PANEOLE
- for the evaluation of Wind Energy Density of a potential site
PANEOLE
INTRODUCTION
PANEOLE
About PANEOLE …..
A unique 3D fluid dynamics based software available for wind
power potential prediction.
Reliable and high precision tool capable of generating wind field
atlas for the wind turbines siting
Wind field modeling is done by solving Navier-Stokes equations
Control-volume or integral-balance approach to construct the finite
difference approximations for each of these control volumes to preserve
local conservation of differenced quantities
Main application Area : This software could be used for siting of
turbines and prediction of power generation capacities at windy sites
PANEOLE
APPLICATION AREA
PANEOLE
Application Areas:
Establish wind energy density atlas over the potential site
Siting of Turbines and prediction of power generation capacities
The support for PANEOLE development is through …
ADEME
French ministry of environment agency
EED (Espace Eolien Developpement)
PANEOLE
PANEOLE FEATURES
PANEOLE
SALIENT FEATURES ….
Roughness curves and altitude curves can be imported through map
files
Mass consistent wind field model with Lagrangian multiplier technique
and weighted interpolation schemes for one or more meteorological
stations
According to the user specification, Cartesian or BFC grid generation
techniques can be used for mesh generation
The influence of obstacles like buildings, hillocks on the wind pattern
are considered
Turbulence models can be incorporated by selecting among the k-diff,
k-l or k-eps models
Energy density with respect to the prevailing wind over the whole
domain is calculated
Bar graphs show the power productions for the specified periods
PANEOLE
Comparison between cartesian and curvilinear grid
Cartesian uniform
Terrain
Curvilinear non-uniform
GRID
Modeled Terrain
The Cartesian grid transforms the slopes into steps which can cause turbulence.
PANEOLE
Example of Epinay-sur-Seine
Wind strongly disturbed by population centres(Urban area)
PANEOLE
Example of Southwark (UK)
Representation of turbulence in the vertical plane
PANEOLE
GRAPHICAL USER INTERFACE
& INPUTS REQUIRED
PANEOLE
fluidyn-PANEOLE
INPUTS
SOLVER
OUTPUTS
Digitisation of
Topography
Grid
Velocity vectors
Meteorological data
processing
Atlas of wind speed
and wind power
density
Establishing the
Windfield
Annual energy
production of wind
turbines
Characteristics of
turbines
Meteorological
Data
PANEOLE
PANEOLE Menu Structure
Pre-Processor Options
Post-Processor Options
Processor (Simulation) Options
PANEOLE
File Handling Options
Option to load Bitmap in the background
Options to import Map Files
PANEOLE
Model Setup: Location Details and Study Domain
PANEOLE
Model Setup: Digitizing the topography
List of Topographical Objects
Operations on the objects
Setting the Scale
PANEOLE
Meteorological Data
Key-in and Hourly Meteo Data
PANEOLE
Meteorological Data: Time Series and Windrose
Time Series
Data file
Windrose Frequency
Table File
Operations on Meteo Stations
PANEOLE
Model Setup: Selecting the Simulation Options
PANEOLE
Post Processing Features
Velocity Vectors
Body Fitted Mesh
Velocity Vectors in
vertical sections
WPD Contours
Power Production
PANEOLE
Output Options
Menu options for ‘Output’
The Menu Options under ‘Output’ are:
To create ‘Annotations’ for the view plots using the annotation elements
available like Line, Arrow, Polygon, Box, circle and also to write ‘Text’.
To ‘Save’ the files loaded/created in the various formats that are available
like ‘Bitmap’, ‘HPGL’, ‘Postscript’, ‘PCL’ etc.
To make ‘Animation’ sequences with the saved Bitmap images.
PANEPR
REAL CASE STUDIES
Ludres
Jogimatti
PANEOLE
CASE-1: LUDRES
(Simulation carried out for the predominant wind direction)
PANEOLE
Case Description:
• Objective is to identify the zones of the significant winds in order to locate
the wind turbines
• To establish the windfield over the computational domain for the
predominant wind speed and direction
• The complexity of the terrain such as undulations, vegetation, water bodies
are taken into account
PANEOLE
Input Data:
•
Bitmap in the background has been used to digitize the topograhy
•
The topographical features being considered are:
- Altitude contours
- Vegetation
•
Windfield was established using Predominant windspeed and direction
PANEOLE
Background map used to build Terrain Model
N
Vent dominant 250°N
Ludres
PANEOLE
Ludres: Terrain undulations and Body fitted Mesh
420m
250m
PANEOLE
Zone of strongest wind at a
height of 3 meters above the
ground
PANEOLE
Zone of strongest wind at a
height of 12 meters above the
ground
PANEOLE
Wind velocity vectors at a plane 12 m above the ground
Back to
Case Studies
PANEOLE
CASE-2: JOGIMATTI
PANEOLE
Case Description:
•
To evaluate the wind power density of a potential site
• Estimation of annual power production by the turbines placed at the
predetermined locations
PANEOLE
Topography built on the Background map
PANEOLE
Digitized topography and location of Turbines
PANEOLE
PANEOLE
PANEOLE
PANEOLE
Back to
Case Studies
PANEOLE
TRANSOFT team
Supplying tomorrow’s advanced
technology at today’s prices
7 boulevard de la Libération
93200 SAINT-DENIS
FRANCE
: 33 01 42 43 16 66
: 33 01 42 43 50 33
e-mail : [email protected]
1191 Crestmont Drive
LAFAYETTE CA 94549 - 3004
USA
: 1 925 284 1200
: 1 925 284 1240
e-mail :
[email protected]
15/17, Belwell Lane
Four Oaks, Sutton Coldfield
West Midlands B7 44AA UNITED
KINGDOM
: 44 0 1 213 088 168
: 44 0 1 213 232 009
e-mail : [email protected]
146, Ring Road,
Sector 5, H.S.R LAYOUT
BANGALORE 5600 34
INDIA
: 91 80 5503498
: 91 80 5501964
e-mail :
[email protected]
PANEPR
Slide 18
fluidyn - PANEOLE
- for the evaluation of Wind Energy Density of a potential site
PANEOLE
INTRODUCTION
PANEOLE
About PANEOLE …..
A unique 3D fluid dynamics based software available for wind
power potential prediction.
Reliable and high precision tool capable of generating wind field
atlas for the wind turbines siting
Wind field modeling is done by solving Navier-Stokes equations
Control-volume or integral-balance approach to construct the finite
difference approximations for each of these control volumes to preserve
local conservation of differenced quantities
Main application Area : This software could be used for siting of
turbines and prediction of power generation capacities at windy sites
PANEOLE
APPLICATION AREA
PANEOLE
Application Areas:
Establish wind energy density atlas over the potential site
Siting of Turbines and prediction of power generation capacities
The support for PANEOLE development is through …
ADEME
French ministry of environment agency
EED (Espace Eolien Developpement)
PANEOLE
PANEOLE FEATURES
PANEOLE
SALIENT FEATURES ….
Roughness curves and altitude curves can be imported through map
files
Mass consistent wind field model with Lagrangian multiplier technique
and weighted interpolation schemes for one or more meteorological
stations
According to the user specification, Cartesian or BFC grid generation
techniques can be used for mesh generation
The influence of obstacles like buildings, hillocks on the wind pattern
are considered
Turbulence models can be incorporated by selecting among the k-diff,
k-l or k-eps models
Energy density with respect to the prevailing wind over the whole
domain is calculated
Bar graphs show the power productions for the specified periods
PANEOLE
Comparison between cartesian and curvilinear grid
Cartesian uniform
Terrain
Curvilinear non-uniform
GRID
Modeled Terrain
The Cartesian grid transforms the slopes into steps which can cause turbulence.
PANEOLE
Example of Epinay-sur-Seine
Wind strongly disturbed by population centres(Urban area)
PANEOLE
Example of Southwark (UK)
Representation of turbulence in the vertical plane
PANEOLE
GRAPHICAL USER INTERFACE
& INPUTS REQUIRED
PANEOLE
fluidyn-PANEOLE
INPUTS
SOLVER
OUTPUTS
Digitisation of
Topography
Grid
Velocity vectors
Meteorological data
processing
Atlas of wind speed
and wind power
density
Establishing the
Windfield
Annual energy
production of wind
turbines
Characteristics of
turbines
Meteorological
Data
PANEOLE
PANEOLE Menu Structure
Pre-Processor Options
Post-Processor Options
Processor (Simulation) Options
PANEOLE
File Handling Options
Option to load Bitmap in the background
Options to import Map Files
PANEOLE
Model Setup: Location Details and Study Domain
PANEOLE
Model Setup: Digitizing the topography
List of Topographical Objects
Operations on the objects
Setting the Scale
PANEOLE
Meteorological Data
Key-in and Hourly Meteo Data
PANEOLE
Meteorological Data: Time Series and Windrose
Time Series
Data file
Windrose Frequency
Table File
Operations on Meteo Stations
PANEOLE
Model Setup: Selecting the Simulation Options
PANEOLE
Post Processing Features
Velocity Vectors
Body Fitted Mesh
Velocity Vectors in
vertical sections
WPD Contours
Power Production
PANEOLE
Output Options
Menu options for ‘Output’
The Menu Options under ‘Output’ are:
To create ‘Annotations’ for the view plots using the annotation elements
available like Line, Arrow, Polygon, Box, circle and also to write ‘Text’.
To ‘Save’ the files loaded/created in the various formats that are available
like ‘Bitmap’, ‘HPGL’, ‘Postscript’, ‘PCL’ etc.
To make ‘Animation’ sequences with the saved Bitmap images.
PANEPR
REAL CASE STUDIES
Ludres
Jogimatti
PANEOLE
CASE-1: LUDRES
(Simulation carried out for the predominant wind direction)
PANEOLE
Case Description:
• Objective is to identify the zones of the significant winds in order to locate
the wind turbines
• To establish the windfield over the computational domain for the
predominant wind speed and direction
• The complexity of the terrain such as undulations, vegetation, water bodies
are taken into account
PANEOLE
Input Data:
•
Bitmap in the background has been used to digitize the topograhy
•
The topographical features being considered are:
- Altitude contours
- Vegetation
•
Windfield was established using Predominant windspeed and direction
PANEOLE
Background map used to build Terrain Model
N
Vent dominant 250°N
Ludres
PANEOLE
Ludres: Terrain undulations and Body fitted Mesh
420m
250m
PANEOLE
Zone of strongest wind at a
height of 3 meters above the
ground
PANEOLE
Zone of strongest wind at a
height of 12 meters above the
ground
PANEOLE
Wind velocity vectors at a plane 12 m above the ground
Back to
Case Studies
PANEOLE
CASE-2: JOGIMATTI
PANEOLE
Case Description:
•
To evaluate the wind power density of a potential site
• Estimation of annual power production by the turbines placed at the
predetermined locations
PANEOLE
Topography built on the Background map
PANEOLE
Digitized topography and location of Turbines
PANEOLE
PANEOLE
PANEOLE
PANEOLE
Back to
Case Studies
PANEOLE
TRANSOFT team
Supplying tomorrow’s advanced
technology at today’s prices
7 boulevard de la Libération
93200 SAINT-DENIS
FRANCE
: 33 01 42 43 16 66
: 33 01 42 43 50 33
e-mail : [email protected]
1191 Crestmont Drive
LAFAYETTE CA 94549 - 3004
USA
: 1 925 284 1200
: 1 925 284 1240
e-mail :
[email protected]
15/17, Belwell Lane
Four Oaks, Sutton Coldfield
West Midlands B7 44AA UNITED
KINGDOM
: 44 0 1 213 088 168
: 44 0 1 213 232 009
e-mail : [email protected]
146, Ring Road,
Sector 5, H.S.R LAYOUT
BANGALORE 5600 34
INDIA
: 91 80 5503498
: 91 80 5501964
e-mail :
[email protected]
PANEPR
Slide 19
fluidyn - PANEOLE
- for the evaluation of Wind Energy Density of a potential site
PANEOLE
INTRODUCTION
PANEOLE
About PANEOLE …..
A unique 3D fluid dynamics based software available for wind
power potential prediction.
Reliable and high precision tool capable of generating wind field
atlas for the wind turbines siting
Wind field modeling is done by solving Navier-Stokes equations
Control-volume or integral-balance approach to construct the finite
difference approximations for each of these control volumes to preserve
local conservation of differenced quantities
Main application Area : This software could be used for siting of
turbines and prediction of power generation capacities at windy sites
PANEOLE
APPLICATION AREA
PANEOLE
Application Areas:
Establish wind energy density atlas over the potential site
Siting of Turbines and prediction of power generation capacities
The support for PANEOLE development is through …
ADEME
French ministry of environment agency
EED (Espace Eolien Developpement)
PANEOLE
PANEOLE FEATURES
PANEOLE
SALIENT FEATURES ….
Roughness curves and altitude curves can be imported through map
files
Mass consistent wind field model with Lagrangian multiplier technique
and weighted interpolation schemes for one or more meteorological
stations
According to the user specification, Cartesian or BFC grid generation
techniques can be used for mesh generation
The influence of obstacles like buildings, hillocks on the wind pattern
are considered
Turbulence models can be incorporated by selecting among the k-diff,
k-l or k-eps models
Energy density with respect to the prevailing wind over the whole
domain is calculated
Bar graphs show the power productions for the specified periods
PANEOLE
Comparison between cartesian and curvilinear grid
Cartesian uniform
Terrain
Curvilinear non-uniform
GRID
Modeled Terrain
The Cartesian grid transforms the slopes into steps which can cause turbulence.
PANEOLE
Example of Epinay-sur-Seine
Wind strongly disturbed by population centres(Urban area)
PANEOLE
Example of Southwark (UK)
Representation of turbulence in the vertical plane
PANEOLE
GRAPHICAL USER INTERFACE
& INPUTS REQUIRED
PANEOLE
fluidyn-PANEOLE
INPUTS
SOLVER
OUTPUTS
Digitisation of
Topography
Grid
Velocity vectors
Meteorological data
processing
Atlas of wind speed
and wind power
density
Establishing the
Windfield
Annual energy
production of wind
turbines
Characteristics of
turbines
Meteorological
Data
PANEOLE
PANEOLE Menu Structure
Pre-Processor Options
Post-Processor Options
Processor (Simulation) Options
PANEOLE
File Handling Options
Option to load Bitmap in the background
Options to import Map Files
PANEOLE
Model Setup: Location Details and Study Domain
PANEOLE
Model Setup: Digitizing the topography
List of Topographical Objects
Operations on the objects
Setting the Scale
PANEOLE
Meteorological Data
Key-in and Hourly Meteo Data
PANEOLE
Meteorological Data: Time Series and Windrose
Time Series
Data file
Windrose Frequency
Table File
Operations on Meteo Stations
PANEOLE
Model Setup: Selecting the Simulation Options
PANEOLE
Post Processing Features
Velocity Vectors
Body Fitted Mesh
Velocity Vectors in
vertical sections
WPD Contours
Power Production
PANEOLE
Output Options
Menu options for ‘Output’
The Menu Options under ‘Output’ are:
To create ‘Annotations’ for the view plots using the annotation elements
available like Line, Arrow, Polygon, Box, circle and also to write ‘Text’.
To ‘Save’ the files loaded/created in the various formats that are available
like ‘Bitmap’, ‘HPGL’, ‘Postscript’, ‘PCL’ etc.
To make ‘Animation’ sequences with the saved Bitmap images.
PANEPR
REAL CASE STUDIES
Ludres
Jogimatti
PANEOLE
CASE-1: LUDRES
(Simulation carried out for the predominant wind direction)
PANEOLE
Case Description:
• Objective is to identify the zones of the significant winds in order to locate
the wind turbines
• To establish the windfield over the computational domain for the
predominant wind speed and direction
• The complexity of the terrain such as undulations, vegetation, water bodies
are taken into account
PANEOLE
Input Data:
•
Bitmap in the background has been used to digitize the topograhy
•
The topographical features being considered are:
- Altitude contours
- Vegetation
•
Windfield was established using Predominant windspeed and direction
PANEOLE
Background map used to build Terrain Model
N
Vent dominant 250°N
Ludres
PANEOLE
Ludres: Terrain undulations and Body fitted Mesh
420m
250m
PANEOLE
Zone of strongest wind at a
height of 3 meters above the
ground
PANEOLE
Zone of strongest wind at a
height of 12 meters above the
ground
PANEOLE
Wind velocity vectors at a plane 12 m above the ground
Back to
Case Studies
PANEOLE
CASE-2: JOGIMATTI
PANEOLE
Case Description:
•
To evaluate the wind power density of a potential site
• Estimation of annual power production by the turbines placed at the
predetermined locations
PANEOLE
Topography built on the Background map
PANEOLE
Digitized topography and location of Turbines
PANEOLE
PANEOLE
PANEOLE
PANEOLE
Back to
Case Studies
PANEOLE
TRANSOFT team
Supplying tomorrow’s advanced
technology at today’s prices
7 boulevard de la Libération
93200 SAINT-DENIS
FRANCE
: 33 01 42 43 16 66
: 33 01 42 43 50 33
e-mail : [email protected]
1191 Crestmont Drive
LAFAYETTE CA 94549 - 3004
USA
: 1 925 284 1200
: 1 925 284 1240
e-mail :
[email protected]
15/17, Belwell Lane
Four Oaks, Sutton Coldfield
West Midlands B7 44AA UNITED
KINGDOM
: 44 0 1 213 088 168
: 44 0 1 213 232 009
e-mail : [email protected]
146, Ring Road,
Sector 5, H.S.R LAYOUT
BANGALORE 5600 34
INDIA
: 91 80 5503498
: 91 80 5501964
e-mail :
[email protected]
PANEPR
Slide 20
fluidyn - PANEOLE
- for the evaluation of Wind Energy Density of a potential site
PANEOLE
INTRODUCTION
PANEOLE
About PANEOLE …..
A unique 3D fluid dynamics based software available for wind
power potential prediction.
Reliable and high precision tool capable of generating wind field
atlas for the wind turbines siting
Wind field modeling is done by solving Navier-Stokes equations
Control-volume or integral-balance approach to construct the finite
difference approximations for each of these control volumes to preserve
local conservation of differenced quantities
Main application Area : This software could be used for siting of
turbines and prediction of power generation capacities at windy sites
PANEOLE
APPLICATION AREA
PANEOLE
Application Areas:
Establish wind energy density atlas over the potential site
Siting of Turbines and prediction of power generation capacities
The support for PANEOLE development is through …
ADEME
French ministry of environment agency
EED (Espace Eolien Developpement)
PANEOLE
PANEOLE FEATURES
PANEOLE
SALIENT FEATURES ….
Roughness curves and altitude curves can be imported through map
files
Mass consistent wind field model with Lagrangian multiplier technique
and weighted interpolation schemes for one or more meteorological
stations
According to the user specification, Cartesian or BFC grid generation
techniques can be used for mesh generation
The influence of obstacles like buildings, hillocks on the wind pattern
are considered
Turbulence models can be incorporated by selecting among the k-diff,
k-l or k-eps models
Energy density with respect to the prevailing wind over the whole
domain is calculated
Bar graphs show the power productions for the specified periods
PANEOLE
Comparison between cartesian and curvilinear grid
Cartesian uniform
Terrain
Curvilinear non-uniform
GRID
Modeled Terrain
The Cartesian grid transforms the slopes into steps which can cause turbulence.
PANEOLE
Example of Epinay-sur-Seine
Wind strongly disturbed by population centres(Urban area)
PANEOLE
Example of Southwark (UK)
Representation of turbulence in the vertical plane
PANEOLE
GRAPHICAL USER INTERFACE
& INPUTS REQUIRED
PANEOLE
fluidyn-PANEOLE
INPUTS
SOLVER
OUTPUTS
Digitisation of
Topography
Grid
Velocity vectors
Meteorological data
processing
Atlas of wind speed
and wind power
density
Establishing the
Windfield
Annual energy
production of wind
turbines
Characteristics of
turbines
Meteorological
Data
PANEOLE
PANEOLE Menu Structure
Pre-Processor Options
Post-Processor Options
Processor (Simulation) Options
PANEOLE
File Handling Options
Option to load Bitmap in the background
Options to import Map Files
PANEOLE
Model Setup: Location Details and Study Domain
PANEOLE
Model Setup: Digitizing the topography
List of Topographical Objects
Operations on the objects
Setting the Scale
PANEOLE
Meteorological Data
Key-in and Hourly Meteo Data
PANEOLE
Meteorological Data: Time Series and Windrose
Time Series
Data file
Windrose Frequency
Table File
Operations on Meteo Stations
PANEOLE
Model Setup: Selecting the Simulation Options
PANEOLE
Post Processing Features
Velocity Vectors
Body Fitted Mesh
Velocity Vectors in
vertical sections
WPD Contours
Power Production
PANEOLE
Output Options
Menu options for ‘Output’
The Menu Options under ‘Output’ are:
To create ‘Annotations’ for the view plots using the annotation elements
available like Line, Arrow, Polygon, Box, circle and also to write ‘Text’.
To ‘Save’ the files loaded/created in the various formats that are available
like ‘Bitmap’, ‘HPGL’, ‘Postscript’, ‘PCL’ etc.
To make ‘Animation’ sequences with the saved Bitmap images.
PANEPR
REAL CASE STUDIES
Ludres
Jogimatti
PANEOLE
CASE-1: LUDRES
(Simulation carried out for the predominant wind direction)
PANEOLE
Case Description:
• Objective is to identify the zones of the significant winds in order to locate
the wind turbines
• To establish the windfield over the computational domain for the
predominant wind speed and direction
• The complexity of the terrain such as undulations, vegetation, water bodies
are taken into account
PANEOLE
Input Data:
•
Bitmap in the background has been used to digitize the topograhy
•
The topographical features being considered are:
- Altitude contours
- Vegetation
•
Windfield was established using Predominant windspeed and direction
PANEOLE
Background map used to build Terrain Model
N
Vent dominant 250°N
Ludres
PANEOLE
Ludres: Terrain undulations and Body fitted Mesh
420m
250m
PANEOLE
Zone of strongest wind at a
height of 3 meters above the
ground
PANEOLE
Zone of strongest wind at a
height of 12 meters above the
ground
PANEOLE
Wind velocity vectors at a plane 12 m above the ground
Back to
Case Studies
PANEOLE
CASE-2: JOGIMATTI
PANEOLE
Case Description:
•
To evaluate the wind power density of a potential site
• Estimation of annual power production by the turbines placed at the
predetermined locations
PANEOLE
Topography built on the Background map
PANEOLE
Digitized topography and location of Turbines
PANEOLE
PANEOLE
PANEOLE
PANEOLE
Back to
Case Studies
PANEOLE
TRANSOFT team
Supplying tomorrow’s advanced
technology at today’s prices
7 boulevard de la Libération
93200 SAINT-DENIS
FRANCE
: 33 01 42 43 16 66
: 33 01 42 43 50 33
e-mail : [email protected]
1191 Crestmont Drive
LAFAYETTE CA 94549 - 3004
USA
: 1 925 284 1200
: 1 925 284 1240
e-mail :
[email protected]
15/17, Belwell Lane
Four Oaks, Sutton Coldfield
West Midlands B7 44AA UNITED
KINGDOM
: 44 0 1 213 088 168
: 44 0 1 213 232 009
e-mail : [email protected]
146, Ring Road,
Sector 5, H.S.R LAYOUT
BANGALORE 5600 34
INDIA
: 91 80 5503498
: 91 80 5501964
e-mail :
[email protected]
PANEPR
Slide 21
fluidyn - PANEOLE
- for the evaluation of Wind Energy Density of a potential site
PANEOLE
INTRODUCTION
PANEOLE
About PANEOLE …..
A unique 3D fluid dynamics based software available for wind
power potential prediction.
Reliable and high precision tool capable of generating wind field
atlas for the wind turbines siting
Wind field modeling is done by solving Navier-Stokes equations
Control-volume or integral-balance approach to construct the finite
difference approximations for each of these control volumes to preserve
local conservation of differenced quantities
Main application Area : This software could be used for siting of
turbines and prediction of power generation capacities at windy sites
PANEOLE
APPLICATION AREA
PANEOLE
Application Areas:
Establish wind energy density atlas over the potential site
Siting of Turbines and prediction of power generation capacities
The support for PANEOLE development is through …
ADEME
French ministry of environment agency
EED (Espace Eolien Developpement)
PANEOLE
PANEOLE FEATURES
PANEOLE
SALIENT FEATURES ….
Roughness curves and altitude curves can be imported through map
files
Mass consistent wind field model with Lagrangian multiplier technique
and weighted interpolation schemes for one or more meteorological
stations
According to the user specification, Cartesian or BFC grid generation
techniques can be used for mesh generation
The influence of obstacles like buildings, hillocks on the wind pattern
are considered
Turbulence models can be incorporated by selecting among the k-diff,
k-l or k-eps models
Energy density with respect to the prevailing wind over the whole
domain is calculated
Bar graphs show the power productions for the specified periods
PANEOLE
Comparison between cartesian and curvilinear grid
Cartesian uniform
Terrain
Curvilinear non-uniform
GRID
Modeled Terrain
The Cartesian grid transforms the slopes into steps which can cause turbulence.
PANEOLE
Example of Epinay-sur-Seine
Wind strongly disturbed by population centres(Urban area)
PANEOLE
Example of Southwark (UK)
Representation of turbulence in the vertical plane
PANEOLE
GRAPHICAL USER INTERFACE
& INPUTS REQUIRED
PANEOLE
fluidyn-PANEOLE
INPUTS
SOLVER
OUTPUTS
Digitisation of
Topography
Grid
Velocity vectors
Meteorological data
processing
Atlas of wind speed
and wind power
density
Establishing the
Windfield
Annual energy
production of wind
turbines
Characteristics of
turbines
Meteorological
Data
PANEOLE
PANEOLE Menu Structure
Pre-Processor Options
Post-Processor Options
Processor (Simulation) Options
PANEOLE
File Handling Options
Option to load Bitmap in the background
Options to import Map Files
PANEOLE
Model Setup: Location Details and Study Domain
PANEOLE
Model Setup: Digitizing the topography
List of Topographical Objects
Operations on the objects
Setting the Scale
PANEOLE
Meteorological Data
Key-in and Hourly Meteo Data
PANEOLE
Meteorological Data: Time Series and Windrose
Time Series
Data file
Windrose Frequency
Table File
Operations on Meteo Stations
PANEOLE
Model Setup: Selecting the Simulation Options
PANEOLE
Post Processing Features
Velocity Vectors
Body Fitted Mesh
Velocity Vectors in
vertical sections
WPD Contours
Power Production
PANEOLE
Output Options
Menu options for ‘Output’
The Menu Options under ‘Output’ are:
To create ‘Annotations’ for the view plots using the annotation elements
available like Line, Arrow, Polygon, Box, circle and also to write ‘Text’.
To ‘Save’ the files loaded/created in the various formats that are available
like ‘Bitmap’, ‘HPGL’, ‘Postscript’, ‘PCL’ etc.
To make ‘Animation’ sequences with the saved Bitmap images.
PANEPR
REAL CASE STUDIES
Ludres
Jogimatti
PANEOLE
CASE-1: LUDRES
(Simulation carried out for the predominant wind direction)
PANEOLE
Case Description:
• Objective is to identify the zones of the significant winds in order to locate
the wind turbines
• To establish the windfield over the computational domain for the
predominant wind speed and direction
• The complexity of the terrain such as undulations, vegetation, water bodies
are taken into account
PANEOLE
Input Data:
•
Bitmap in the background has been used to digitize the topograhy
•
The topographical features being considered are:
- Altitude contours
- Vegetation
•
Windfield was established using Predominant windspeed and direction
PANEOLE
Background map used to build Terrain Model
N
Vent dominant 250°N
Ludres
PANEOLE
Ludres: Terrain undulations and Body fitted Mesh
420m
250m
PANEOLE
Zone of strongest wind at a
height of 3 meters above the
ground
PANEOLE
Zone of strongest wind at a
height of 12 meters above the
ground
PANEOLE
Wind velocity vectors at a plane 12 m above the ground
Back to
Case Studies
PANEOLE
CASE-2: JOGIMATTI
PANEOLE
Case Description:
•
To evaluate the wind power density of a potential site
• Estimation of annual power production by the turbines placed at the
predetermined locations
PANEOLE
Topography built on the Background map
PANEOLE
Digitized topography and location of Turbines
PANEOLE
PANEOLE
PANEOLE
PANEOLE
Back to
Case Studies
PANEOLE
TRANSOFT team
Supplying tomorrow’s advanced
technology at today’s prices
7 boulevard de la Libération
93200 SAINT-DENIS
FRANCE
: 33 01 42 43 16 66
: 33 01 42 43 50 33
e-mail : [email protected]
1191 Crestmont Drive
LAFAYETTE CA 94549 - 3004
USA
: 1 925 284 1200
: 1 925 284 1240
e-mail :
[email protected]
15/17, Belwell Lane
Four Oaks, Sutton Coldfield
West Midlands B7 44AA UNITED
KINGDOM
: 44 0 1 213 088 168
: 44 0 1 213 232 009
e-mail : [email protected]
146, Ring Road,
Sector 5, H.S.R LAYOUT
BANGALORE 5600 34
INDIA
: 91 80 5503498
: 91 80 5501964
e-mail :
[email protected]
PANEPR
Slide 22
fluidyn - PANEOLE
- for the evaluation of Wind Energy Density of a potential site
PANEOLE
INTRODUCTION
PANEOLE
About PANEOLE …..
A unique 3D fluid dynamics based software available for wind
power potential prediction.
Reliable and high precision tool capable of generating wind field
atlas for the wind turbines siting
Wind field modeling is done by solving Navier-Stokes equations
Control-volume or integral-balance approach to construct the finite
difference approximations for each of these control volumes to preserve
local conservation of differenced quantities
Main application Area : This software could be used for siting of
turbines and prediction of power generation capacities at windy sites
PANEOLE
APPLICATION AREA
PANEOLE
Application Areas:
Establish wind energy density atlas over the potential site
Siting of Turbines and prediction of power generation capacities
The support for PANEOLE development is through …
ADEME
French ministry of environment agency
EED (Espace Eolien Developpement)
PANEOLE
PANEOLE FEATURES
PANEOLE
SALIENT FEATURES ….
Roughness curves and altitude curves can be imported through map
files
Mass consistent wind field model with Lagrangian multiplier technique
and weighted interpolation schemes for one or more meteorological
stations
According to the user specification, Cartesian or BFC grid generation
techniques can be used for mesh generation
The influence of obstacles like buildings, hillocks on the wind pattern
are considered
Turbulence models can be incorporated by selecting among the k-diff,
k-l or k-eps models
Energy density with respect to the prevailing wind over the whole
domain is calculated
Bar graphs show the power productions for the specified periods
PANEOLE
Comparison between cartesian and curvilinear grid
Cartesian uniform
Terrain
Curvilinear non-uniform
GRID
Modeled Terrain
The Cartesian grid transforms the slopes into steps which can cause turbulence.
PANEOLE
Example of Epinay-sur-Seine
Wind strongly disturbed by population centres(Urban area)
PANEOLE
Example of Southwark (UK)
Representation of turbulence in the vertical plane
PANEOLE
GRAPHICAL USER INTERFACE
& INPUTS REQUIRED
PANEOLE
fluidyn-PANEOLE
INPUTS
SOLVER
OUTPUTS
Digitisation of
Topography
Grid
Velocity vectors
Meteorological data
processing
Atlas of wind speed
and wind power
density
Establishing the
Windfield
Annual energy
production of wind
turbines
Characteristics of
turbines
Meteorological
Data
PANEOLE
PANEOLE Menu Structure
Pre-Processor Options
Post-Processor Options
Processor (Simulation) Options
PANEOLE
File Handling Options
Option to load Bitmap in the background
Options to import Map Files
PANEOLE
Model Setup: Location Details and Study Domain
PANEOLE
Model Setup: Digitizing the topography
List of Topographical Objects
Operations on the objects
Setting the Scale
PANEOLE
Meteorological Data
Key-in and Hourly Meteo Data
PANEOLE
Meteorological Data: Time Series and Windrose
Time Series
Data file
Windrose Frequency
Table File
Operations on Meteo Stations
PANEOLE
Model Setup: Selecting the Simulation Options
PANEOLE
Post Processing Features
Velocity Vectors
Body Fitted Mesh
Velocity Vectors in
vertical sections
WPD Contours
Power Production
PANEOLE
Output Options
Menu options for ‘Output’
The Menu Options under ‘Output’ are:
To create ‘Annotations’ for the view plots using the annotation elements
available like Line, Arrow, Polygon, Box, circle and also to write ‘Text’.
To ‘Save’ the files loaded/created in the various formats that are available
like ‘Bitmap’, ‘HPGL’, ‘Postscript’, ‘PCL’ etc.
To make ‘Animation’ sequences with the saved Bitmap images.
PANEPR
REAL CASE STUDIES
Ludres
Jogimatti
PANEOLE
CASE-1: LUDRES
(Simulation carried out for the predominant wind direction)
PANEOLE
Case Description:
• Objective is to identify the zones of the significant winds in order to locate
the wind turbines
• To establish the windfield over the computational domain for the
predominant wind speed and direction
• The complexity of the terrain such as undulations, vegetation, water bodies
are taken into account
PANEOLE
Input Data:
•
Bitmap in the background has been used to digitize the topograhy
•
The topographical features being considered are:
- Altitude contours
- Vegetation
•
Windfield was established using Predominant windspeed and direction
PANEOLE
Background map used to build Terrain Model
N
Vent dominant 250°N
Ludres
PANEOLE
Ludres: Terrain undulations and Body fitted Mesh
420m
250m
PANEOLE
Zone of strongest wind at a
height of 3 meters above the
ground
PANEOLE
Zone of strongest wind at a
height of 12 meters above the
ground
PANEOLE
Wind velocity vectors at a plane 12 m above the ground
Back to
Case Studies
PANEOLE
CASE-2: JOGIMATTI
PANEOLE
Case Description:
•
To evaluate the wind power density of a potential site
• Estimation of annual power production by the turbines placed at the
predetermined locations
PANEOLE
Topography built on the Background map
PANEOLE
Digitized topography and location of Turbines
PANEOLE
PANEOLE
PANEOLE
PANEOLE
Back to
Case Studies
PANEOLE
TRANSOFT team
Supplying tomorrow’s advanced
technology at today’s prices
7 boulevard de la Libération
93200 SAINT-DENIS
FRANCE
: 33 01 42 43 16 66
: 33 01 42 43 50 33
e-mail : [email protected]
1191 Crestmont Drive
LAFAYETTE CA 94549 - 3004
USA
: 1 925 284 1200
: 1 925 284 1240
e-mail :
[email protected]
15/17, Belwell Lane
Four Oaks, Sutton Coldfield
West Midlands B7 44AA UNITED
KINGDOM
: 44 0 1 213 088 168
: 44 0 1 213 232 009
e-mail : [email protected]
146, Ring Road,
Sector 5, H.S.R LAYOUT
BANGALORE 5600 34
INDIA
: 91 80 5503498
: 91 80 5501964
e-mail :
[email protected]
PANEPR
Slide 23
fluidyn - PANEOLE
- for the evaluation of Wind Energy Density of a potential site
PANEOLE
INTRODUCTION
PANEOLE
About PANEOLE …..
A unique 3D fluid dynamics based software available for wind
power potential prediction.
Reliable and high precision tool capable of generating wind field
atlas for the wind turbines siting
Wind field modeling is done by solving Navier-Stokes equations
Control-volume or integral-balance approach to construct the finite
difference approximations for each of these control volumes to preserve
local conservation of differenced quantities
Main application Area : This software could be used for siting of
turbines and prediction of power generation capacities at windy sites
PANEOLE
APPLICATION AREA
PANEOLE
Application Areas:
Establish wind energy density atlas over the potential site
Siting of Turbines and prediction of power generation capacities
The support for PANEOLE development is through …
ADEME
French ministry of environment agency
EED (Espace Eolien Developpement)
PANEOLE
PANEOLE FEATURES
PANEOLE
SALIENT FEATURES ….
Roughness curves and altitude curves can be imported through map
files
Mass consistent wind field model with Lagrangian multiplier technique
and weighted interpolation schemes for one or more meteorological
stations
According to the user specification, Cartesian or BFC grid generation
techniques can be used for mesh generation
The influence of obstacles like buildings, hillocks on the wind pattern
are considered
Turbulence models can be incorporated by selecting among the k-diff,
k-l or k-eps models
Energy density with respect to the prevailing wind over the whole
domain is calculated
Bar graphs show the power productions for the specified periods
PANEOLE
Comparison between cartesian and curvilinear grid
Cartesian uniform
Terrain
Curvilinear non-uniform
GRID
Modeled Terrain
The Cartesian grid transforms the slopes into steps which can cause turbulence.
PANEOLE
Example of Epinay-sur-Seine
Wind strongly disturbed by population centres(Urban area)
PANEOLE
Example of Southwark (UK)
Representation of turbulence in the vertical plane
PANEOLE
GRAPHICAL USER INTERFACE
& INPUTS REQUIRED
PANEOLE
fluidyn-PANEOLE
INPUTS
SOLVER
OUTPUTS
Digitisation of
Topography
Grid
Velocity vectors
Meteorological data
processing
Atlas of wind speed
and wind power
density
Establishing the
Windfield
Annual energy
production of wind
turbines
Characteristics of
turbines
Meteorological
Data
PANEOLE
PANEOLE Menu Structure
Pre-Processor Options
Post-Processor Options
Processor (Simulation) Options
PANEOLE
File Handling Options
Option to load Bitmap in the background
Options to import Map Files
PANEOLE
Model Setup: Location Details and Study Domain
PANEOLE
Model Setup: Digitizing the topography
List of Topographical Objects
Operations on the objects
Setting the Scale
PANEOLE
Meteorological Data
Key-in and Hourly Meteo Data
PANEOLE
Meteorological Data: Time Series and Windrose
Time Series
Data file
Windrose Frequency
Table File
Operations on Meteo Stations
PANEOLE
Model Setup: Selecting the Simulation Options
PANEOLE
Post Processing Features
Velocity Vectors
Body Fitted Mesh
Velocity Vectors in
vertical sections
WPD Contours
Power Production
PANEOLE
Output Options
Menu options for ‘Output’
The Menu Options under ‘Output’ are:
To create ‘Annotations’ for the view plots using the annotation elements
available like Line, Arrow, Polygon, Box, circle and also to write ‘Text’.
To ‘Save’ the files loaded/created in the various formats that are available
like ‘Bitmap’, ‘HPGL’, ‘Postscript’, ‘PCL’ etc.
To make ‘Animation’ sequences with the saved Bitmap images.
PANEPR
REAL CASE STUDIES
Ludres
Jogimatti
PANEOLE
CASE-1: LUDRES
(Simulation carried out for the predominant wind direction)
PANEOLE
Case Description:
• Objective is to identify the zones of the significant winds in order to locate
the wind turbines
• To establish the windfield over the computational domain for the
predominant wind speed and direction
• The complexity of the terrain such as undulations, vegetation, water bodies
are taken into account
PANEOLE
Input Data:
•
Bitmap in the background has been used to digitize the topograhy
•
The topographical features being considered are:
- Altitude contours
- Vegetation
•
Windfield was established using Predominant windspeed and direction
PANEOLE
Background map used to build Terrain Model
N
Vent dominant 250°N
Ludres
PANEOLE
Ludres: Terrain undulations and Body fitted Mesh
420m
250m
PANEOLE
Zone of strongest wind at a
height of 3 meters above the
ground
PANEOLE
Zone of strongest wind at a
height of 12 meters above the
ground
PANEOLE
Wind velocity vectors at a plane 12 m above the ground
Back to
Case Studies
PANEOLE
CASE-2: JOGIMATTI
PANEOLE
Case Description:
•
To evaluate the wind power density of a potential site
• Estimation of annual power production by the turbines placed at the
predetermined locations
PANEOLE
Topography built on the Background map
PANEOLE
Digitized topography and location of Turbines
PANEOLE
PANEOLE
PANEOLE
PANEOLE
Back to
Case Studies
PANEOLE
TRANSOFT team
Supplying tomorrow’s advanced
technology at today’s prices
7 boulevard de la Libération
93200 SAINT-DENIS
FRANCE
: 33 01 42 43 16 66
: 33 01 42 43 50 33
e-mail : [email protected]
1191 Crestmont Drive
LAFAYETTE CA 94549 - 3004
USA
: 1 925 284 1200
: 1 925 284 1240
e-mail :
[email protected]
15/17, Belwell Lane
Four Oaks, Sutton Coldfield
West Midlands B7 44AA UNITED
KINGDOM
: 44 0 1 213 088 168
: 44 0 1 213 232 009
e-mail : [email protected]
146, Ring Road,
Sector 5, H.S.R LAYOUT
BANGALORE 5600 34
INDIA
: 91 80 5503498
: 91 80 5501964
e-mail :
[email protected]
PANEPR
Slide 24
fluidyn - PANEOLE
- for the evaluation of Wind Energy Density of a potential site
PANEOLE
INTRODUCTION
PANEOLE
About PANEOLE …..
A unique 3D fluid dynamics based software available for wind
power potential prediction.
Reliable and high precision tool capable of generating wind field
atlas for the wind turbines siting
Wind field modeling is done by solving Navier-Stokes equations
Control-volume or integral-balance approach to construct the finite
difference approximations for each of these control volumes to preserve
local conservation of differenced quantities
Main application Area : This software could be used for siting of
turbines and prediction of power generation capacities at windy sites
PANEOLE
APPLICATION AREA
PANEOLE
Application Areas:
Establish wind energy density atlas over the potential site
Siting of Turbines and prediction of power generation capacities
The support for PANEOLE development is through …
ADEME
French ministry of environment agency
EED (Espace Eolien Developpement)
PANEOLE
PANEOLE FEATURES
PANEOLE
SALIENT FEATURES ….
Roughness curves and altitude curves can be imported through map
files
Mass consistent wind field model with Lagrangian multiplier technique
and weighted interpolation schemes for one or more meteorological
stations
According to the user specification, Cartesian or BFC grid generation
techniques can be used for mesh generation
The influence of obstacles like buildings, hillocks on the wind pattern
are considered
Turbulence models can be incorporated by selecting among the k-diff,
k-l or k-eps models
Energy density with respect to the prevailing wind over the whole
domain is calculated
Bar graphs show the power productions for the specified periods
PANEOLE
Comparison between cartesian and curvilinear grid
Cartesian uniform
Terrain
Curvilinear non-uniform
GRID
Modeled Terrain
The Cartesian grid transforms the slopes into steps which can cause turbulence.
PANEOLE
Example of Epinay-sur-Seine
Wind strongly disturbed by population centres(Urban area)
PANEOLE
Example of Southwark (UK)
Representation of turbulence in the vertical plane
PANEOLE
GRAPHICAL USER INTERFACE
& INPUTS REQUIRED
PANEOLE
fluidyn-PANEOLE
INPUTS
SOLVER
OUTPUTS
Digitisation of
Topography
Grid
Velocity vectors
Meteorological data
processing
Atlas of wind speed
and wind power
density
Establishing the
Windfield
Annual energy
production of wind
turbines
Characteristics of
turbines
Meteorological
Data
PANEOLE
PANEOLE Menu Structure
Pre-Processor Options
Post-Processor Options
Processor (Simulation) Options
PANEOLE
File Handling Options
Option to load Bitmap in the background
Options to import Map Files
PANEOLE
Model Setup: Location Details and Study Domain
PANEOLE
Model Setup: Digitizing the topography
List of Topographical Objects
Operations on the objects
Setting the Scale
PANEOLE
Meteorological Data
Key-in and Hourly Meteo Data
PANEOLE
Meteorological Data: Time Series and Windrose
Time Series
Data file
Windrose Frequency
Table File
Operations on Meteo Stations
PANEOLE
Model Setup: Selecting the Simulation Options
PANEOLE
Post Processing Features
Velocity Vectors
Body Fitted Mesh
Velocity Vectors in
vertical sections
WPD Contours
Power Production
PANEOLE
Output Options
Menu options for ‘Output’
The Menu Options under ‘Output’ are:
To create ‘Annotations’ for the view plots using the annotation elements
available like Line, Arrow, Polygon, Box, circle and also to write ‘Text’.
To ‘Save’ the files loaded/created in the various formats that are available
like ‘Bitmap’, ‘HPGL’, ‘Postscript’, ‘PCL’ etc.
To make ‘Animation’ sequences with the saved Bitmap images.
PANEPR
REAL CASE STUDIES
Ludres
Jogimatti
PANEOLE
CASE-1: LUDRES
(Simulation carried out for the predominant wind direction)
PANEOLE
Case Description:
• Objective is to identify the zones of the significant winds in order to locate
the wind turbines
• To establish the windfield over the computational domain for the
predominant wind speed and direction
• The complexity of the terrain such as undulations, vegetation, water bodies
are taken into account
PANEOLE
Input Data:
•
Bitmap in the background has been used to digitize the topograhy
•
The topographical features being considered are:
- Altitude contours
- Vegetation
•
Windfield was established using Predominant windspeed and direction
PANEOLE
Background map used to build Terrain Model
N
Vent dominant 250°N
Ludres
PANEOLE
Ludres: Terrain undulations and Body fitted Mesh
420m
250m
PANEOLE
Zone of strongest wind at a
height of 3 meters above the
ground
PANEOLE
Zone of strongest wind at a
height of 12 meters above the
ground
PANEOLE
Wind velocity vectors at a plane 12 m above the ground
Back to
Case Studies
PANEOLE
CASE-2: JOGIMATTI
PANEOLE
Case Description:
•
To evaluate the wind power density of a potential site
• Estimation of annual power production by the turbines placed at the
predetermined locations
PANEOLE
Topography built on the Background map
PANEOLE
Digitized topography and location of Turbines
PANEOLE
PANEOLE
PANEOLE
PANEOLE
Back to
Case Studies
PANEOLE
TRANSOFT team
Supplying tomorrow’s advanced
technology at today’s prices
7 boulevard de la Libération
93200 SAINT-DENIS
FRANCE
: 33 01 42 43 16 66
: 33 01 42 43 50 33
e-mail : [email protected]
1191 Crestmont Drive
LAFAYETTE CA 94549 - 3004
USA
: 1 925 284 1200
: 1 925 284 1240
e-mail :
[email protected]
15/17, Belwell Lane
Four Oaks, Sutton Coldfield
West Midlands B7 44AA UNITED
KINGDOM
: 44 0 1 213 088 168
: 44 0 1 213 232 009
e-mail : [email protected]
146, Ring Road,
Sector 5, H.S.R LAYOUT
BANGALORE 5600 34
INDIA
: 91 80 5503498
: 91 80 5501964
e-mail :
[email protected]
PANEPR
Slide 25
fluidyn - PANEOLE
- for the evaluation of Wind Energy Density of a potential site
PANEOLE
INTRODUCTION
PANEOLE
About PANEOLE …..
A unique 3D fluid dynamics based software available for wind
power potential prediction.
Reliable and high precision tool capable of generating wind field
atlas for the wind turbines siting
Wind field modeling is done by solving Navier-Stokes equations
Control-volume or integral-balance approach to construct the finite
difference approximations for each of these control volumes to preserve
local conservation of differenced quantities
Main application Area : This software could be used for siting of
turbines and prediction of power generation capacities at windy sites
PANEOLE
APPLICATION AREA
PANEOLE
Application Areas:
Establish wind energy density atlas over the potential site
Siting of Turbines and prediction of power generation capacities
The support for PANEOLE development is through …
ADEME
French ministry of environment agency
EED (Espace Eolien Developpement)
PANEOLE
PANEOLE FEATURES
PANEOLE
SALIENT FEATURES ….
Roughness curves and altitude curves can be imported through map
files
Mass consistent wind field model with Lagrangian multiplier technique
and weighted interpolation schemes for one or more meteorological
stations
According to the user specification, Cartesian or BFC grid generation
techniques can be used for mesh generation
The influence of obstacles like buildings, hillocks on the wind pattern
are considered
Turbulence models can be incorporated by selecting among the k-diff,
k-l or k-eps models
Energy density with respect to the prevailing wind over the whole
domain is calculated
Bar graphs show the power productions for the specified periods
PANEOLE
Comparison between cartesian and curvilinear grid
Cartesian uniform
Terrain
Curvilinear non-uniform
GRID
Modeled Terrain
The Cartesian grid transforms the slopes into steps which can cause turbulence.
PANEOLE
Example of Epinay-sur-Seine
Wind strongly disturbed by population centres(Urban area)
PANEOLE
Example of Southwark (UK)
Representation of turbulence in the vertical plane
PANEOLE
GRAPHICAL USER INTERFACE
& INPUTS REQUIRED
PANEOLE
fluidyn-PANEOLE
INPUTS
SOLVER
OUTPUTS
Digitisation of
Topography
Grid
Velocity vectors
Meteorological data
processing
Atlas of wind speed
and wind power
density
Establishing the
Windfield
Annual energy
production of wind
turbines
Characteristics of
turbines
Meteorological
Data
PANEOLE
PANEOLE Menu Structure
Pre-Processor Options
Post-Processor Options
Processor (Simulation) Options
PANEOLE
File Handling Options
Option to load Bitmap in the background
Options to import Map Files
PANEOLE
Model Setup: Location Details and Study Domain
PANEOLE
Model Setup: Digitizing the topography
List of Topographical Objects
Operations on the objects
Setting the Scale
PANEOLE
Meteorological Data
Key-in and Hourly Meteo Data
PANEOLE
Meteorological Data: Time Series and Windrose
Time Series
Data file
Windrose Frequency
Table File
Operations on Meteo Stations
PANEOLE
Model Setup: Selecting the Simulation Options
PANEOLE
Post Processing Features
Velocity Vectors
Body Fitted Mesh
Velocity Vectors in
vertical sections
WPD Contours
Power Production
PANEOLE
Output Options
Menu options for ‘Output’
The Menu Options under ‘Output’ are:
To create ‘Annotations’ for the view plots using the annotation elements
available like Line, Arrow, Polygon, Box, circle and also to write ‘Text’.
To ‘Save’ the files loaded/created in the various formats that are available
like ‘Bitmap’, ‘HPGL’, ‘Postscript’, ‘PCL’ etc.
To make ‘Animation’ sequences with the saved Bitmap images.
PANEPR
REAL CASE STUDIES
Ludres
Jogimatti
PANEOLE
CASE-1: LUDRES
(Simulation carried out for the predominant wind direction)
PANEOLE
Case Description:
• Objective is to identify the zones of the significant winds in order to locate
the wind turbines
• To establish the windfield over the computational domain for the
predominant wind speed and direction
• The complexity of the terrain such as undulations, vegetation, water bodies
are taken into account
PANEOLE
Input Data:
•
Bitmap in the background has been used to digitize the topograhy
•
The topographical features being considered are:
- Altitude contours
- Vegetation
•
Windfield was established using Predominant windspeed and direction
PANEOLE
Background map used to build Terrain Model
N
Vent dominant 250°N
Ludres
PANEOLE
Ludres: Terrain undulations and Body fitted Mesh
420m
250m
PANEOLE
Zone of strongest wind at a
height of 3 meters above the
ground
PANEOLE
Zone of strongest wind at a
height of 12 meters above the
ground
PANEOLE
Wind velocity vectors at a plane 12 m above the ground
Back to
Case Studies
PANEOLE
CASE-2: JOGIMATTI
PANEOLE
Case Description:
•
To evaluate the wind power density of a potential site
• Estimation of annual power production by the turbines placed at the
predetermined locations
PANEOLE
Topography built on the Background map
PANEOLE
Digitized topography and location of Turbines
PANEOLE
PANEOLE
PANEOLE
PANEOLE
Back to
Case Studies
PANEOLE
TRANSOFT team
Supplying tomorrow’s advanced
technology at today’s prices
7 boulevard de la Libération
93200 SAINT-DENIS
FRANCE
: 33 01 42 43 16 66
: 33 01 42 43 50 33
e-mail : [email protected]
1191 Crestmont Drive
LAFAYETTE CA 94549 - 3004
USA
: 1 925 284 1200
: 1 925 284 1240
e-mail :
[email protected]
15/17, Belwell Lane
Four Oaks, Sutton Coldfield
West Midlands B7 44AA UNITED
KINGDOM
: 44 0 1 213 088 168
: 44 0 1 213 232 009
e-mail : [email protected]
146, Ring Road,
Sector 5, H.S.R LAYOUT
BANGALORE 5600 34
INDIA
: 91 80 5503498
: 91 80 5501964
e-mail :
[email protected]
PANEPR
Slide 26
fluidyn - PANEOLE
- for the evaluation of Wind Energy Density of a potential site
PANEOLE
INTRODUCTION
PANEOLE
About PANEOLE …..
A unique 3D fluid dynamics based software available for wind
power potential prediction.
Reliable and high precision tool capable of generating wind field
atlas for the wind turbines siting
Wind field modeling is done by solving Navier-Stokes equations
Control-volume or integral-balance approach to construct the finite
difference approximations for each of these control volumes to preserve
local conservation of differenced quantities
Main application Area : This software could be used for siting of
turbines and prediction of power generation capacities at windy sites
PANEOLE
APPLICATION AREA
PANEOLE
Application Areas:
Establish wind energy density atlas over the potential site
Siting of Turbines and prediction of power generation capacities
The support for PANEOLE development is through …
ADEME
French ministry of environment agency
EED (Espace Eolien Developpement)
PANEOLE
PANEOLE FEATURES
PANEOLE
SALIENT FEATURES ….
Roughness curves and altitude curves can be imported through map
files
Mass consistent wind field model with Lagrangian multiplier technique
and weighted interpolation schemes for one or more meteorological
stations
According to the user specification, Cartesian or BFC grid generation
techniques can be used for mesh generation
The influence of obstacles like buildings, hillocks on the wind pattern
are considered
Turbulence models can be incorporated by selecting among the k-diff,
k-l or k-eps models
Energy density with respect to the prevailing wind over the whole
domain is calculated
Bar graphs show the power productions for the specified periods
PANEOLE
Comparison between cartesian and curvilinear grid
Cartesian uniform
Terrain
Curvilinear non-uniform
GRID
Modeled Terrain
The Cartesian grid transforms the slopes into steps which can cause turbulence.
PANEOLE
Example of Epinay-sur-Seine
Wind strongly disturbed by population centres(Urban area)
PANEOLE
Example of Southwark (UK)
Representation of turbulence in the vertical plane
PANEOLE
GRAPHICAL USER INTERFACE
& INPUTS REQUIRED
PANEOLE
fluidyn-PANEOLE
INPUTS
SOLVER
OUTPUTS
Digitisation of
Topography
Grid
Velocity vectors
Meteorological data
processing
Atlas of wind speed
and wind power
density
Establishing the
Windfield
Annual energy
production of wind
turbines
Characteristics of
turbines
Meteorological
Data
PANEOLE
PANEOLE Menu Structure
Pre-Processor Options
Post-Processor Options
Processor (Simulation) Options
PANEOLE
File Handling Options
Option to load Bitmap in the background
Options to import Map Files
PANEOLE
Model Setup: Location Details and Study Domain
PANEOLE
Model Setup: Digitizing the topography
List of Topographical Objects
Operations on the objects
Setting the Scale
PANEOLE
Meteorological Data
Key-in and Hourly Meteo Data
PANEOLE
Meteorological Data: Time Series and Windrose
Time Series
Data file
Windrose Frequency
Table File
Operations on Meteo Stations
PANEOLE
Model Setup: Selecting the Simulation Options
PANEOLE
Post Processing Features
Velocity Vectors
Body Fitted Mesh
Velocity Vectors in
vertical sections
WPD Contours
Power Production
PANEOLE
Output Options
Menu options for ‘Output’
The Menu Options under ‘Output’ are:
To create ‘Annotations’ for the view plots using the annotation elements
available like Line, Arrow, Polygon, Box, circle and also to write ‘Text’.
To ‘Save’ the files loaded/created in the various formats that are available
like ‘Bitmap’, ‘HPGL’, ‘Postscript’, ‘PCL’ etc.
To make ‘Animation’ sequences with the saved Bitmap images.
PANEPR
REAL CASE STUDIES
Ludres
Jogimatti
PANEOLE
CASE-1: LUDRES
(Simulation carried out for the predominant wind direction)
PANEOLE
Case Description:
• Objective is to identify the zones of the significant winds in order to locate
the wind turbines
• To establish the windfield over the computational domain for the
predominant wind speed and direction
• The complexity of the terrain such as undulations, vegetation, water bodies
are taken into account
PANEOLE
Input Data:
•
Bitmap in the background has been used to digitize the topograhy
•
The topographical features being considered are:
- Altitude contours
- Vegetation
•
Windfield was established using Predominant windspeed and direction
PANEOLE
Background map used to build Terrain Model
N
Vent dominant 250°N
Ludres
PANEOLE
Ludres: Terrain undulations and Body fitted Mesh
420m
250m
PANEOLE
Zone of strongest wind at a
height of 3 meters above the
ground
PANEOLE
Zone of strongest wind at a
height of 12 meters above the
ground
PANEOLE
Wind velocity vectors at a plane 12 m above the ground
Back to
Case Studies
PANEOLE
CASE-2: JOGIMATTI
PANEOLE
Case Description:
•
To evaluate the wind power density of a potential site
• Estimation of annual power production by the turbines placed at the
predetermined locations
PANEOLE
Topography built on the Background map
PANEOLE
Digitized topography and location of Turbines
PANEOLE
PANEOLE
PANEOLE
PANEOLE
Back to
Case Studies
PANEOLE
TRANSOFT team
Supplying tomorrow’s advanced
technology at today’s prices
7 boulevard de la Libération
93200 SAINT-DENIS
FRANCE
: 33 01 42 43 16 66
: 33 01 42 43 50 33
e-mail : [email protected]
1191 Crestmont Drive
LAFAYETTE CA 94549 - 3004
USA
: 1 925 284 1200
: 1 925 284 1240
e-mail :
[email protected]
15/17, Belwell Lane
Four Oaks, Sutton Coldfield
West Midlands B7 44AA UNITED
KINGDOM
: 44 0 1 213 088 168
: 44 0 1 213 232 009
e-mail : [email protected]
146, Ring Road,
Sector 5, H.S.R LAYOUT
BANGALORE 5600 34
INDIA
: 91 80 5503498
: 91 80 5501964
e-mail :
[email protected]
PANEPR
Slide 27
fluidyn - PANEOLE
- for the evaluation of Wind Energy Density of a potential site
PANEOLE
INTRODUCTION
PANEOLE
About PANEOLE …..
A unique 3D fluid dynamics based software available for wind
power potential prediction.
Reliable and high precision tool capable of generating wind field
atlas for the wind turbines siting
Wind field modeling is done by solving Navier-Stokes equations
Control-volume or integral-balance approach to construct the finite
difference approximations for each of these control volumes to preserve
local conservation of differenced quantities
Main application Area : This software could be used for siting of
turbines and prediction of power generation capacities at windy sites
PANEOLE
APPLICATION AREA
PANEOLE
Application Areas:
Establish wind energy density atlas over the potential site
Siting of Turbines and prediction of power generation capacities
The support for PANEOLE development is through …
ADEME
French ministry of environment agency
EED (Espace Eolien Developpement)
PANEOLE
PANEOLE FEATURES
PANEOLE
SALIENT FEATURES ….
Roughness curves and altitude curves can be imported through map
files
Mass consistent wind field model with Lagrangian multiplier technique
and weighted interpolation schemes for one or more meteorological
stations
According to the user specification, Cartesian or BFC grid generation
techniques can be used for mesh generation
The influence of obstacles like buildings, hillocks on the wind pattern
are considered
Turbulence models can be incorporated by selecting among the k-diff,
k-l or k-eps models
Energy density with respect to the prevailing wind over the whole
domain is calculated
Bar graphs show the power productions for the specified periods
PANEOLE
Comparison between cartesian and curvilinear grid
Cartesian uniform
Terrain
Curvilinear non-uniform
GRID
Modeled Terrain
The Cartesian grid transforms the slopes into steps which can cause turbulence.
PANEOLE
Example of Epinay-sur-Seine
Wind strongly disturbed by population centres(Urban area)
PANEOLE
Example of Southwark (UK)
Representation of turbulence in the vertical plane
PANEOLE
GRAPHICAL USER INTERFACE
& INPUTS REQUIRED
PANEOLE
fluidyn-PANEOLE
INPUTS
SOLVER
OUTPUTS
Digitisation of
Topography
Grid
Velocity vectors
Meteorological data
processing
Atlas of wind speed
and wind power
density
Establishing the
Windfield
Annual energy
production of wind
turbines
Characteristics of
turbines
Meteorological
Data
PANEOLE
PANEOLE Menu Structure
Pre-Processor Options
Post-Processor Options
Processor (Simulation) Options
PANEOLE
File Handling Options
Option to load Bitmap in the background
Options to import Map Files
PANEOLE
Model Setup: Location Details and Study Domain
PANEOLE
Model Setup: Digitizing the topography
List of Topographical Objects
Operations on the objects
Setting the Scale
PANEOLE
Meteorological Data
Key-in and Hourly Meteo Data
PANEOLE
Meteorological Data: Time Series and Windrose
Time Series
Data file
Windrose Frequency
Table File
Operations on Meteo Stations
PANEOLE
Model Setup: Selecting the Simulation Options
PANEOLE
Post Processing Features
Velocity Vectors
Body Fitted Mesh
Velocity Vectors in
vertical sections
WPD Contours
Power Production
PANEOLE
Output Options
Menu options for ‘Output’
The Menu Options under ‘Output’ are:
To create ‘Annotations’ for the view plots using the annotation elements
available like Line, Arrow, Polygon, Box, circle and also to write ‘Text’.
To ‘Save’ the files loaded/created in the various formats that are available
like ‘Bitmap’, ‘HPGL’, ‘Postscript’, ‘PCL’ etc.
To make ‘Animation’ sequences with the saved Bitmap images.
PANEPR
REAL CASE STUDIES
Ludres
Jogimatti
PANEOLE
CASE-1: LUDRES
(Simulation carried out for the predominant wind direction)
PANEOLE
Case Description:
• Objective is to identify the zones of the significant winds in order to locate
the wind turbines
• To establish the windfield over the computational domain for the
predominant wind speed and direction
• The complexity of the terrain such as undulations, vegetation, water bodies
are taken into account
PANEOLE
Input Data:
•
Bitmap in the background has been used to digitize the topograhy
•
The topographical features being considered are:
- Altitude contours
- Vegetation
•
Windfield was established using Predominant windspeed and direction
PANEOLE
Background map used to build Terrain Model
N
Vent dominant 250°N
Ludres
PANEOLE
Ludres: Terrain undulations and Body fitted Mesh
420m
250m
PANEOLE
Zone of strongest wind at a
height of 3 meters above the
ground
PANEOLE
Zone of strongest wind at a
height of 12 meters above the
ground
PANEOLE
Wind velocity vectors at a plane 12 m above the ground
Back to
Case Studies
PANEOLE
CASE-2: JOGIMATTI
PANEOLE
Case Description:
•
To evaluate the wind power density of a potential site
• Estimation of annual power production by the turbines placed at the
predetermined locations
PANEOLE
Topography built on the Background map
PANEOLE
Digitized topography and location of Turbines
PANEOLE
PANEOLE
PANEOLE
PANEOLE
Back to
Case Studies
PANEOLE
TRANSOFT team
Supplying tomorrow’s advanced
technology at today’s prices
7 boulevard de la Libération
93200 SAINT-DENIS
FRANCE
: 33 01 42 43 16 66
: 33 01 42 43 50 33
e-mail : [email protected]
1191 Crestmont Drive
LAFAYETTE CA 94549 - 3004
USA
: 1 925 284 1200
: 1 925 284 1240
e-mail :
[email protected]
15/17, Belwell Lane
Four Oaks, Sutton Coldfield
West Midlands B7 44AA UNITED
KINGDOM
: 44 0 1 213 088 168
: 44 0 1 213 232 009
e-mail : [email protected]
146, Ring Road,
Sector 5, H.S.R LAYOUT
BANGALORE 5600 34
INDIA
: 91 80 5503498
: 91 80 5501964
e-mail :
[email protected]
PANEPR
Slide 28
fluidyn - PANEOLE
- for the evaluation of Wind Energy Density of a potential site
PANEOLE
INTRODUCTION
PANEOLE
About PANEOLE …..
A unique 3D fluid dynamics based software available for wind
power potential prediction.
Reliable and high precision tool capable of generating wind field
atlas for the wind turbines siting
Wind field modeling is done by solving Navier-Stokes equations
Control-volume or integral-balance approach to construct the finite
difference approximations for each of these control volumes to preserve
local conservation of differenced quantities
Main application Area : This software could be used for siting of
turbines and prediction of power generation capacities at windy sites
PANEOLE
APPLICATION AREA
PANEOLE
Application Areas:
Establish wind energy density atlas over the potential site
Siting of Turbines and prediction of power generation capacities
The support for PANEOLE development is through …
ADEME
French ministry of environment agency
EED (Espace Eolien Developpement)
PANEOLE
PANEOLE FEATURES
PANEOLE
SALIENT FEATURES ….
Roughness curves and altitude curves can be imported through map
files
Mass consistent wind field model with Lagrangian multiplier technique
and weighted interpolation schemes for one or more meteorological
stations
According to the user specification, Cartesian or BFC grid generation
techniques can be used for mesh generation
The influence of obstacles like buildings, hillocks on the wind pattern
are considered
Turbulence models can be incorporated by selecting among the k-diff,
k-l or k-eps models
Energy density with respect to the prevailing wind over the whole
domain is calculated
Bar graphs show the power productions for the specified periods
PANEOLE
Comparison between cartesian and curvilinear grid
Cartesian uniform
Terrain
Curvilinear non-uniform
GRID
Modeled Terrain
The Cartesian grid transforms the slopes into steps which can cause turbulence.
PANEOLE
Example of Epinay-sur-Seine
Wind strongly disturbed by population centres(Urban area)
PANEOLE
Example of Southwark (UK)
Representation of turbulence in the vertical plane
PANEOLE
GRAPHICAL USER INTERFACE
& INPUTS REQUIRED
PANEOLE
fluidyn-PANEOLE
INPUTS
SOLVER
OUTPUTS
Digitisation of
Topography
Grid
Velocity vectors
Meteorological data
processing
Atlas of wind speed
and wind power
density
Establishing the
Windfield
Annual energy
production of wind
turbines
Characteristics of
turbines
Meteorological
Data
PANEOLE
PANEOLE Menu Structure
Pre-Processor Options
Post-Processor Options
Processor (Simulation) Options
PANEOLE
File Handling Options
Option to load Bitmap in the background
Options to import Map Files
PANEOLE
Model Setup: Location Details and Study Domain
PANEOLE
Model Setup: Digitizing the topography
List of Topographical Objects
Operations on the objects
Setting the Scale
PANEOLE
Meteorological Data
Key-in and Hourly Meteo Data
PANEOLE
Meteorological Data: Time Series and Windrose
Time Series
Data file
Windrose Frequency
Table File
Operations on Meteo Stations
PANEOLE
Model Setup: Selecting the Simulation Options
PANEOLE
Post Processing Features
Velocity Vectors
Body Fitted Mesh
Velocity Vectors in
vertical sections
WPD Contours
Power Production
PANEOLE
Output Options
Menu options for ‘Output’
The Menu Options under ‘Output’ are:
To create ‘Annotations’ for the view plots using the annotation elements
available like Line, Arrow, Polygon, Box, circle and also to write ‘Text’.
To ‘Save’ the files loaded/created in the various formats that are available
like ‘Bitmap’, ‘HPGL’, ‘Postscript’, ‘PCL’ etc.
To make ‘Animation’ sequences with the saved Bitmap images.
PANEPR
REAL CASE STUDIES
Ludres
Jogimatti
PANEOLE
CASE-1: LUDRES
(Simulation carried out for the predominant wind direction)
PANEOLE
Case Description:
• Objective is to identify the zones of the significant winds in order to locate
the wind turbines
• To establish the windfield over the computational domain for the
predominant wind speed and direction
• The complexity of the terrain such as undulations, vegetation, water bodies
are taken into account
PANEOLE
Input Data:
•
Bitmap in the background has been used to digitize the topograhy
•
The topographical features being considered are:
- Altitude contours
- Vegetation
•
Windfield was established using Predominant windspeed and direction
PANEOLE
Background map used to build Terrain Model
N
Vent dominant 250°N
Ludres
PANEOLE
Ludres: Terrain undulations and Body fitted Mesh
420m
250m
PANEOLE
Zone of strongest wind at a
height of 3 meters above the
ground
PANEOLE
Zone of strongest wind at a
height of 12 meters above the
ground
PANEOLE
Wind velocity vectors at a plane 12 m above the ground
Back to
Case Studies
PANEOLE
CASE-2: JOGIMATTI
PANEOLE
Case Description:
•
To evaluate the wind power density of a potential site
• Estimation of annual power production by the turbines placed at the
predetermined locations
PANEOLE
Topography built on the Background map
PANEOLE
Digitized topography and location of Turbines
PANEOLE
PANEOLE
PANEOLE
PANEOLE
Back to
Case Studies
PANEOLE
TRANSOFT team
Supplying tomorrow’s advanced
technology at today’s prices
7 boulevard de la Libération
93200 SAINT-DENIS
FRANCE
: 33 01 42 43 16 66
: 33 01 42 43 50 33
e-mail : [email protected]
1191 Crestmont Drive
LAFAYETTE CA 94549 - 3004
USA
: 1 925 284 1200
: 1 925 284 1240
e-mail :
[email protected]
15/17, Belwell Lane
Four Oaks, Sutton Coldfield
West Midlands B7 44AA UNITED
KINGDOM
: 44 0 1 213 088 168
: 44 0 1 213 232 009
e-mail : [email protected]
146, Ring Road,
Sector 5, H.S.R LAYOUT
BANGALORE 5600 34
INDIA
: 91 80 5503498
: 91 80 5501964
e-mail :
[email protected]
PANEPR
Slide 29
fluidyn - PANEOLE
- for the evaluation of Wind Energy Density of a potential site
PANEOLE
INTRODUCTION
PANEOLE
About PANEOLE …..
A unique 3D fluid dynamics based software available for wind
power potential prediction.
Reliable and high precision tool capable of generating wind field
atlas for the wind turbines siting
Wind field modeling is done by solving Navier-Stokes equations
Control-volume or integral-balance approach to construct the finite
difference approximations for each of these control volumes to preserve
local conservation of differenced quantities
Main application Area : This software could be used for siting of
turbines and prediction of power generation capacities at windy sites
PANEOLE
APPLICATION AREA
PANEOLE
Application Areas:
Establish wind energy density atlas over the potential site
Siting of Turbines and prediction of power generation capacities
The support for PANEOLE development is through …
ADEME
French ministry of environment agency
EED (Espace Eolien Developpement)
PANEOLE
PANEOLE FEATURES
PANEOLE
SALIENT FEATURES ….
Roughness curves and altitude curves can be imported through map
files
Mass consistent wind field model with Lagrangian multiplier technique
and weighted interpolation schemes for one or more meteorological
stations
According to the user specification, Cartesian or BFC grid generation
techniques can be used for mesh generation
The influence of obstacles like buildings, hillocks on the wind pattern
are considered
Turbulence models can be incorporated by selecting among the k-diff,
k-l or k-eps models
Energy density with respect to the prevailing wind over the whole
domain is calculated
Bar graphs show the power productions for the specified periods
PANEOLE
Comparison between cartesian and curvilinear grid
Cartesian uniform
Terrain
Curvilinear non-uniform
GRID
Modeled Terrain
The Cartesian grid transforms the slopes into steps which can cause turbulence.
PANEOLE
Example of Epinay-sur-Seine
Wind strongly disturbed by population centres(Urban area)
PANEOLE
Example of Southwark (UK)
Representation of turbulence in the vertical plane
PANEOLE
GRAPHICAL USER INTERFACE
& INPUTS REQUIRED
PANEOLE
fluidyn-PANEOLE
INPUTS
SOLVER
OUTPUTS
Digitisation of
Topography
Grid
Velocity vectors
Meteorological data
processing
Atlas of wind speed
and wind power
density
Establishing the
Windfield
Annual energy
production of wind
turbines
Characteristics of
turbines
Meteorological
Data
PANEOLE
PANEOLE Menu Structure
Pre-Processor Options
Post-Processor Options
Processor (Simulation) Options
PANEOLE
File Handling Options
Option to load Bitmap in the background
Options to import Map Files
PANEOLE
Model Setup: Location Details and Study Domain
PANEOLE
Model Setup: Digitizing the topography
List of Topographical Objects
Operations on the objects
Setting the Scale
PANEOLE
Meteorological Data
Key-in and Hourly Meteo Data
PANEOLE
Meteorological Data: Time Series and Windrose
Time Series
Data file
Windrose Frequency
Table File
Operations on Meteo Stations
PANEOLE
Model Setup: Selecting the Simulation Options
PANEOLE
Post Processing Features
Velocity Vectors
Body Fitted Mesh
Velocity Vectors in
vertical sections
WPD Contours
Power Production
PANEOLE
Output Options
Menu options for ‘Output’
The Menu Options under ‘Output’ are:
To create ‘Annotations’ for the view plots using the annotation elements
available like Line, Arrow, Polygon, Box, circle and also to write ‘Text’.
To ‘Save’ the files loaded/created in the various formats that are available
like ‘Bitmap’, ‘HPGL’, ‘Postscript’, ‘PCL’ etc.
To make ‘Animation’ sequences with the saved Bitmap images.
PANEPR
REAL CASE STUDIES
Ludres
Jogimatti
PANEOLE
CASE-1: LUDRES
(Simulation carried out for the predominant wind direction)
PANEOLE
Case Description:
• Objective is to identify the zones of the significant winds in order to locate
the wind turbines
• To establish the windfield over the computational domain for the
predominant wind speed and direction
• The complexity of the terrain such as undulations, vegetation, water bodies
are taken into account
PANEOLE
Input Data:
•
Bitmap in the background has been used to digitize the topograhy
•
The topographical features being considered are:
- Altitude contours
- Vegetation
•
Windfield was established using Predominant windspeed and direction
PANEOLE
Background map used to build Terrain Model
N
Vent dominant 250°N
Ludres
PANEOLE
Ludres: Terrain undulations and Body fitted Mesh
420m
250m
PANEOLE
Zone of strongest wind at a
height of 3 meters above the
ground
PANEOLE
Zone of strongest wind at a
height of 12 meters above the
ground
PANEOLE
Wind velocity vectors at a plane 12 m above the ground
Back to
Case Studies
PANEOLE
CASE-2: JOGIMATTI
PANEOLE
Case Description:
•
To evaluate the wind power density of a potential site
• Estimation of annual power production by the turbines placed at the
predetermined locations
PANEOLE
Topography built on the Background map
PANEOLE
Digitized topography and location of Turbines
PANEOLE
PANEOLE
PANEOLE
PANEOLE
Back to
Case Studies
PANEOLE
TRANSOFT team
Supplying tomorrow’s advanced
technology at today’s prices
7 boulevard de la Libération
93200 SAINT-DENIS
FRANCE
: 33 01 42 43 16 66
: 33 01 42 43 50 33
e-mail : [email protected]
1191 Crestmont Drive
LAFAYETTE CA 94549 - 3004
USA
: 1 925 284 1200
: 1 925 284 1240
e-mail :
[email protected]
15/17, Belwell Lane
Four Oaks, Sutton Coldfield
West Midlands B7 44AA UNITED
KINGDOM
: 44 0 1 213 088 168
: 44 0 1 213 232 009
e-mail : [email protected]
146, Ring Road,
Sector 5, H.S.R LAYOUT
BANGALORE 5600 34
INDIA
: 91 80 5503498
: 91 80 5501964
e-mail :
[email protected]
PANEPR
Slide 30
fluidyn - PANEOLE
- for the evaluation of Wind Energy Density of a potential site
PANEOLE
INTRODUCTION
PANEOLE
About PANEOLE …..
A unique 3D fluid dynamics based software available for wind
power potential prediction.
Reliable and high precision tool capable of generating wind field
atlas for the wind turbines siting
Wind field modeling is done by solving Navier-Stokes equations
Control-volume or integral-balance approach to construct the finite
difference approximations for each of these control volumes to preserve
local conservation of differenced quantities
Main application Area : This software could be used for siting of
turbines and prediction of power generation capacities at windy sites
PANEOLE
APPLICATION AREA
PANEOLE
Application Areas:
Establish wind energy density atlas over the potential site
Siting of Turbines and prediction of power generation capacities
The support for PANEOLE development is through …
ADEME
French ministry of environment agency
EED (Espace Eolien Developpement)
PANEOLE
PANEOLE FEATURES
PANEOLE
SALIENT FEATURES ….
Roughness curves and altitude curves can be imported through map
files
Mass consistent wind field model with Lagrangian multiplier technique
and weighted interpolation schemes for one or more meteorological
stations
According to the user specification, Cartesian or BFC grid generation
techniques can be used for mesh generation
The influence of obstacles like buildings, hillocks on the wind pattern
are considered
Turbulence models can be incorporated by selecting among the k-diff,
k-l or k-eps models
Energy density with respect to the prevailing wind over the whole
domain is calculated
Bar graphs show the power productions for the specified periods
PANEOLE
Comparison between cartesian and curvilinear grid
Cartesian uniform
Terrain
Curvilinear non-uniform
GRID
Modeled Terrain
The Cartesian grid transforms the slopes into steps which can cause turbulence.
PANEOLE
Example of Epinay-sur-Seine
Wind strongly disturbed by population centres(Urban area)
PANEOLE
Example of Southwark (UK)
Representation of turbulence in the vertical plane
PANEOLE
GRAPHICAL USER INTERFACE
& INPUTS REQUIRED
PANEOLE
fluidyn-PANEOLE
INPUTS
SOLVER
OUTPUTS
Digitisation of
Topography
Grid
Velocity vectors
Meteorological data
processing
Atlas of wind speed
and wind power
density
Establishing the
Windfield
Annual energy
production of wind
turbines
Characteristics of
turbines
Meteorological
Data
PANEOLE
PANEOLE Menu Structure
Pre-Processor Options
Post-Processor Options
Processor (Simulation) Options
PANEOLE
File Handling Options
Option to load Bitmap in the background
Options to import Map Files
PANEOLE
Model Setup: Location Details and Study Domain
PANEOLE
Model Setup: Digitizing the topography
List of Topographical Objects
Operations on the objects
Setting the Scale
PANEOLE
Meteorological Data
Key-in and Hourly Meteo Data
PANEOLE
Meteorological Data: Time Series and Windrose
Time Series
Data file
Windrose Frequency
Table File
Operations on Meteo Stations
PANEOLE
Model Setup: Selecting the Simulation Options
PANEOLE
Post Processing Features
Velocity Vectors
Body Fitted Mesh
Velocity Vectors in
vertical sections
WPD Contours
Power Production
PANEOLE
Output Options
Menu options for ‘Output’
The Menu Options under ‘Output’ are:
To create ‘Annotations’ for the view plots using the annotation elements
available like Line, Arrow, Polygon, Box, circle and also to write ‘Text’.
To ‘Save’ the files loaded/created in the various formats that are available
like ‘Bitmap’, ‘HPGL’, ‘Postscript’, ‘PCL’ etc.
To make ‘Animation’ sequences with the saved Bitmap images.
PANEPR
REAL CASE STUDIES
Ludres
Jogimatti
PANEOLE
CASE-1: LUDRES
(Simulation carried out for the predominant wind direction)
PANEOLE
Case Description:
• Objective is to identify the zones of the significant winds in order to locate
the wind turbines
• To establish the windfield over the computational domain for the
predominant wind speed and direction
• The complexity of the terrain such as undulations, vegetation, water bodies
are taken into account
PANEOLE
Input Data:
•
Bitmap in the background has been used to digitize the topograhy
•
The topographical features being considered are:
- Altitude contours
- Vegetation
•
Windfield was established using Predominant windspeed and direction
PANEOLE
Background map used to build Terrain Model
N
Vent dominant 250°N
Ludres
PANEOLE
Ludres: Terrain undulations and Body fitted Mesh
420m
250m
PANEOLE
Zone of strongest wind at a
height of 3 meters above the
ground
PANEOLE
Zone of strongest wind at a
height of 12 meters above the
ground
PANEOLE
Wind velocity vectors at a plane 12 m above the ground
Back to
Case Studies
PANEOLE
CASE-2: JOGIMATTI
PANEOLE
Case Description:
•
To evaluate the wind power density of a potential site
• Estimation of annual power production by the turbines placed at the
predetermined locations
PANEOLE
Topography built on the Background map
PANEOLE
Digitized topography and location of Turbines
PANEOLE
PANEOLE
PANEOLE
PANEOLE
Back to
Case Studies
PANEOLE
TRANSOFT team
Supplying tomorrow’s advanced
technology at today’s prices
7 boulevard de la Libération
93200 SAINT-DENIS
FRANCE
: 33 01 42 43 16 66
: 33 01 42 43 50 33
e-mail : [email protected]
1191 Crestmont Drive
LAFAYETTE CA 94549 - 3004
USA
: 1 925 284 1200
: 1 925 284 1240
e-mail :
[email protected]
15/17, Belwell Lane
Four Oaks, Sutton Coldfield
West Midlands B7 44AA UNITED
KINGDOM
: 44 0 1 213 088 168
: 44 0 1 213 232 009
e-mail : [email protected]
146, Ring Road,
Sector 5, H.S.R LAYOUT
BANGALORE 5600 34
INDIA
: 91 80 5503498
: 91 80 5501964
e-mail :
[email protected]
PANEPR
Slide 31
fluidyn - PANEOLE
- for the evaluation of Wind Energy Density of a potential site
PANEOLE
INTRODUCTION
PANEOLE
About PANEOLE …..
A unique 3D fluid dynamics based software available for wind
power potential prediction.
Reliable and high precision tool capable of generating wind field
atlas for the wind turbines siting
Wind field modeling is done by solving Navier-Stokes equations
Control-volume or integral-balance approach to construct the finite
difference approximations for each of these control volumes to preserve
local conservation of differenced quantities
Main application Area : This software could be used for siting of
turbines and prediction of power generation capacities at windy sites
PANEOLE
APPLICATION AREA
PANEOLE
Application Areas:
Establish wind energy density atlas over the potential site
Siting of Turbines and prediction of power generation capacities
The support for PANEOLE development is through …
ADEME
French ministry of environment agency
EED (Espace Eolien Developpement)
PANEOLE
PANEOLE FEATURES
PANEOLE
SALIENT FEATURES ….
Roughness curves and altitude curves can be imported through map
files
Mass consistent wind field model with Lagrangian multiplier technique
and weighted interpolation schemes for one or more meteorological
stations
According to the user specification, Cartesian or BFC grid generation
techniques can be used for mesh generation
The influence of obstacles like buildings, hillocks on the wind pattern
are considered
Turbulence models can be incorporated by selecting among the k-diff,
k-l or k-eps models
Energy density with respect to the prevailing wind over the whole
domain is calculated
Bar graphs show the power productions for the specified periods
PANEOLE
Comparison between cartesian and curvilinear grid
Cartesian uniform
Terrain
Curvilinear non-uniform
GRID
Modeled Terrain
The Cartesian grid transforms the slopes into steps which can cause turbulence.
PANEOLE
Example of Epinay-sur-Seine
Wind strongly disturbed by population centres(Urban area)
PANEOLE
Example of Southwark (UK)
Representation of turbulence in the vertical plane
PANEOLE
GRAPHICAL USER INTERFACE
& INPUTS REQUIRED
PANEOLE
fluidyn-PANEOLE
INPUTS
SOLVER
OUTPUTS
Digitisation of
Topography
Grid
Velocity vectors
Meteorological data
processing
Atlas of wind speed
and wind power
density
Establishing the
Windfield
Annual energy
production of wind
turbines
Characteristics of
turbines
Meteorological
Data
PANEOLE
PANEOLE Menu Structure
Pre-Processor Options
Post-Processor Options
Processor (Simulation) Options
PANEOLE
File Handling Options
Option to load Bitmap in the background
Options to import Map Files
PANEOLE
Model Setup: Location Details and Study Domain
PANEOLE
Model Setup: Digitizing the topography
List of Topographical Objects
Operations on the objects
Setting the Scale
PANEOLE
Meteorological Data
Key-in and Hourly Meteo Data
PANEOLE
Meteorological Data: Time Series and Windrose
Time Series
Data file
Windrose Frequency
Table File
Operations on Meteo Stations
PANEOLE
Model Setup: Selecting the Simulation Options
PANEOLE
Post Processing Features
Velocity Vectors
Body Fitted Mesh
Velocity Vectors in
vertical sections
WPD Contours
Power Production
PANEOLE
Output Options
Menu options for ‘Output’
The Menu Options under ‘Output’ are:
To create ‘Annotations’ for the view plots using the annotation elements
available like Line, Arrow, Polygon, Box, circle and also to write ‘Text’.
To ‘Save’ the files loaded/created in the various formats that are available
like ‘Bitmap’, ‘HPGL’, ‘Postscript’, ‘PCL’ etc.
To make ‘Animation’ sequences with the saved Bitmap images.
PANEPR
REAL CASE STUDIES
Ludres
Jogimatti
PANEOLE
CASE-1: LUDRES
(Simulation carried out for the predominant wind direction)
PANEOLE
Case Description:
• Objective is to identify the zones of the significant winds in order to locate
the wind turbines
• To establish the windfield over the computational domain for the
predominant wind speed and direction
• The complexity of the terrain such as undulations, vegetation, water bodies
are taken into account
PANEOLE
Input Data:
•
Bitmap in the background has been used to digitize the topograhy
•
The topographical features being considered are:
- Altitude contours
- Vegetation
•
Windfield was established using Predominant windspeed and direction
PANEOLE
Background map used to build Terrain Model
N
Vent dominant 250°N
Ludres
PANEOLE
Ludres: Terrain undulations and Body fitted Mesh
420m
250m
PANEOLE
Zone of strongest wind at a
height of 3 meters above the
ground
PANEOLE
Zone of strongest wind at a
height of 12 meters above the
ground
PANEOLE
Wind velocity vectors at a plane 12 m above the ground
Back to
Case Studies
PANEOLE
CASE-2: JOGIMATTI
PANEOLE
Case Description:
•
To evaluate the wind power density of a potential site
• Estimation of annual power production by the turbines placed at the
predetermined locations
PANEOLE
Topography built on the Background map
PANEOLE
Digitized topography and location of Turbines
PANEOLE
PANEOLE
PANEOLE
PANEOLE
Back to
Case Studies
PANEOLE
TRANSOFT team
Supplying tomorrow’s advanced
technology at today’s prices
7 boulevard de la Libération
93200 SAINT-DENIS
FRANCE
: 33 01 42 43 16 66
: 33 01 42 43 50 33
e-mail : [email protected]
1191 Crestmont Drive
LAFAYETTE CA 94549 - 3004
USA
: 1 925 284 1200
: 1 925 284 1240
e-mail :
[email protected]
15/17, Belwell Lane
Four Oaks, Sutton Coldfield
West Midlands B7 44AA UNITED
KINGDOM
: 44 0 1 213 088 168
: 44 0 1 213 232 009
e-mail : [email protected]
146, Ring Road,
Sector 5, H.S.R LAYOUT
BANGALORE 5600 34
INDIA
: 91 80 5503498
: 91 80 5501964
e-mail :
[email protected]
PANEPR
Slide 32
fluidyn - PANEOLE
- for the evaluation of Wind Energy Density of a potential site
PANEOLE
INTRODUCTION
PANEOLE
About PANEOLE …..
A unique 3D fluid dynamics based software available for wind
power potential prediction.
Reliable and high precision tool capable of generating wind field
atlas for the wind turbines siting
Wind field modeling is done by solving Navier-Stokes equations
Control-volume or integral-balance approach to construct the finite
difference approximations for each of these control volumes to preserve
local conservation of differenced quantities
Main application Area : This software could be used for siting of
turbines and prediction of power generation capacities at windy sites
PANEOLE
APPLICATION AREA
PANEOLE
Application Areas:
Establish wind energy density atlas over the potential site
Siting of Turbines and prediction of power generation capacities
The support for PANEOLE development is through …
ADEME
French ministry of environment agency
EED (Espace Eolien Developpement)
PANEOLE
PANEOLE FEATURES
PANEOLE
SALIENT FEATURES ….
Roughness curves and altitude curves can be imported through map
files
Mass consistent wind field model with Lagrangian multiplier technique
and weighted interpolation schemes for one or more meteorological
stations
According to the user specification, Cartesian or BFC grid generation
techniques can be used for mesh generation
The influence of obstacles like buildings, hillocks on the wind pattern
are considered
Turbulence models can be incorporated by selecting among the k-diff,
k-l or k-eps models
Energy density with respect to the prevailing wind over the whole
domain is calculated
Bar graphs show the power productions for the specified periods
PANEOLE
Comparison between cartesian and curvilinear grid
Cartesian uniform
Terrain
Curvilinear non-uniform
GRID
Modeled Terrain
The Cartesian grid transforms the slopes into steps which can cause turbulence.
PANEOLE
Example of Epinay-sur-Seine
Wind strongly disturbed by population centres(Urban area)
PANEOLE
Example of Southwark (UK)
Representation of turbulence in the vertical plane
PANEOLE
GRAPHICAL USER INTERFACE
& INPUTS REQUIRED
PANEOLE
fluidyn-PANEOLE
INPUTS
SOLVER
OUTPUTS
Digitisation of
Topography
Grid
Velocity vectors
Meteorological data
processing
Atlas of wind speed
and wind power
density
Establishing the
Windfield
Annual energy
production of wind
turbines
Characteristics of
turbines
Meteorological
Data
PANEOLE
PANEOLE Menu Structure
Pre-Processor Options
Post-Processor Options
Processor (Simulation) Options
PANEOLE
File Handling Options
Option to load Bitmap in the background
Options to import Map Files
PANEOLE
Model Setup: Location Details and Study Domain
PANEOLE
Model Setup: Digitizing the topography
List of Topographical Objects
Operations on the objects
Setting the Scale
PANEOLE
Meteorological Data
Key-in and Hourly Meteo Data
PANEOLE
Meteorological Data: Time Series and Windrose
Time Series
Data file
Windrose Frequency
Table File
Operations on Meteo Stations
PANEOLE
Model Setup: Selecting the Simulation Options
PANEOLE
Post Processing Features
Velocity Vectors
Body Fitted Mesh
Velocity Vectors in
vertical sections
WPD Contours
Power Production
PANEOLE
Output Options
Menu options for ‘Output’
The Menu Options under ‘Output’ are:
To create ‘Annotations’ for the view plots using the annotation elements
available like Line, Arrow, Polygon, Box, circle and also to write ‘Text’.
To ‘Save’ the files loaded/created in the various formats that are available
like ‘Bitmap’, ‘HPGL’, ‘Postscript’, ‘PCL’ etc.
To make ‘Animation’ sequences with the saved Bitmap images.
PANEPR
REAL CASE STUDIES
Ludres
Jogimatti
PANEOLE
CASE-1: LUDRES
(Simulation carried out for the predominant wind direction)
PANEOLE
Case Description:
• Objective is to identify the zones of the significant winds in order to locate
the wind turbines
• To establish the windfield over the computational domain for the
predominant wind speed and direction
• The complexity of the terrain such as undulations, vegetation, water bodies
are taken into account
PANEOLE
Input Data:
•
Bitmap in the background has been used to digitize the topograhy
•
The topographical features being considered are:
- Altitude contours
- Vegetation
•
Windfield was established using Predominant windspeed and direction
PANEOLE
Background map used to build Terrain Model
N
Vent dominant 250°N
Ludres
PANEOLE
Ludres: Terrain undulations and Body fitted Mesh
420m
250m
PANEOLE
Zone of strongest wind at a
height of 3 meters above the
ground
PANEOLE
Zone of strongest wind at a
height of 12 meters above the
ground
PANEOLE
Wind velocity vectors at a plane 12 m above the ground
Back to
Case Studies
PANEOLE
CASE-2: JOGIMATTI
PANEOLE
Case Description:
•
To evaluate the wind power density of a potential site
• Estimation of annual power production by the turbines placed at the
predetermined locations
PANEOLE
Topography built on the Background map
PANEOLE
Digitized topography and location of Turbines
PANEOLE
PANEOLE
PANEOLE
PANEOLE
Back to
Case Studies
PANEOLE
TRANSOFT team
Supplying tomorrow’s advanced
technology at today’s prices
7 boulevard de la Libération
93200 SAINT-DENIS
FRANCE
: 33 01 42 43 16 66
: 33 01 42 43 50 33
e-mail : [email protected]
1191 Crestmont Drive
LAFAYETTE CA 94549 - 3004
USA
: 1 925 284 1200
: 1 925 284 1240
e-mail :
[email protected]
15/17, Belwell Lane
Four Oaks, Sutton Coldfield
West Midlands B7 44AA UNITED
KINGDOM
: 44 0 1 213 088 168
: 44 0 1 213 232 009
e-mail : [email protected]
146, Ring Road,
Sector 5, H.S.R LAYOUT
BANGALORE 5600 34
INDIA
: 91 80 5503498
: 91 80 5501964
e-mail :
[email protected]
PANEPR
Slide 33
fluidyn - PANEOLE
- for the evaluation of Wind Energy Density of a potential site
PANEOLE
INTRODUCTION
PANEOLE
About PANEOLE …..
A unique 3D fluid dynamics based software available for wind
power potential prediction.
Reliable and high precision tool capable of generating wind field
atlas for the wind turbines siting
Wind field modeling is done by solving Navier-Stokes equations
Control-volume or integral-balance approach to construct the finite
difference approximations for each of these control volumes to preserve
local conservation of differenced quantities
Main application Area : This software could be used for siting of
turbines and prediction of power generation capacities at windy sites
PANEOLE
APPLICATION AREA
PANEOLE
Application Areas:
Establish wind energy density atlas over the potential site
Siting of Turbines and prediction of power generation capacities
The support for PANEOLE development is through …
ADEME
French ministry of environment agency
EED (Espace Eolien Developpement)
PANEOLE
PANEOLE FEATURES
PANEOLE
SALIENT FEATURES ….
Roughness curves and altitude curves can be imported through map
files
Mass consistent wind field model with Lagrangian multiplier technique
and weighted interpolation schemes for one or more meteorological
stations
According to the user specification, Cartesian or BFC grid generation
techniques can be used for mesh generation
The influence of obstacles like buildings, hillocks on the wind pattern
are considered
Turbulence models can be incorporated by selecting among the k-diff,
k-l or k-eps models
Energy density with respect to the prevailing wind over the whole
domain is calculated
Bar graphs show the power productions for the specified periods
PANEOLE
Comparison between cartesian and curvilinear grid
Cartesian uniform
Terrain
Curvilinear non-uniform
GRID
Modeled Terrain
The Cartesian grid transforms the slopes into steps which can cause turbulence.
PANEOLE
Example of Epinay-sur-Seine
Wind strongly disturbed by population centres(Urban area)
PANEOLE
Example of Southwark (UK)
Representation of turbulence in the vertical plane
PANEOLE
GRAPHICAL USER INTERFACE
& INPUTS REQUIRED
PANEOLE
fluidyn-PANEOLE
INPUTS
SOLVER
OUTPUTS
Digitisation of
Topography
Grid
Velocity vectors
Meteorological data
processing
Atlas of wind speed
and wind power
density
Establishing the
Windfield
Annual energy
production of wind
turbines
Characteristics of
turbines
Meteorological
Data
PANEOLE
PANEOLE Menu Structure
Pre-Processor Options
Post-Processor Options
Processor (Simulation) Options
PANEOLE
File Handling Options
Option to load Bitmap in the background
Options to import Map Files
PANEOLE
Model Setup: Location Details and Study Domain
PANEOLE
Model Setup: Digitizing the topography
List of Topographical Objects
Operations on the objects
Setting the Scale
PANEOLE
Meteorological Data
Key-in and Hourly Meteo Data
PANEOLE
Meteorological Data: Time Series and Windrose
Time Series
Data file
Windrose Frequency
Table File
Operations on Meteo Stations
PANEOLE
Model Setup: Selecting the Simulation Options
PANEOLE
Post Processing Features
Velocity Vectors
Body Fitted Mesh
Velocity Vectors in
vertical sections
WPD Contours
Power Production
PANEOLE
Output Options
Menu options for ‘Output’
The Menu Options under ‘Output’ are:
To create ‘Annotations’ for the view plots using the annotation elements
available like Line, Arrow, Polygon, Box, circle and also to write ‘Text’.
To ‘Save’ the files loaded/created in the various formats that are available
like ‘Bitmap’, ‘HPGL’, ‘Postscript’, ‘PCL’ etc.
To make ‘Animation’ sequences with the saved Bitmap images.
PANEPR
REAL CASE STUDIES
Ludres
Jogimatti
PANEOLE
CASE-1: LUDRES
(Simulation carried out for the predominant wind direction)
PANEOLE
Case Description:
• Objective is to identify the zones of the significant winds in order to locate
the wind turbines
• To establish the windfield over the computational domain for the
predominant wind speed and direction
• The complexity of the terrain such as undulations, vegetation, water bodies
are taken into account
PANEOLE
Input Data:
•
Bitmap in the background has been used to digitize the topograhy
•
The topographical features being considered are:
- Altitude contours
- Vegetation
•
Windfield was established using Predominant windspeed and direction
PANEOLE
Background map used to build Terrain Model
N
Vent dominant 250°N
Ludres
PANEOLE
Ludres: Terrain undulations and Body fitted Mesh
420m
250m
PANEOLE
Zone of strongest wind at a
height of 3 meters above the
ground
PANEOLE
Zone of strongest wind at a
height of 12 meters above the
ground
PANEOLE
Wind velocity vectors at a plane 12 m above the ground
Back to
Case Studies
PANEOLE
CASE-2: JOGIMATTI
PANEOLE
Case Description:
•
To evaluate the wind power density of a potential site
• Estimation of annual power production by the turbines placed at the
predetermined locations
PANEOLE
Topography built on the Background map
PANEOLE
Digitized topography and location of Turbines
PANEOLE
PANEOLE
PANEOLE
PANEOLE
Back to
Case Studies
PANEOLE
TRANSOFT team
Supplying tomorrow’s advanced
technology at today’s prices
7 boulevard de la Libération
93200 SAINT-DENIS
FRANCE
: 33 01 42 43 16 66
: 33 01 42 43 50 33
e-mail : [email protected]
1191 Crestmont Drive
LAFAYETTE CA 94549 - 3004
USA
: 1 925 284 1200
: 1 925 284 1240
e-mail :
[email protected]
15/17, Belwell Lane
Four Oaks, Sutton Coldfield
West Midlands B7 44AA UNITED
KINGDOM
: 44 0 1 213 088 168
: 44 0 1 213 232 009
e-mail : [email protected]
146, Ring Road,
Sector 5, H.S.R LAYOUT
BANGALORE 5600 34
INDIA
: 91 80 5503498
: 91 80 5501964
e-mail :
[email protected]
PANEPR
Slide 34
fluidyn - PANEOLE
- for the evaluation of Wind Energy Density of a potential site
PANEOLE
INTRODUCTION
PANEOLE
About PANEOLE …..
A unique 3D fluid dynamics based software available for wind
power potential prediction.
Reliable and high precision tool capable of generating wind field
atlas for the wind turbines siting
Wind field modeling is done by solving Navier-Stokes equations
Control-volume or integral-balance approach to construct the finite
difference approximations for each of these control volumes to preserve
local conservation of differenced quantities
Main application Area : This software could be used for siting of
turbines and prediction of power generation capacities at windy sites
PANEOLE
APPLICATION AREA
PANEOLE
Application Areas:
Establish wind energy density atlas over the potential site
Siting of Turbines and prediction of power generation capacities
The support for PANEOLE development is through …
ADEME
French ministry of environment agency
EED (Espace Eolien Developpement)
PANEOLE
PANEOLE FEATURES
PANEOLE
SALIENT FEATURES ….
Roughness curves and altitude curves can be imported through map
files
Mass consistent wind field model with Lagrangian multiplier technique
and weighted interpolation schemes for one or more meteorological
stations
According to the user specification, Cartesian or BFC grid generation
techniques can be used for mesh generation
The influence of obstacles like buildings, hillocks on the wind pattern
are considered
Turbulence models can be incorporated by selecting among the k-diff,
k-l or k-eps models
Energy density with respect to the prevailing wind over the whole
domain is calculated
Bar graphs show the power productions for the specified periods
PANEOLE
Comparison between cartesian and curvilinear grid
Cartesian uniform
Terrain
Curvilinear non-uniform
GRID
Modeled Terrain
The Cartesian grid transforms the slopes into steps which can cause turbulence.
PANEOLE
Example of Epinay-sur-Seine
Wind strongly disturbed by population centres(Urban area)
PANEOLE
Example of Southwark (UK)
Representation of turbulence in the vertical plane
PANEOLE
GRAPHICAL USER INTERFACE
& INPUTS REQUIRED
PANEOLE
fluidyn-PANEOLE
INPUTS
SOLVER
OUTPUTS
Digitisation of
Topography
Grid
Velocity vectors
Meteorological data
processing
Atlas of wind speed
and wind power
density
Establishing the
Windfield
Annual energy
production of wind
turbines
Characteristics of
turbines
Meteorological
Data
PANEOLE
PANEOLE Menu Structure
Pre-Processor Options
Post-Processor Options
Processor (Simulation) Options
PANEOLE
File Handling Options
Option to load Bitmap in the background
Options to import Map Files
PANEOLE
Model Setup: Location Details and Study Domain
PANEOLE
Model Setup: Digitizing the topography
List of Topographical Objects
Operations on the objects
Setting the Scale
PANEOLE
Meteorological Data
Key-in and Hourly Meteo Data
PANEOLE
Meteorological Data: Time Series and Windrose
Time Series
Data file
Windrose Frequency
Table File
Operations on Meteo Stations
PANEOLE
Model Setup: Selecting the Simulation Options
PANEOLE
Post Processing Features
Velocity Vectors
Body Fitted Mesh
Velocity Vectors in
vertical sections
WPD Contours
Power Production
PANEOLE
Output Options
Menu options for ‘Output’
The Menu Options under ‘Output’ are:
To create ‘Annotations’ for the view plots using the annotation elements
available like Line, Arrow, Polygon, Box, circle and also to write ‘Text’.
To ‘Save’ the files loaded/created in the various formats that are available
like ‘Bitmap’, ‘HPGL’, ‘Postscript’, ‘PCL’ etc.
To make ‘Animation’ sequences with the saved Bitmap images.
PANEPR
REAL CASE STUDIES
Ludres
Jogimatti
PANEOLE
CASE-1: LUDRES
(Simulation carried out for the predominant wind direction)
PANEOLE
Case Description:
• Objective is to identify the zones of the significant winds in order to locate
the wind turbines
• To establish the windfield over the computational domain for the
predominant wind speed and direction
• The complexity of the terrain such as undulations, vegetation, water bodies
are taken into account
PANEOLE
Input Data:
•
Bitmap in the background has been used to digitize the topograhy
•
The topographical features being considered are:
- Altitude contours
- Vegetation
•
Windfield was established using Predominant windspeed and direction
PANEOLE
Background map used to build Terrain Model
N
Vent dominant 250°N
Ludres
PANEOLE
Ludres: Terrain undulations and Body fitted Mesh
420m
250m
PANEOLE
Zone of strongest wind at a
height of 3 meters above the
ground
PANEOLE
Zone of strongest wind at a
height of 12 meters above the
ground
PANEOLE
Wind velocity vectors at a plane 12 m above the ground
Back to
Case Studies
PANEOLE
CASE-2: JOGIMATTI
PANEOLE
Case Description:
•
To evaluate the wind power density of a potential site
• Estimation of annual power production by the turbines placed at the
predetermined locations
PANEOLE
Topography built on the Background map
PANEOLE
Digitized topography and location of Turbines
PANEOLE
PANEOLE
PANEOLE
PANEOLE
Back to
Case Studies
PANEOLE
TRANSOFT team
Supplying tomorrow’s advanced
technology at today’s prices
7 boulevard de la Libération
93200 SAINT-DENIS
FRANCE
: 33 01 42 43 16 66
: 33 01 42 43 50 33
e-mail : [email protected]
1191 Crestmont Drive
LAFAYETTE CA 94549 - 3004
USA
: 1 925 284 1200
: 1 925 284 1240
e-mail :
[email protected]
15/17, Belwell Lane
Four Oaks, Sutton Coldfield
West Midlands B7 44AA UNITED
KINGDOM
: 44 0 1 213 088 168
: 44 0 1 213 232 009
e-mail : [email protected]
146, Ring Road,
Sector 5, H.S.R LAYOUT
BANGALORE 5600 34
INDIA
: 91 80 5503498
: 91 80 5501964
e-mail :
[email protected]
PANEPR
Slide 35
fluidyn - PANEOLE
- for the evaluation of Wind Energy Density of a potential site
PANEOLE
INTRODUCTION
PANEOLE
About PANEOLE …..
A unique 3D fluid dynamics based software available for wind
power potential prediction.
Reliable and high precision tool capable of generating wind field
atlas for the wind turbines siting
Wind field modeling is done by solving Navier-Stokes equations
Control-volume or integral-balance approach to construct the finite
difference approximations for each of these control volumes to preserve
local conservation of differenced quantities
Main application Area : This software could be used for siting of
turbines and prediction of power generation capacities at windy sites
PANEOLE
APPLICATION AREA
PANEOLE
Application Areas:
Establish wind energy density atlas over the potential site
Siting of Turbines and prediction of power generation capacities
The support for PANEOLE development is through …
ADEME
French ministry of environment agency
EED (Espace Eolien Developpement)
PANEOLE
PANEOLE FEATURES
PANEOLE
SALIENT FEATURES ….
Roughness curves and altitude curves can be imported through map
files
Mass consistent wind field model with Lagrangian multiplier technique
and weighted interpolation schemes for one or more meteorological
stations
According to the user specification, Cartesian or BFC grid generation
techniques can be used for mesh generation
The influence of obstacles like buildings, hillocks on the wind pattern
are considered
Turbulence models can be incorporated by selecting among the k-diff,
k-l or k-eps models
Energy density with respect to the prevailing wind over the whole
domain is calculated
Bar graphs show the power productions for the specified periods
PANEOLE
Comparison between cartesian and curvilinear grid
Cartesian uniform
Terrain
Curvilinear non-uniform
GRID
Modeled Terrain
The Cartesian grid transforms the slopes into steps which can cause turbulence.
PANEOLE
Example of Epinay-sur-Seine
Wind strongly disturbed by population centres(Urban area)
PANEOLE
Example of Southwark (UK)
Representation of turbulence in the vertical plane
PANEOLE
GRAPHICAL USER INTERFACE
& INPUTS REQUIRED
PANEOLE
fluidyn-PANEOLE
INPUTS
SOLVER
OUTPUTS
Digitisation of
Topography
Grid
Velocity vectors
Meteorological data
processing
Atlas of wind speed
and wind power
density
Establishing the
Windfield
Annual energy
production of wind
turbines
Characteristics of
turbines
Meteorological
Data
PANEOLE
PANEOLE Menu Structure
Pre-Processor Options
Post-Processor Options
Processor (Simulation) Options
PANEOLE
File Handling Options
Option to load Bitmap in the background
Options to import Map Files
PANEOLE
Model Setup: Location Details and Study Domain
PANEOLE
Model Setup: Digitizing the topography
List of Topographical Objects
Operations on the objects
Setting the Scale
PANEOLE
Meteorological Data
Key-in and Hourly Meteo Data
PANEOLE
Meteorological Data: Time Series and Windrose
Time Series
Data file
Windrose Frequency
Table File
Operations on Meteo Stations
PANEOLE
Model Setup: Selecting the Simulation Options
PANEOLE
Post Processing Features
Velocity Vectors
Body Fitted Mesh
Velocity Vectors in
vertical sections
WPD Contours
Power Production
PANEOLE
Output Options
Menu options for ‘Output’
The Menu Options under ‘Output’ are:
To create ‘Annotations’ for the view plots using the annotation elements
available like Line, Arrow, Polygon, Box, circle and also to write ‘Text’.
To ‘Save’ the files loaded/created in the various formats that are available
like ‘Bitmap’, ‘HPGL’, ‘Postscript’, ‘PCL’ etc.
To make ‘Animation’ sequences with the saved Bitmap images.
PANEPR
REAL CASE STUDIES
Ludres
Jogimatti
PANEOLE
CASE-1: LUDRES
(Simulation carried out for the predominant wind direction)
PANEOLE
Case Description:
• Objective is to identify the zones of the significant winds in order to locate
the wind turbines
• To establish the windfield over the computational domain for the
predominant wind speed and direction
• The complexity of the terrain such as undulations, vegetation, water bodies
are taken into account
PANEOLE
Input Data:
•
Bitmap in the background has been used to digitize the topograhy
•
The topographical features being considered are:
- Altitude contours
- Vegetation
•
Windfield was established using Predominant windspeed and direction
PANEOLE
Background map used to build Terrain Model
N
Vent dominant 250°N
Ludres
PANEOLE
Ludres: Terrain undulations and Body fitted Mesh
420m
250m
PANEOLE
Zone of strongest wind at a
height of 3 meters above the
ground
PANEOLE
Zone of strongest wind at a
height of 12 meters above the
ground
PANEOLE
Wind velocity vectors at a plane 12 m above the ground
Back to
Case Studies
PANEOLE
CASE-2: JOGIMATTI
PANEOLE
Case Description:
•
To evaluate the wind power density of a potential site
• Estimation of annual power production by the turbines placed at the
predetermined locations
PANEOLE
Topography built on the Background map
PANEOLE
Digitized topography and location of Turbines
PANEOLE
PANEOLE
PANEOLE
PANEOLE
Back to
Case Studies
PANEOLE
TRANSOFT team
Supplying tomorrow’s advanced
technology at today’s prices
7 boulevard de la Libération
93200 SAINT-DENIS
FRANCE
: 33 01 42 43 16 66
: 33 01 42 43 50 33
e-mail : [email protected]
1191 Crestmont Drive
LAFAYETTE CA 94549 - 3004
USA
: 1 925 284 1200
: 1 925 284 1240
e-mail :
[email protected]
15/17, Belwell Lane
Four Oaks, Sutton Coldfield
West Midlands B7 44AA UNITED
KINGDOM
: 44 0 1 213 088 168
: 44 0 1 213 232 009
e-mail : [email protected]
146, Ring Road,
Sector 5, H.S.R LAYOUT
BANGALORE 5600 34
INDIA
: 91 80 5503498
: 91 80 5501964
e-mail :
[email protected]
PANEPR
Slide 36
fluidyn - PANEOLE
- for the evaluation of Wind Energy Density of a potential site
PANEOLE
INTRODUCTION
PANEOLE
About PANEOLE …..
A unique 3D fluid dynamics based software available for wind
power potential prediction.
Reliable and high precision tool capable of generating wind field
atlas for the wind turbines siting
Wind field modeling is done by solving Navier-Stokes equations
Control-volume or integral-balance approach to construct the finite
difference approximations for each of these control volumes to preserve
local conservation of differenced quantities
Main application Area : This software could be used for siting of
turbines and prediction of power generation capacities at windy sites
PANEOLE
APPLICATION AREA
PANEOLE
Application Areas:
Establish wind energy density atlas over the potential site
Siting of Turbines and prediction of power generation capacities
The support for PANEOLE development is through …
ADEME
French ministry of environment agency
EED (Espace Eolien Developpement)
PANEOLE
PANEOLE FEATURES
PANEOLE
SALIENT FEATURES ….
Roughness curves and altitude curves can be imported through map
files
Mass consistent wind field model with Lagrangian multiplier technique
and weighted interpolation schemes for one or more meteorological
stations
According to the user specification, Cartesian or BFC grid generation
techniques can be used for mesh generation
The influence of obstacles like buildings, hillocks on the wind pattern
are considered
Turbulence models can be incorporated by selecting among the k-diff,
k-l or k-eps models
Energy density with respect to the prevailing wind over the whole
domain is calculated
Bar graphs show the power productions for the specified periods
PANEOLE
Comparison between cartesian and curvilinear grid
Cartesian uniform
Terrain
Curvilinear non-uniform
GRID
Modeled Terrain
The Cartesian grid transforms the slopes into steps which can cause turbulence.
PANEOLE
Example of Epinay-sur-Seine
Wind strongly disturbed by population centres(Urban area)
PANEOLE
Example of Southwark (UK)
Representation of turbulence in the vertical plane
PANEOLE
GRAPHICAL USER INTERFACE
& INPUTS REQUIRED
PANEOLE
fluidyn-PANEOLE
INPUTS
SOLVER
OUTPUTS
Digitisation of
Topography
Grid
Velocity vectors
Meteorological data
processing
Atlas of wind speed
and wind power
density
Establishing the
Windfield
Annual energy
production of wind
turbines
Characteristics of
turbines
Meteorological
Data
PANEOLE
PANEOLE Menu Structure
Pre-Processor Options
Post-Processor Options
Processor (Simulation) Options
PANEOLE
File Handling Options
Option to load Bitmap in the background
Options to import Map Files
PANEOLE
Model Setup: Location Details and Study Domain
PANEOLE
Model Setup: Digitizing the topography
List of Topographical Objects
Operations on the objects
Setting the Scale
PANEOLE
Meteorological Data
Key-in and Hourly Meteo Data
PANEOLE
Meteorological Data: Time Series and Windrose
Time Series
Data file
Windrose Frequency
Table File
Operations on Meteo Stations
PANEOLE
Model Setup: Selecting the Simulation Options
PANEOLE
Post Processing Features
Velocity Vectors
Body Fitted Mesh
Velocity Vectors in
vertical sections
WPD Contours
Power Production
PANEOLE
Output Options
Menu options for ‘Output’
The Menu Options under ‘Output’ are:
To create ‘Annotations’ for the view plots using the annotation elements
available like Line, Arrow, Polygon, Box, circle and also to write ‘Text’.
To ‘Save’ the files loaded/created in the various formats that are available
like ‘Bitmap’, ‘HPGL’, ‘Postscript’, ‘PCL’ etc.
To make ‘Animation’ sequences with the saved Bitmap images.
PANEPR
REAL CASE STUDIES
Ludres
Jogimatti
PANEOLE
CASE-1: LUDRES
(Simulation carried out for the predominant wind direction)
PANEOLE
Case Description:
• Objective is to identify the zones of the significant winds in order to locate
the wind turbines
• To establish the windfield over the computational domain for the
predominant wind speed and direction
• The complexity of the terrain such as undulations, vegetation, water bodies
are taken into account
PANEOLE
Input Data:
•
Bitmap in the background has been used to digitize the topograhy
•
The topographical features being considered are:
- Altitude contours
- Vegetation
•
Windfield was established using Predominant windspeed and direction
PANEOLE
Background map used to build Terrain Model
N
Vent dominant 250°N
Ludres
PANEOLE
Ludres: Terrain undulations and Body fitted Mesh
420m
250m
PANEOLE
Zone of strongest wind at a
height of 3 meters above the
ground
PANEOLE
Zone of strongest wind at a
height of 12 meters above the
ground
PANEOLE
Wind velocity vectors at a plane 12 m above the ground
Back to
Case Studies
PANEOLE
CASE-2: JOGIMATTI
PANEOLE
Case Description:
•
To evaluate the wind power density of a potential site
• Estimation of annual power production by the turbines placed at the
predetermined locations
PANEOLE
Topography built on the Background map
PANEOLE
Digitized topography and location of Turbines
PANEOLE
PANEOLE
PANEOLE
PANEOLE
Back to
Case Studies
PANEOLE
TRANSOFT team
Supplying tomorrow’s advanced
technology at today’s prices
7 boulevard de la Libération
93200 SAINT-DENIS
FRANCE
: 33 01 42 43 16 66
: 33 01 42 43 50 33
e-mail : [email protected]
1191 Crestmont Drive
LAFAYETTE CA 94549 - 3004
USA
: 1 925 284 1200
: 1 925 284 1240
e-mail :
[email protected]
15/17, Belwell Lane
Four Oaks, Sutton Coldfield
West Midlands B7 44AA UNITED
KINGDOM
: 44 0 1 213 088 168
: 44 0 1 213 232 009
e-mail : [email protected]
146, Ring Road,
Sector 5, H.S.R LAYOUT
BANGALORE 5600 34
INDIA
: 91 80 5503498
: 91 80 5501964
e-mail :
[email protected]
PANEPR
Slide 37
fluidyn - PANEOLE
- for the evaluation of Wind Energy Density of a potential site
PANEOLE
INTRODUCTION
PANEOLE
About PANEOLE …..
A unique 3D fluid dynamics based software available for wind
power potential prediction.
Reliable and high precision tool capable of generating wind field
atlas for the wind turbines siting
Wind field modeling is done by solving Navier-Stokes equations
Control-volume or integral-balance approach to construct the finite
difference approximations for each of these control volumes to preserve
local conservation of differenced quantities
Main application Area : This software could be used for siting of
turbines and prediction of power generation capacities at windy sites
PANEOLE
APPLICATION AREA
PANEOLE
Application Areas:
Establish wind energy density atlas over the potential site
Siting of Turbines and prediction of power generation capacities
The support for PANEOLE development is through …
ADEME
French ministry of environment agency
EED (Espace Eolien Developpement)
PANEOLE
PANEOLE FEATURES
PANEOLE
SALIENT FEATURES ….
Roughness curves and altitude curves can be imported through map
files
Mass consistent wind field model with Lagrangian multiplier technique
and weighted interpolation schemes for one or more meteorological
stations
According to the user specification, Cartesian or BFC grid generation
techniques can be used for mesh generation
The influence of obstacles like buildings, hillocks on the wind pattern
are considered
Turbulence models can be incorporated by selecting among the k-diff,
k-l or k-eps models
Energy density with respect to the prevailing wind over the whole
domain is calculated
Bar graphs show the power productions for the specified periods
PANEOLE
Comparison between cartesian and curvilinear grid
Cartesian uniform
Terrain
Curvilinear non-uniform
GRID
Modeled Terrain
The Cartesian grid transforms the slopes into steps which can cause turbulence.
PANEOLE
Example of Epinay-sur-Seine
Wind strongly disturbed by population centres(Urban area)
PANEOLE
Example of Southwark (UK)
Representation of turbulence in the vertical plane
PANEOLE
GRAPHICAL USER INTERFACE
& INPUTS REQUIRED
PANEOLE
fluidyn-PANEOLE
INPUTS
SOLVER
OUTPUTS
Digitisation of
Topography
Grid
Velocity vectors
Meteorological data
processing
Atlas of wind speed
and wind power
density
Establishing the
Windfield
Annual energy
production of wind
turbines
Characteristics of
turbines
Meteorological
Data
PANEOLE
PANEOLE Menu Structure
Pre-Processor Options
Post-Processor Options
Processor (Simulation) Options
PANEOLE
File Handling Options
Option to load Bitmap in the background
Options to import Map Files
PANEOLE
Model Setup: Location Details and Study Domain
PANEOLE
Model Setup: Digitizing the topography
List of Topographical Objects
Operations on the objects
Setting the Scale
PANEOLE
Meteorological Data
Key-in and Hourly Meteo Data
PANEOLE
Meteorological Data: Time Series and Windrose
Time Series
Data file
Windrose Frequency
Table File
Operations on Meteo Stations
PANEOLE
Model Setup: Selecting the Simulation Options
PANEOLE
Post Processing Features
Velocity Vectors
Body Fitted Mesh
Velocity Vectors in
vertical sections
WPD Contours
Power Production
PANEOLE
Output Options
Menu options for ‘Output’
The Menu Options under ‘Output’ are:
To create ‘Annotations’ for the view plots using the annotation elements
available like Line, Arrow, Polygon, Box, circle and also to write ‘Text’.
To ‘Save’ the files loaded/created in the various formats that are available
like ‘Bitmap’, ‘HPGL’, ‘Postscript’, ‘PCL’ etc.
To make ‘Animation’ sequences with the saved Bitmap images.
PANEPR
REAL CASE STUDIES
Ludres
Jogimatti
PANEOLE
CASE-1: LUDRES
(Simulation carried out for the predominant wind direction)
PANEOLE
Case Description:
• Objective is to identify the zones of the significant winds in order to locate
the wind turbines
• To establish the windfield over the computational domain for the
predominant wind speed and direction
• The complexity of the terrain such as undulations, vegetation, water bodies
are taken into account
PANEOLE
Input Data:
•
Bitmap in the background has been used to digitize the topograhy
•
The topographical features being considered are:
- Altitude contours
- Vegetation
•
Windfield was established using Predominant windspeed and direction
PANEOLE
Background map used to build Terrain Model
N
Vent dominant 250°N
Ludres
PANEOLE
Ludres: Terrain undulations and Body fitted Mesh
420m
250m
PANEOLE
Zone of strongest wind at a
height of 3 meters above the
ground
PANEOLE
Zone of strongest wind at a
height of 12 meters above the
ground
PANEOLE
Wind velocity vectors at a plane 12 m above the ground
Back to
Case Studies
PANEOLE
CASE-2: JOGIMATTI
PANEOLE
Case Description:
•
To evaluate the wind power density of a potential site
• Estimation of annual power production by the turbines placed at the
predetermined locations
PANEOLE
Topography built on the Background map
PANEOLE
Digitized topography and location of Turbines
PANEOLE
PANEOLE
PANEOLE
PANEOLE
Back to
Case Studies
PANEOLE
TRANSOFT team
Supplying tomorrow’s advanced
technology at today’s prices
7 boulevard de la Libération
93200 SAINT-DENIS
FRANCE
: 33 01 42 43 16 66
: 33 01 42 43 50 33
e-mail : [email protected]
1191 Crestmont Drive
LAFAYETTE CA 94549 - 3004
USA
: 1 925 284 1200
: 1 925 284 1240
e-mail :
[email protected]
15/17, Belwell Lane
Four Oaks, Sutton Coldfield
West Midlands B7 44AA UNITED
KINGDOM
: 44 0 1 213 088 168
: 44 0 1 213 232 009
e-mail : [email protected]
146, Ring Road,
Sector 5, H.S.R LAYOUT
BANGALORE 5600 34
INDIA
: 91 80 5503498
: 91 80 5501964
e-mail :
[email protected]
PANEPR
Slide 38
fluidyn - PANEOLE
- for the evaluation of Wind Energy Density of a potential site
PANEOLE
INTRODUCTION
PANEOLE
About PANEOLE …..
A unique 3D fluid dynamics based software available for wind
power potential prediction.
Reliable and high precision tool capable of generating wind field
atlas for the wind turbines siting
Wind field modeling is done by solving Navier-Stokes equations
Control-volume or integral-balance approach to construct the finite
difference approximations for each of these control volumes to preserve
local conservation of differenced quantities
Main application Area : This software could be used for siting of
turbines and prediction of power generation capacities at windy sites
PANEOLE
APPLICATION AREA
PANEOLE
Application Areas:
Establish wind energy density atlas over the potential site
Siting of Turbines and prediction of power generation capacities
The support for PANEOLE development is through …
ADEME
French ministry of environment agency
EED (Espace Eolien Developpement)
PANEOLE
PANEOLE FEATURES
PANEOLE
SALIENT FEATURES ….
Roughness curves and altitude curves can be imported through map
files
Mass consistent wind field model with Lagrangian multiplier technique
and weighted interpolation schemes for one or more meteorological
stations
According to the user specification, Cartesian or BFC grid generation
techniques can be used for mesh generation
The influence of obstacles like buildings, hillocks on the wind pattern
are considered
Turbulence models can be incorporated by selecting among the k-diff,
k-l or k-eps models
Energy density with respect to the prevailing wind over the whole
domain is calculated
Bar graphs show the power productions for the specified periods
PANEOLE
Comparison between cartesian and curvilinear grid
Cartesian uniform
Terrain
Curvilinear non-uniform
GRID
Modeled Terrain
The Cartesian grid transforms the slopes into steps which can cause turbulence.
PANEOLE
Example of Epinay-sur-Seine
Wind strongly disturbed by population centres(Urban area)
PANEOLE
Example of Southwark (UK)
Representation of turbulence in the vertical plane
PANEOLE
GRAPHICAL USER INTERFACE
& INPUTS REQUIRED
PANEOLE
fluidyn-PANEOLE
INPUTS
SOLVER
OUTPUTS
Digitisation of
Topography
Grid
Velocity vectors
Meteorological data
processing
Atlas of wind speed
and wind power
density
Establishing the
Windfield
Annual energy
production of wind
turbines
Characteristics of
turbines
Meteorological
Data
PANEOLE
PANEOLE Menu Structure
Pre-Processor Options
Post-Processor Options
Processor (Simulation) Options
PANEOLE
File Handling Options
Option to load Bitmap in the background
Options to import Map Files
PANEOLE
Model Setup: Location Details and Study Domain
PANEOLE
Model Setup: Digitizing the topography
List of Topographical Objects
Operations on the objects
Setting the Scale
PANEOLE
Meteorological Data
Key-in and Hourly Meteo Data
PANEOLE
Meteorological Data: Time Series and Windrose
Time Series
Data file
Windrose Frequency
Table File
Operations on Meteo Stations
PANEOLE
Model Setup: Selecting the Simulation Options
PANEOLE
Post Processing Features
Velocity Vectors
Body Fitted Mesh
Velocity Vectors in
vertical sections
WPD Contours
Power Production
PANEOLE
Output Options
Menu options for ‘Output’
The Menu Options under ‘Output’ are:
To create ‘Annotations’ for the view plots using the annotation elements
available like Line, Arrow, Polygon, Box, circle and also to write ‘Text’.
To ‘Save’ the files loaded/created in the various formats that are available
like ‘Bitmap’, ‘HPGL’, ‘Postscript’, ‘PCL’ etc.
To make ‘Animation’ sequences with the saved Bitmap images.
PANEPR
REAL CASE STUDIES
Ludres
Jogimatti
PANEOLE
CASE-1: LUDRES
(Simulation carried out for the predominant wind direction)
PANEOLE
Case Description:
• Objective is to identify the zones of the significant winds in order to locate
the wind turbines
• To establish the windfield over the computational domain for the
predominant wind speed and direction
• The complexity of the terrain such as undulations, vegetation, water bodies
are taken into account
PANEOLE
Input Data:
•
Bitmap in the background has been used to digitize the topograhy
•
The topographical features being considered are:
- Altitude contours
- Vegetation
•
Windfield was established using Predominant windspeed and direction
PANEOLE
Background map used to build Terrain Model
N
Vent dominant 250°N
Ludres
PANEOLE
Ludres: Terrain undulations and Body fitted Mesh
420m
250m
PANEOLE
Zone of strongest wind at a
height of 3 meters above the
ground
PANEOLE
Zone of strongest wind at a
height of 12 meters above the
ground
PANEOLE
Wind velocity vectors at a plane 12 m above the ground
Back to
Case Studies
PANEOLE
CASE-2: JOGIMATTI
PANEOLE
Case Description:
•
To evaluate the wind power density of a potential site
• Estimation of annual power production by the turbines placed at the
predetermined locations
PANEOLE
Topography built on the Background map
PANEOLE
Digitized topography and location of Turbines
PANEOLE
PANEOLE
PANEOLE
PANEOLE
Back to
Case Studies
PANEOLE
TRANSOFT team
Supplying tomorrow’s advanced
technology at today’s prices
7 boulevard de la Libération
93200 SAINT-DENIS
FRANCE
: 33 01 42 43 16 66
: 33 01 42 43 50 33
e-mail : [email protected]
1191 Crestmont Drive
LAFAYETTE CA 94549 - 3004
USA
: 1 925 284 1200
: 1 925 284 1240
e-mail :
[email protected]
15/17, Belwell Lane
Four Oaks, Sutton Coldfield
West Midlands B7 44AA UNITED
KINGDOM
: 44 0 1 213 088 168
: 44 0 1 213 232 009
e-mail : [email protected]
146, Ring Road,
Sector 5, H.S.R LAYOUT
BANGALORE 5600 34
INDIA
: 91 80 5503498
: 91 80 5501964
e-mail :
[email protected]
PANEPR
Slide 39
fluidyn - PANEOLE
- for the evaluation of Wind Energy Density of a potential site
PANEOLE
INTRODUCTION
PANEOLE
About PANEOLE …..
A unique 3D fluid dynamics based software available for wind
power potential prediction.
Reliable and high precision tool capable of generating wind field
atlas for the wind turbines siting
Wind field modeling is done by solving Navier-Stokes equations
Control-volume or integral-balance approach to construct the finite
difference approximations for each of these control volumes to preserve
local conservation of differenced quantities
Main application Area : This software could be used for siting of
turbines and prediction of power generation capacities at windy sites
PANEOLE
APPLICATION AREA
PANEOLE
Application Areas:
Establish wind energy density atlas over the potential site
Siting of Turbines and prediction of power generation capacities
The support for PANEOLE development is through …
ADEME
French ministry of environment agency
EED (Espace Eolien Developpement)
PANEOLE
PANEOLE FEATURES
PANEOLE
SALIENT FEATURES ….
Roughness curves and altitude curves can be imported through map
files
Mass consistent wind field model with Lagrangian multiplier technique
and weighted interpolation schemes for one or more meteorological
stations
According to the user specification, Cartesian or BFC grid generation
techniques can be used for mesh generation
The influence of obstacles like buildings, hillocks on the wind pattern
are considered
Turbulence models can be incorporated by selecting among the k-diff,
k-l or k-eps models
Energy density with respect to the prevailing wind over the whole
domain is calculated
Bar graphs show the power productions for the specified periods
PANEOLE
Comparison between cartesian and curvilinear grid
Cartesian uniform
Terrain
Curvilinear non-uniform
GRID
Modeled Terrain
The Cartesian grid transforms the slopes into steps which can cause turbulence.
PANEOLE
Example of Epinay-sur-Seine
Wind strongly disturbed by population centres(Urban area)
PANEOLE
Example of Southwark (UK)
Representation of turbulence in the vertical plane
PANEOLE
GRAPHICAL USER INTERFACE
& INPUTS REQUIRED
PANEOLE
fluidyn-PANEOLE
INPUTS
SOLVER
OUTPUTS
Digitisation of
Topography
Grid
Velocity vectors
Meteorological data
processing
Atlas of wind speed
and wind power
density
Establishing the
Windfield
Annual energy
production of wind
turbines
Characteristics of
turbines
Meteorological
Data
PANEOLE
PANEOLE Menu Structure
Pre-Processor Options
Post-Processor Options
Processor (Simulation) Options
PANEOLE
File Handling Options
Option to load Bitmap in the background
Options to import Map Files
PANEOLE
Model Setup: Location Details and Study Domain
PANEOLE
Model Setup: Digitizing the topography
List of Topographical Objects
Operations on the objects
Setting the Scale
PANEOLE
Meteorological Data
Key-in and Hourly Meteo Data
PANEOLE
Meteorological Data: Time Series and Windrose
Time Series
Data file
Windrose Frequency
Table File
Operations on Meteo Stations
PANEOLE
Model Setup: Selecting the Simulation Options
PANEOLE
Post Processing Features
Velocity Vectors
Body Fitted Mesh
Velocity Vectors in
vertical sections
WPD Contours
Power Production
PANEOLE
Output Options
Menu options for ‘Output’
The Menu Options under ‘Output’ are:
To create ‘Annotations’ for the view plots using the annotation elements
available like Line, Arrow, Polygon, Box, circle and also to write ‘Text’.
To ‘Save’ the files loaded/created in the various formats that are available
like ‘Bitmap’, ‘HPGL’, ‘Postscript’, ‘PCL’ etc.
To make ‘Animation’ sequences with the saved Bitmap images.
PANEPR
REAL CASE STUDIES
Ludres
Jogimatti
PANEOLE
CASE-1: LUDRES
(Simulation carried out for the predominant wind direction)
PANEOLE
Case Description:
• Objective is to identify the zones of the significant winds in order to locate
the wind turbines
• To establish the windfield over the computational domain for the
predominant wind speed and direction
• The complexity of the terrain such as undulations, vegetation, water bodies
are taken into account
PANEOLE
Input Data:
•
Bitmap in the background has been used to digitize the topograhy
•
The topographical features being considered are:
- Altitude contours
- Vegetation
•
Windfield was established using Predominant windspeed and direction
PANEOLE
Background map used to build Terrain Model
N
Vent dominant 250°N
Ludres
PANEOLE
Ludres: Terrain undulations and Body fitted Mesh
420m
250m
PANEOLE
Zone of strongest wind at a
height of 3 meters above the
ground
PANEOLE
Zone of strongest wind at a
height of 12 meters above the
ground
PANEOLE
Wind velocity vectors at a plane 12 m above the ground
Back to
Case Studies
PANEOLE
CASE-2: JOGIMATTI
PANEOLE
Case Description:
•
To evaluate the wind power density of a potential site
• Estimation of annual power production by the turbines placed at the
predetermined locations
PANEOLE
Topography built on the Background map
PANEOLE
Digitized topography and location of Turbines
PANEOLE
PANEOLE
PANEOLE
PANEOLE
Back to
Case Studies
PANEOLE
TRANSOFT team
Supplying tomorrow’s advanced
technology at today’s prices
7 boulevard de la Libération
93200 SAINT-DENIS
FRANCE
: 33 01 42 43 16 66
: 33 01 42 43 50 33
e-mail : [email protected]
1191 Crestmont Drive
LAFAYETTE CA 94549 - 3004
USA
: 1 925 284 1200
: 1 925 284 1240
e-mail :
[email protected]
15/17, Belwell Lane
Four Oaks, Sutton Coldfield
West Midlands B7 44AA UNITED
KINGDOM
: 44 0 1 213 088 168
: 44 0 1 213 232 009
e-mail : [email protected]
146, Ring Road,
Sector 5, H.S.R LAYOUT
BANGALORE 5600 34
INDIA
: 91 80 5503498
: 91 80 5501964
e-mail :
[email protected]
PANEPR
fluidyn - PANEOLE
- for the evaluation of Wind Energy Density of a potential site
PANEOLE
INTRODUCTION
PANEOLE
About PANEOLE …..
A unique 3D fluid dynamics based software available for wind
power potential prediction.
Reliable and high precision tool capable of generating wind field
atlas for the wind turbines siting
Wind field modeling is done by solving Navier-Stokes equations
Control-volume or integral-balance approach to construct the finite
difference approximations for each of these control volumes to preserve
local conservation of differenced quantities
Main application Area : This software could be used for siting of
turbines and prediction of power generation capacities at windy sites
PANEOLE
APPLICATION AREA
PANEOLE
Application Areas:
Establish wind energy density atlas over the potential site
Siting of Turbines and prediction of power generation capacities
The support for PANEOLE development is through …
ADEME
French ministry of environment agency
EED (Espace Eolien Developpement)
PANEOLE
PANEOLE FEATURES
PANEOLE
SALIENT FEATURES ….
Roughness curves and altitude curves can be imported through map
files
Mass consistent wind field model with Lagrangian multiplier technique
and weighted interpolation schemes for one or more meteorological
stations
According to the user specification, Cartesian or BFC grid generation
techniques can be used for mesh generation
The influence of obstacles like buildings, hillocks on the wind pattern
are considered
Turbulence models can be incorporated by selecting among the k-diff,
k-l or k-eps models
Energy density with respect to the prevailing wind over the whole
domain is calculated
Bar graphs show the power productions for the specified periods
PANEOLE
Comparison between cartesian and curvilinear grid
Cartesian uniform
Terrain
Curvilinear non-uniform
GRID
Modeled Terrain
The Cartesian grid transforms the slopes into steps which can cause turbulence.
PANEOLE
Example of Epinay-sur-Seine
Wind strongly disturbed by population centres(Urban area)
PANEOLE
Example of Southwark (UK)
Representation of turbulence in the vertical plane
PANEOLE
GRAPHICAL USER INTERFACE
& INPUTS REQUIRED
PANEOLE
fluidyn-PANEOLE
INPUTS
SOLVER
OUTPUTS
Digitisation of
Topography
Grid
Velocity vectors
Meteorological data
processing
Atlas of wind speed
and wind power
density
Establishing the
Windfield
Annual energy
production of wind
turbines
Characteristics of
turbines
Meteorological
Data
PANEOLE
PANEOLE Menu Structure
Pre-Processor Options
Post-Processor Options
Processor (Simulation) Options
PANEOLE
File Handling Options
Option to load Bitmap in the background
Options to import Map Files
PANEOLE
Model Setup: Location Details and Study Domain
PANEOLE
Model Setup: Digitizing the topography
List of Topographical Objects
Operations on the objects
Setting the Scale
PANEOLE
Meteorological Data
Key-in and Hourly Meteo Data
PANEOLE
Meteorological Data: Time Series and Windrose
Time Series
Data file
Windrose Frequency
Table File
Operations on Meteo Stations
PANEOLE
Model Setup: Selecting the Simulation Options
PANEOLE
Post Processing Features
Velocity Vectors
Body Fitted Mesh
Velocity Vectors in
vertical sections
WPD Contours
Power Production
PANEOLE
Output Options
Menu options for ‘Output’
The Menu Options under ‘Output’ are:
To create ‘Annotations’ for the view plots using the annotation elements
available like Line, Arrow, Polygon, Box, circle and also to write ‘Text’.
To ‘Save’ the files loaded/created in the various formats that are available
like ‘Bitmap’, ‘HPGL’, ‘Postscript’, ‘PCL’ etc.
To make ‘Animation’ sequences with the saved Bitmap images.
PANEPR
REAL CASE STUDIES
Ludres
Jogimatti
PANEOLE
CASE-1: LUDRES
(Simulation carried out for the predominant wind direction)
PANEOLE
Case Description:
• Objective is to identify the zones of the significant winds in order to locate
the wind turbines
• To establish the windfield over the computational domain for the
predominant wind speed and direction
• The complexity of the terrain such as undulations, vegetation, water bodies
are taken into account
PANEOLE
Input Data:
•
Bitmap in the background has been used to digitize the topograhy
•
The topographical features being considered are:
- Altitude contours
- Vegetation
•
Windfield was established using Predominant windspeed and direction
PANEOLE
Background map used to build Terrain Model
N
Vent dominant 250°N
Ludres
PANEOLE
Ludres: Terrain undulations and Body fitted Mesh
420m
250m
PANEOLE
Zone of strongest wind at a
height of 3 meters above the
ground
PANEOLE
Zone of strongest wind at a
height of 12 meters above the
ground
PANEOLE
Wind velocity vectors at a plane 12 m above the ground
Back to
Case Studies
PANEOLE
CASE-2: JOGIMATTI
PANEOLE
Case Description:
•
To evaluate the wind power density of a potential site
• Estimation of annual power production by the turbines placed at the
predetermined locations
PANEOLE
Topography built on the Background map
PANEOLE
Digitized topography and location of Turbines
PANEOLE
PANEOLE
PANEOLE
PANEOLE
Back to
Case Studies
PANEOLE
TRANSOFT team
Supplying tomorrow’s advanced
technology at today’s prices
7 boulevard de la Libération
93200 SAINT-DENIS
FRANCE
: 33 01 42 43 16 66
: 33 01 42 43 50 33
e-mail : [email protected]
1191 Crestmont Drive
LAFAYETTE CA 94549 - 3004
USA
: 1 925 284 1200
: 1 925 284 1240
e-mail :
[email protected]
15/17, Belwell Lane
Four Oaks, Sutton Coldfield
West Midlands B7 44AA UNITED
KINGDOM
: 44 0 1 213 088 168
: 44 0 1 213 232 009
e-mail : [email protected]
146, Ring Road,
Sector 5, H.S.R LAYOUT
BANGALORE 5600 34
INDIA
: 91 80 5503498
: 91 80 5501964
e-mail :
[email protected]
PANEPR
Slide 2
fluidyn - PANEOLE
- for the evaluation of Wind Energy Density of a potential site
PANEOLE
INTRODUCTION
PANEOLE
About PANEOLE …..
A unique 3D fluid dynamics based software available for wind
power potential prediction.
Reliable and high precision tool capable of generating wind field
atlas for the wind turbines siting
Wind field modeling is done by solving Navier-Stokes equations
Control-volume or integral-balance approach to construct the finite
difference approximations for each of these control volumes to preserve
local conservation of differenced quantities
Main application Area : This software could be used for siting of
turbines and prediction of power generation capacities at windy sites
PANEOLE
APPLICATION AREA
PANEOLE
Application Areas:
Establish wind energy density atlas over the potential site
Siting of Turbines and prediction of power generation capacities
The support for PANEOLE development is through …
ADEME
French ministry of environment agency
EED (Espace Eolien Developpement)
PANEOLE
PANEOLE FEATURES
PANEOLE
SALIENT FEATURES ….
Roughness curves and altitude curves can be imported through map
files
Mass consistent wind field model with Lagrangian multiplier technique
and weighted interpolation schemes for one or more meteorological
stations
According to the user specification, Cartesian or BFC grid generation
techniques can be used for mesh generation
The influence of obstacles like buildings, hillocks on the wind pattern
are considered
Turbulence models can be incorporated by selecting among the k-diff,
k-l or k-eps models
Energy density with respect to the prevailing wind over the whole
domain is calculated
Bar graphs show the power productions for the specified periods
PANEOLE
Comparison between cartesian and curvilinear grid
Cartesian uniform
Terrain
Curvilinear non-uniform
GRID
Modeled Terrain
The Cartesian grid transforms the slopes into steps which can cause turbulence.
PANEOLE
Example of Epinay-sur-Seine
Wind strongly disturbed by population centres(Urban area)
PANEOLE
Example of Southwark (UK)
Representation of turbulence in the vertical plane
PANEOLE
GRAPHICAL USER INTERFACE
& INPUTS REQUIRED
PANEOLE
fluidyn-PANEOLE
INPUTS
SOLVER
OUTPUTS
Digitisation of
Topography
Grid
Velocity vectors
Meteorological data
processing
Atlas of wind speed
and wind power
density
Establishing the
Windfield
Annual energy
production of wind
turbines
Characteristics of
turbines
Meteorological
Data
PANEOLE
PANEOLE Menu Structure
Pre-Processor Options
Post-Processor Options
Processor (Simulation) Options
PANEOLE
File Handling Options
Option to load Bitmap in the background
Options to import Map Files
PANEOLE
Model Setup: Location Details and Study Domain
PANEOLE
Model Setup: Digitizing the topography
List of Topographical Objects
Operations on the objects
Setting the Scale
PANEOLE
Meteorological Data
Key-in and Hourly Meteo Data
PANEOLE
Meteorological Data: Time Series and Windrose
Time Series
Data file
Windrose Frequency
Table File
Operations on Meteo Stations
PANEOLE
Model Setup: Selecting the Simulation Options
PANEOLE
Post Processing Features
Velocity Vectors
Body Fitted Mesh
Velocity Vectors in
vertical sections
WPD Contours
Power Production
PANEOLE
Output Options
Menu options for ‘Output’
The Menu Options under ‘Output’ are:
To create ‘Annotations’ for the view plots using the annotation elements
available like Line, Arrow, Polygon, Box, circle and also to write ‘Text’.
To ‘Save’ the files loaded/created in the various formats that are available
like ‘Bitmap’, ‘HPGL’, ‘Postscript’, ‘PCL’ etc.
To make ‘Animation’ sequences with the saved Bitmap images.
PANEPR
REAL CASE STUDIES
Ludres
Jogimatti
PANEOLE
CASE-1: LUDRES
(Simulation carried out for the predominant wind direction)
PANEOLE
Case Description:
• Objective is to identify the zones of the significant winds in order to locate
the wind turbines
• To establish the windfield over the computational domain for the
predominant wind speed and direction
• The complexity of the terrain such as undulations, vegetation, water bodies
are taken into account
PANEOLE
Input Data:
•
Bitmap in the background has been used to digitize the topograhy
•
The topographical features being considered are:
- Altitude contours
- Vegetation
•
Windfield was established using Predominant windspeed and direction
PANEOLE
Background map used to build Terrain Model
N
Vent dominant 250°N
Ludres
PANEOLE
Ludres: Terrain undulations and Body fitted Mesh
420m
250m
PANEOLE
Zone of strongest wind at a
height of 3 meters above the
ground
PANEOLE
Zone of strongest wind at a
height of 12 meters above the
ground
PANEOLE
Wind velocity vectors at a plane 12 m above the ground
Back to
Case Studies
PANEOLE
CASE-2: JOGIMATTI
PANEOLE
Case Description:
•
To evaluate the wind power density of a potential site
• Estimation of annual power production by the turbines placed at the
predetermined locations
PANEOLE
Topography built on the Background map
PANEOLE
Digitized topography and location of Turbines
PANEOLE
PANEOLE
PANEOLE
PANEOLE
Back to
Case Studies
PANEOLE
TRANSOFT team
Supplying tomorrow’s advanced
technology at today’s prices
7 boulevard de la Libération
93200 SAINT-DENIS
FRANCE
: 33 01 42 43 16 66
: 33 01 42 43 50 33
e-mail : [email protected]
1191 Crestmont Drive
LAFAYETTE CA 94549 - 3004
USA
: 1 925 284 1200
: 1 925 284 1240
e-mail :
[email protected]
15/17, Belwell Lane
Four Oaks, Sutton Coldfield
West Midlands B7 44AA UNITED
KINGDOM
: 44 0 1 213 088 168
: 44 0 1 213 232 009
e-mail : [email protected]
146, Ring Road,
Sector 5, H.S.R LAYOUT
BANGALORE 5600 34
INDIA
: 91 80 5503498
: 91 80 5501964
e-mail :
[email protected]
PANEPR
Slide 3
fluidyn - PANEOLE
- for the evaluation of Wind Energy Density of a potential site
PANEOLE
INTRODUCTION
PANEOLE
About PANEOLE …..
A unique 3D fluid dynamics based software available for wind
power potential prediction.
Reliable and high precision tool capable of generating wind field
atlas for the wind turbines siting
Wind field modeling is done by solving Navier-Stokes equations
Control-volume or integral-balance approach to construct the finite
difference approximations for each of these control volumes to preserve
local conservation of differenced quantities
Main application Area : This software could be used for siting of
turbines and prediction of power generation capacities at windy sites
PANEOLE
APPLICATION AREA
PANEOLE
Application Areas:
Establish wind energy density atlas over the potential site
Siting of Turbines and prediction of power generation capacities
The support for PANEOLE development is through …
ADEME
French ministry of environment agency
EED (Espace Eolien Developpement)
PANEOLE
PANEOLE FEATURES
PANEOLE
SALIENT FEATURES ….
Roughness curves and altitude curves can be imported through map
files
Mass consistent wind field model with Lagrangian multiplier technique
and weighted interpolation schemes for one or more meteorological
stations
According to the user specification, Cartesian or BFC grid generation
techniques can be used for mesh generation
The influence of obstacles like buildings, hillocks on the wind pattern
are considered
Turbulence models can be incorporated by selecting among the k-diff,
k-l or k-eps models
Energy density with respect to the prevailing wind over the whole
domain is calculated
Bar graphs show the power productions for the specified periods
PANEOLE
Comparison between cartesian and curvilinear grid
Cartesian uniform
Terrain
Curvilinear non-uniform
GRID
Modeled Terrain
The Cartesian grid transforms the slopes into steps which can cause turbulence.
PANEOLE
Example of Epinay-sur-Seine
Wind strongly disturbed by population centres(Urban area)
PANEOLE
Example of Southwark (UK)
Representation of turbulence in the vertical plane
PANEOLE
GRAPHICAL USER INTERFACE
& INPUTS REQUIRED
PANEOLE
fluidyn-PANEOLE
INPUTS
SOLVER
OUTPUTS
Digitisation of
Topography
Grid
Velocity vectors
Meteorological data
processing
Atlas of wind speed
and wind power
density
Establishing the
Windfield
Annual energy
production of wind
turbines
Characteristics of
turbines
Meteorological
Data
PANEOLE
PANEOLE Menu Structure
Pre-Processor Options
Post-Processor Options
Processor (Simulation) Options
PANEOLE
File Handling Options
Option to load Bitmap in the background
Options to import Map Files
PANEOLE
Model Setup: Location Details and Study Domain
PANEOLE
Model Setup: Digitizing the topography
List of Topographical Objects
Operations on the objects
Setting the Scale
PANEOLE
Meteorological Data
Key-in and Hourly Meteo Data
PANEOLE
Meteorological Data: Time Series and Windrose
Time Series
Data file
Windrose Frequency
Table File
Operations on Meteo Stations
PANEOLE
Model Setup: Selecting the Simulation Options
PANEOLE
Post Processing Features
Velocity Vectors
Body Fitted Mesh
Velocity Vectors in
vertical sections
WPD Contours
Power Production
PANEOLE
Output Options
Menu options for ‘Output’
The Menu Options under ‘Output’ are:
To create ‘Annotations’ for the view plots using the annotation elements
available like Line, Arrow, Polygon, Box, circle and also to write ‘Text’.
To ‘Save’ the files loaded/created in the various formats that are available
like ‘Bitmap’, ‘HPGL’, ‘Postscript’, ‘PCL’ etc.
To make ‘Animation’ sequences with the saved Bitmap images.
PANEPR
REAL CASE STUDIES
Ludres
Jogimatti
PANEOLE
CASE-1: LUDRES
(Simulation carried out for the predominant wind direction)
PANEOLE
Case Description:
• Objective is to identify the zones of the significant winds in order to locate
the wind turbines
• To establish the windfield over the computational domain for the
predominant wind speed and direction
• The complexity of the terrain such as undulations, vegetation, water bodies
are taken into account
PANEOLE
Input Data:
•
Bitmap in the background has been used to digitize the topograhy
•
The topographical features being considered are:
- Altitude contours
- Vegetation
•
Windfield was established using Predominant windspeed and direction
PANEOLE
Background map used to build Terrain Model
N
Vent dominant 250°N
Ludres
PANEOLE
Ludres: Terrain undulations and Body fitted Mesh
420m
250m
PANEOLE
Zone of strongest wind at a
height of 3 meters above the
ground
PANEOLE
Zone of strongest wind at a
height of 12 meters above the
ground
PANEOLE
Wind velocity vectors at a plane 12 m above the ground
Back to
Case Studies
PANEOLE
CASE-2: JOGIMATTI
PANEOLE
Case Description:
•
To evaluate the wind power density of a potential site
• Estimation of annual power production by the turbines placed at the
predetermined locations
PANEOLE
Topography built on the Background map
PANEOLE
Digitized topography and location of Turbines
PANEOLE
PANEOLE
PANEOLE
PANEOLE
Back to
Case Studies
PANEOLE
TRANSOFT team
Supplying tomorrow’s advanced
technology at today’s prices
7 boulevard de la Libération
93200 SAINT-DENIS
FRANCE
: 33 01 42 43 16 66
: 33 01 42 43 50 33
e-mail : [email protected]
1191 Crestmont Drive
LAFAYETTE CA 94549 - 3004
USA
: 1 925 284 1200
: 1 925 284 1240
e-mail :
[email protected]
15/17, Belwell Lane
Four Oaks, Sutton Coldfield
West Midlands B7 44AA UNITED
KINGDOM
: 44 0 1 213 088 168
: 44 0 1 213 232 009
e-mail : [email protected]
146, Ring Road,
Sector 5, H.S.R LAYOUT
BANGALORE 5600 34
INDIA
: 91 80 5503498
: 91 80 5501964
e-mail :
[email protected]
PANEPR
Slide 4
fluidyn - PANEOLE
- for the evaluation of Wind Energy Density of a potential site
PANEOLE
INTRODUCTION
PANEOLE
About PANEOLE …..
A unique 3D fluid dynamics based software available for wind
power potential prediction.
Reliable and high precision tool capable of generating wind field
atlas for the wind turbines siting
Wind field modeling is done by solving Navier-Stokes equations
Control-volume or integral-balance approach to construct the finite
difference approximations for each of these control volumes to preserve
local conservation of differenced quantities
Main application Area : This software could be used for siting of
turbines and prediction of power generation capacities at windy sites
PANEOLE
APPLICATION AREA
PANEOLE
Application Areas:
Establish wind energy density atlas over the potential site
Siting of Turbines and prediction of power generation capacities
The support for PANEOLE development is through …
ADEME
French ministry of environment agency
EED (Espace Eolien Developpement)
PANEOLE
PANEOLE FEATURES
PANEOLE
SALIENT FEATURES ….
Roughness curves and altitude curves can be imported through map
files
Mass consistent wind field model with Lagrangian multiplier technique
and weighted interpolation schemes for one or more meteorological
stations
According to the user specification, Cartesian or BFC grid generation
techniques can be used for mesh generation
The influence of obstacles like buildings, hillocks on the wind pattern
are considered
Turbulence models can be incorporated by selecting among the k-diff,
k-l or k-eps models
Energy density with respect to the prevailing wind over the whole
domain is calculated
Bar graphs show the power productions for the specified periods
PANEOLE
Comparison between cartesian and curvilinear grid
Cartesian uniform
Terrain
Curvilinear non-uniform
GRID
Modeled Terrain
The Cartesian grid transforms the slopes into steps which can cause turbulence.
PANEOLE
Example of Epinay-sur-Seine
Wind strongly disturbed by population centres(Urban area)
PANEOLE
Example of Southwark (UK)
Representation of turbulence in the vertical plane
PANEOLE
GRAPHICAL USER INTERFACE
& INPUTS REQUIRED
PANEOLE
fluidyn-PANEOLE
INPUTS
SOLVER
OUTPUTS
Digitisation of
Topography
Grid
Velocity vectors
Meteorological data
processing
Atlas of wind speed
and wind power
density
Establishing the
Windfield
Annual energy
production of wind
turbines
Characteristics of
turbines
Meteorological
Data
PANEOLE
PANEOLE Menu Structure
Pre-Processor Options
Post-Processor Options
Processor (Simulation) Options
PANEOLE
File Handling Options
Option to load Bitmap in the background
Options to import Map Files
PANEOLE
Model Setup: Location Details and Study Domain
PANEOLE
Model Setup: Digitizing the topography
List of Topographical Objects
Operations on the objects
Setting the Scale
PANEOLE
Meteorological Data
Key-in and Hourly Meteo Data
PANEOLE
Meteorological Data: Time Series and Windrose
Time Series
Data file
Windrose Frequency
Table File
Operations on Meteo Stations
PANEOLE
Model Setup: Selecting the Simulation Options
PANEOLE
Post Processing Features
Velocity Vectors
Body Fitted Mesh
Velocity Vectors in
vertical sections
WPD Contours
Power Production
PANEOLE
Output Options
Menu options for ‘Output’
The Menu Options under ‘Output’ are:
To create ‘Annotations’ for the view plots using the annotation elements
available like Line, Arrow, Polygon, Box, circle and also to write ‘Text’.
To ‘Save’ the files loaded/created in the various formats that are available
like ‘Bitmap’, ‘HPGL’, ‘Postscript’, ‘PCL’ etc.
To make ‘Animation’ sequences with the saved Bitmap images.
PANEPR
REAL CASE STUDIES
Ludres
Jogimatti
PANEOLE
CASE-1: LUDRES
(Simulation carried out for the predominant wind direction)
PANEOLE
Case Description:
• Objective is to identify the zones of the significant winds in order to locate
the wind turbines
• To establish the windfield over the computational domain for the
predominant wind speed and direction
• The complexity of the terrain such as undulations, vegetation, water bodies
are taken into account
PANEOLE
Input Data:
•
Bitmap in the background has been used to digitize the topograhy
•
The topographical features being considered are:
- Altitude contours
- Vegetation
•
Windfield was established using Predominant windspeed and direction
PANEOLE
Background map used to build Terrain Model
N
Vent dominant 250°N
Ludres
PANEOLE
Ludres: Terrain undulations and Body fitted Mesh
420m
250m
PANEOLE
Zone of strongest wind at a
height of 3 meters above the
ground
PANEOLE
Zone of strongest wind at a
height of 12 meters above the
ground
PANEOLE
Wind velocity vectors at a plane 12 m above the ground
Back to
Case Studies
PANEOLE
CASE-2: JOGIMATTI
PANEOLE
Case Description:
•
To evaluate the wind power density of a potential site
• Estimation of annual power production by the turbines placed at the
predetermined locations
PANEOLE
Topography built on the Background map
PANEOLE
Digitized topography and location of Turbines
PANEOLE
PANEOLE
PANEOLE
PANEOLE
Back to
Case Studies
PANEOLE
TRANSOFT team
Supplying tomorrow’s advanced
technology at today’s prices
7 boulevard de la Libération
93200 SAINT-DENIS
FRANCE
: 33 01 42 43 16 66
: 33 01 42 43 50 33
e-mail : [email protected]
1191 Crestmont Drive
LAFAYETTE CA 94549 - 3004
USA
: 1 925 284 1200
: 1 925 284 1240
e-mail :
[email protected]
15/17, Belwell Lane
Four Oaks, Sutton Coldfield
West Midlands B7 44AA UNITED
KINGDOM
: 44 0 1 213 088 168
: 44 0 1 213 232 009
e-mail : [email protected]
146, Ring Road,
Sector 5, H.S.R LAYOUT
BANGALORE 5600 34
INDIA
: 91 80 5503498
: 91 80 5501964
e-mail :
[email protected]
PANEPR
Slide 5
fluidyn - PANEOLE
- for the evaluation of Wind Energy Density of a potential site
PANEOLE
INTRODUCTION
PANEOLE
About PANEOLE …..
A unique 3D fluid dynamics based software available for wind
power potential prediction.
Reliable and high precision tool capable of generating wind field
atlas for the wind turbines siting
Wind field modeling is done by solving Navier-Stokes equations
Control-volume or integral-balance approach to construct the finite
difference approximations for each of these control volumes to preserve
local conservation of differenced quantities
Main application Area : This software could be used for siting of
turbines and prediction of power generation capacities at windy sites
PANEOLE
APPLICATION AREA
PANEOLE
Application Areas:
Establish wind energy density atlas over the potential site
Siting of Turbines and prediction of power generation capacities
The support for PANEOLE development is through …
ADEME
French ministry of environment agency
EED (Espace Eolien Developpement)
PANEOLE
PANEOLE FEATURES
PANEOLE
SALIENT FEATURES ….
Roughness curves and altitude curves can be imported through map
files
Mass consistent wind field model with Lagrangian multiplier technique
and weighted interpolation schemes for one or more meteorological
stations
According to the user specification, Cartesian or BFC grid generation
techniques can be used for mesh generation
The influence of obstacles like buildings, hillocks on the wind pattern
are considered
Turbulence models can be incorporated by selecting among the k-diff,
k-l or k-eps models
Energy density with respect to the prevailing wind over the whole
domain is calculated
Bar graphs show the power productions for the specified periods
PANEOLE
Comparison between cartesian and curvilinear grid
Cartesian uniform
Terrain
Curvilinear non-uniform
GRID
Modeled Terrain
The Cartesian grid transforms the slopes into steps which can cause turbulence.
PANEOLE
Example of Epinay-sur-Seine
Wind strongly disturbed by population centres(Urban area)
PANEOLE
Example of Southwark (UK)
Representation of turbulence in the vertical plane
PANEOLE
GRAPHICAL USER INTERFACE
& INPUTS REQUIRED
PANEOLE
fluidyn-PANEOLE
INPUTS
SOLVER
OUTPUTS
Digitisation of
Topography
Grid
Velocity vectors
Meteorological data
processing
Atlas of wind speed
and wind power
density
Establishing the
Windfield
Annual energy
production of wind
turbines
Characteristics of
turbines
Meteorological
Data
PANEOLE
PANEOLE Menu Structure
Pre-Processor Options
Post-Processor Options
Processor (Simulation) Options
PANEOLE
File Handling Options
Option to load Bitmap in the background
Options to import Map Files
PANEOLE
Model Setup: Location Details and Study Domain
PANEOLE
Model Setup: Digitizing the topography
List of Topographical Objects
Operations on the objects
Setting the Scale
PANEOLE
Meteorological Data
Key-in and Hourly Meteo Data
PANEOLE
Meteorological Data: Time Series and Windrose
Time Series
Data file
Windrose Frequency
Table File
Operations on Meteo Stations
PANEOLE
Model Setup: Selecting the Simulation Options
PANEOLE
Post Processing Features
Velocity Vectors
Body Fitted Mesh
Velocity Vectors in
vertical sections
WPD Contours
Power Production
PANEOLE
Output Options
Menu options for ‘Output’
The Menu Options under ‘Output’ are:
To create ‘Annotations’ for the view plots using the annotation elements
available like Line, Arrow, Polygon, Box, circle and also to write ‘Text’.
To ‘Save’ the files loaded/created in the various formats that are available
like ‘Bitmap’, ‘HPGL’, ‘Postscript’, ‘PCL’ etc.
To make ‘Animation’ sequences with the saved Bitmap images.
PANEPR
REAL CASE STUDIES
Ludres
Jogimatti
PANEOLE
CASE-1: LUDRES
(Simulation carried out for the predominant wind direction)
PANEOLE
Case Description:
• Objective is to identify the zones of the significant winds in order to locate
the wind turbines
• To establish the windfield over the computational domain for the
predominant wind speed and direction
• The complexity of the terrain such as undulations, vegetation, water bodies
are taken into account
PANEOLE
Input Data:
•
Bitmap in the background has been used to digitize the topograhy
•
The topographical features being considered are:
- Altitude contours
- Vegetation
•
Windfield was established using Predominant windspeed and direction
PANEOLE
Background map used to build Terrain Model
N
Vent dominant 250°N
Ludres
PANEOLE
Ludres: Terrain undulations and Body fitted Mesh
420m
250m
PANEOLE
Zone of strongest wind at a
height of 3 meters above the
ground
PANEOLE
Zone of strongest wind at a
height of 12 meters above the
ground
PANEOLE
Wind velocity vectors at a plane 12 m above the ground
Back to
Case Studies
PANEOLE
CASE-2: JOGIMATTI
PANEOLE
Case Description:
•
To evaluate the wind power density of a potential site
• Estimation of annual power production by the turbines placed at the
predetermined locations
PANEOLE
Topography built on the Background map
PANEOLE
Digitized topography and location of Turbines
PANEOLE
PANEOLE
PANEOLE
PANEOLE
Back to
Case Studies
PANEOLE
TRANSOFT team
Supplying tomorrow’s advanced
technology at today’s prices
7 boulevard de la Libération
93200 SAINT-DENIS
FRANCE
: 33 01 42 43 16 66
: 33 01 42 43 50 33
e-mail : [email protected]
1191 Crestmont Drive
LAFAYETTE CA 94549 - 3004
USA
: 1 925 284 1200
: 1 925 284 1240
e-mail :
[email protected]
15/17, Belwell Lane
Four Oaks, Sutton Coldfield
West Midlands B7 44AA UNITED
KINGDOM
: 44 0 1 213 088 168
: 44 0 1 213 232 009
e-mail : [email protected]
146, Ring Road,
Sector 5, H.S.R LAYOUT
BANGALORE 5600 34
INDIA
: 91 80 5503498
: 91 80 5501964
e-mail :
[email protected]
PANEPR
Slide 6
fluidyn - PANEOLE
- for the evaluation of Wind Energy Density of a potential site
PANEOLE
INTRODUCTION
PANEOLE
About PANEOLE …..
A unique 3D fluid dynamics based software available for wind
power potential prediction.
Reliable and high precision tool capable of generating wind field
atlas for the wind turbines siting
Wind field modeling is done by solving Navier-Stokes equations
Control-volume or integral-balance approach to construct the finite
difference approximations for each of these control volumes to preserve
local conservation of differenced quantities
Main application Area : This software could be used for siting of
turbines and prediction of power generation capacities at windy sites
PANEOLE
APPLICATION AREA
PANEOLE
Application Areas:
Establish wind energy density atlas over the potential site
Siting of Turbines and prediction of power generation capacities
The support for PANEOLE development is through …
ADEME
French ministry of environment agency
EED (Espace Eolien Developpement)
PANEOLE
PANEOLE FEATURES
PANEOLE
SALIENT FEATURES ….
Roughness curves and altitude curves can be imported through map
files
Mass consistent wind field model with Lagrangian multiplier technique
and weighted interpolation schemes for one or more meteorological
stations
According to the user specification, Cartesian or BFC grid generation
techniques can be used for mesh generation
The influence of obstacles like buildings, hillocks on the wind pattern
are considered
Turbulence models can be incorporated by selecting among the k-diff,
k-l or k-eps models
Energy density with respect to the prevailing wind over the whole
domain is calculated
Bar graphs show the power productions for the specified periods
PANEOLE
Comparison between cartesian and curvilinear grid
Cartesian uniform
Terrain
Curvilinear non-uniform
GRID
Modeled Terrain
The Cartesian grid transforms the slopes into steps which can cause turbulence.
PANEOLE
Example of Epinay-sur-Seine
Wind strongly disturbed by population centres(Urban area)
PANEOLE
Example of Southwark (UK)
Representation of turbulence in the vertical plane
PANEOLE
GRAPHICAL USER INTERFACE
& INPUTS REQUIRED
PANEOLE
fluidyn-PANEOLE
INPUTS
SOLVER
OUTPUTS
Digitisation of
Topography
Grid
Velocity vectors
Meteorological data
processing
Atlas of wind speed
and wind power
density
Establishing the
Windfield
Annual energy
production of wind
turbines
Characteristics of
turbines
Meteorological
Data
PANEOLE
PANEOLE Menu Structure
Pre-Processor Options
Post-Processor Options
Processor (Simulation) Options
PANEOLE
File Handling Options
Option to load Bitmap in the background
Options to import Map Files
PANEOLE
Model Setup: Location Details and Study Domain
PANEOLE
Model Setup: Digitizing the topography
List of Topographical Objects
Operations on the objects
Setting the Scale
PANEOLE
Meteorological Data
Key-in and Hourly Meteo Data
PANEOLE
Meteorological Data: Time Series and Windrose
Time Series
Data file
Windrose Frequency
Table File
Operations on Meteo Stations
PANEOLE
Model Setup: Selecting the Simulation Options
PANEOLE
Post Processing Features
Velocity Vectors
Body Fitted Mesh
Velocity Vectors in
vertical sections
WPD Contours
Power Production
PANEOLE
Output Options
Menu options for ‘Output’
The Menu Options under ‘Output’ are:
To create ‘Annotations’ for the view plots using the annotation elements
available like Line, Arrow, Polygon, Box, circle and also to write ‘Text’.
To ‘Save’ the files loaded/created in the various formats that are available
like ‘Bitmap’, ‘HPGL’, ‘Postscript’, ‘PCL’ etc.
To make ‘Animation’ sequences with the saved Bitmap images.
PANEPR
REAL CASE STUDIES
Ludres
Jogimatti
PANEOLE
CASE-1: LUDRES
(Simulation carried out for the predominant wind direction)
PANEOLE
Case Description:
• Objective is to identify the zones of the significant winds in order to locate
the wind turbines
• To establish the windfield over the computational domain for the
predominant wind speed and direction
• The complexity of the terrain such as undulations, vegetation, water bodies
are taken into account
PANEOLE
Input Data:
•
Bitmap in the background has been used to digitize the topograhy
•
The topographical features being considered are:
- Altitude contours
- Vegetation
•
Windfield was established using Predominant windspeed and direction
PANEOLE
Background map used to build Terrain Model
N
Vent dominant 250°N
Ludres
PANEOLE
Ludres: Terrain undulations and Body fitted Mesh
420m
250m
PANEOLE
Zone of strongest wind at a
height of 3 meters above the
ground
PANEOLE
Zone of strongest wind at a
height of 12 meters above the
ground
PANEOLE
Wind velocity vectors at a plane 12 m above the ground
Back to
Case Studies
PANEOLE
CASE-2: JOGIMATTI
PANEOLE
Case Description:
•
To evaluate the wind power density of a potential site
• Estimation of annual power production by the turbines placed at the
predetermined locations
PANEOLE
Topography built on the Background map
PANEOLE
Digitized topography and location of Turbines
PANEOLE
PANEOLE
PANEOLE
PANEOLE
Back to
Case Studies
PANEOLE
TRANSOFT team
Supplying tomorrow’s advanced
technology at today’s prices
7 boulevard de la Libération
93200 SAINT-DENIS
FRANCE
: 33 01 42 43 16 66
: 33 01 42 43 50 33
e-mail : [email protected]
1191 Crestmont Drive
LAFAYETTE CA 94549 - 3004
USA
: 1 925 284 1200
: 1 925 284 1240
e-mail :
[email protected]
15/17, Belwell Lane
Four Oaks, Sutton Coldfield
West Midlands B7 44AA UNITED
KINGDOM
: 44 0 1 213 088 168
: 44 0 1 213 232 009
e-mail : [email protected]
146, Ring Road,
Sector 5, H.S.R LAYOUT
BANGALORE 5600 34
INDIA
: 91 80 5503498
: 91 80 5501964
e-mail :
[email protected]
PANEPR
Slide 7
fluidyn - PANEOLE
- for the evaluation of Wind Energy Density of a potential site
PANEOLE
INTRODUCTION
PANEOLE
About PANEOLE …..
A unique 3D fluid dynamics based software available for wind
power potential prediction.
Reliable and high precision tool capable of generating wind field
atlas for the wind turbines siting
Wind field modeling is done by solving Navier-Stokes equations
Control-volume or integral-balance approach to construct the finite
difference approximations for each of these control volumes to preserve
local conservation of differenced quantities
Main application Area : This software could be used for siting of
turbines and prediction of power generation capacities at windy sites
PANEOLE
APPLICATION AREA
PANEOLE
Application Areas:
Establish wind energy density atlas over the potential site
Siting of Turbines and prediction of power generation capacities
The support for PANEOLE development is through …
ADEME
French ministry of environment agency
EED (Espace Eolien Developpement)
PANEOLE
PANEOLE FEATURES
PANEOLE
SALIENT FEATURES ….
Roughness curves and altitude curves can be imported through map
files
Mass consistent wind field model with Lagrangian multiplier technique
and weighted interpolation schemes for one or more meteorological
stations
According to the user specification, Cartesian or BFC grid generation
techniques can be used for mesh generation
The influence of obstacles like buildings, hillocks on the wind pattern
are considered
Turbulence models can be incorporated by selecting among the k-diff,
k-l or k-eps models
Energy density with respect to the prevailing wind over the whole
domain is calculated
Bar graphs show the power productions for the specified periods
PANEOLE
Comparison between cartesian and curvilinear grid
Cartesian uniform
Terrain
Curvilinear non-uniform
GRID
Modeled Terrain
The Cartesian grid transforms the slopes into steps which can cause turbulence.
PANEOLE
Example of Epinay-sur-Seine
Wind strongly disturbed by population centres(Urban area)
PANEOLE
Example of Southwark (UK)
Representation of turbulence in the vertical plane
PANEOLE
GRAPHICAL USER INTERFACE
& INPUTS REQUIRED
PANEOLE
fluidyn-PANEOLE
INPUTS
SOLVER
OUTPUTS
Digitisation of
Topography
Grid
Velocity vectors
Meteorological data
processing
Atlas of wind speed
and wind power
density
Establishing the
Windfield
Annual energy
production of wind
turbines
Characteristics of
turbines
Meteorological
Data
PANEOLE
PANEOLE Menu Structure
Pre-Processor Options
Post-Processor Options
Processor (Simulation) Options
PANEOLE
File Handling Options
Option to load Bitmap in the background
Options to import Map Files
PANEOLE
Model Setup: Location Details and Study Domain
PANEOLE
Model Setup: Digitizing the topography
List of Topographical Objects
Operations on the objects
Setting the Scale
PANEOLE
Meteorological Data
Key-in and Hourly Meteo Data
PANEOLE
Meteorological Data: Time Series and Windrose
Time Series
Data file
Windrose Frequency
Table File
Operations on Meteo Stations
PANEOLE
Model Setup: Selecting the Simulation Options
PANEOLE
Post Processing Features
Velocity Vectors
Body Fitted Mesh
Velocity Vectors in
vertical sections
WPD Contours
Power Production
PANEOLE
Output Options
Menu options for ‘Output’
The Menu Options under ‘Output’ are:
To create ‘Annotations’ for the view plots using the annotation elements
available like Line, Arrow, Polygon, Box, circle and also to write ‘Text’.
To ‘Save’ the files loaded/created in the various formats that are available
like ‘Bitmap’, ‘HPGL’, ‘Postscript’, ‘PCL’ etc.
To make ‘Animation’ sequences with the saved Bitmap images.
PANEPR
REAL CASE STUDIES
Ludres
Jogimatti
PANEOLE
CASE-1: LUDRES
(Simulation carried out for the predominant wind direction)
PANEOLE
Case Description:
• Objective is to identify the zones of the significant winds in order to locate
the wind turbines
• To establish the windfield over the computational domain for the
predominant wind speed and direction
• The complexity of the terrain such as undulations, vegetation, water bodies
are taken into account
PANEOLE
Input Data:
•
Bitmap in the background has been used to digitize the topograhy
•
The topographical features being considered are:
- Altitude contours
- Vegetation
•
Windfield was established using Predominant windspeed and direction
PANEOLE
Background map used to build Terrain Model
N
Vent dominant 250°N
Ludres
PANEOLE
Ludres: Terrain undulations and Body fitted Mesh
420m
250m
PANEOLE
Zone of strongest wind at a
height of 3 meters above the
ground
PANEOLE
Zone of strongest wind at a
height of 12 meters above the
ground
PANEOLE
Wind velocity vectors at a plane 12 m above the ground
Back to
Case Studies
PANEOLE
CASE-2: JOGIMATTI
PANEOLE
Case Description:
•
To evaluate the wind power density of a potential site
• Estimation of annual power production by the turbines placed at the
predetermined locations
PANEOLE
Topography built on the Background map
PANEOLE
Digitized topography and location of Turbines
PANEOLE
PANEOLE
PANEOLE
PANEOLE
Back to
Case Studies
PANEOLE
TRANSOFT team
Supplying tomorrow’s advanced
technology at today’s prices
7 boulevard de la Libération
93200 SAINT-DENIS
FRANCE
: 33 01 42 43 16 66
: 33 01 42 43 50 33
e-mail : [email protected]
1191 Crestmont Drive
LAFAYETTE CA 94549 - 3004
USA
: 1 925 284 1200
: 1 925 284 1240
e-mail :
[email protected]
15/17, Belwell Lane
Four Oaks, Sutton Coldfield
West Midlands B7 44AA UNITED
KINGDOM
: 44 0 1 213 088 168
: 44 0 1 213 232 009
e-mail : [email protected]
146, Ring Road,
Sector 5, H.S.R LAYOUT
BANGALORE 5600 34
INDIA
: 91 80 5503498
: 91 80 5501964
e-mail :
[email protected]
PANEPR
Slide 8
fluidyn - PANEOLE
- for the evaluation of Wind Energy Density of a potential site
PANEOLE
INTRODUCTION
PANEOLE
About PANEOLE …..
A unique 3D fluid dynamics based software available for wind
power potential prediction.
Reliable and high precision tool capable of generating wind field
atlas for the wind turbines siting
Wind field modeling is done by solving Navier-Stokes equations
Control-volume or integral-balance approach to construct the finite
difference approximations for each of these control volumes to preserve
local conservation of differenced quantities
Main application Area : This software could be used for siting of
turbines and prediction of power generation capacities at windy sites
PANEOLE
APPLICATION AREA
PANEOLE
Application Areas:
Establish wind energy density atlas over the potential site
Siting of Turbines and prediction of power generation capacities
The support for PANEOLE development is through …
ADEME
French ministry of environment agency
EED (Espace Eolien Developpement)
PANEOLE
PANEOLE FEATURES
PANEOLE
SALIENT FEATURES ….
Roughness curves and altitude curves can be imported through map
files
Mass consistent wind field model with Lagrangian multiplier technique
and weighted interpolation schemes for one or more meteorological
stations
According to the user specification, Cartesian or BFC grid generation
techniques can be used for mesh generation
The influence of obstacles like buildings, hillocks on the wind pattern
are considered
Turbulence models can be incorporated by selecting among the k-diff,
k-l or k-eps models
Energy density with respect to the prevailing wind over the whole
domain is calculated
Bar graphs show the power productions for the specified periods
PANEOLE
Comparison between cartesian and curvilinear grid
Cartesian uniform
Terrain
Curvilinear non-uniform
GRID
Modeled Terrain
The Cartesian grid transforms the slopes into steps which can cause turbulence.
PANEOLE
Example of Epinay-sur-Seine
Wind strongly disturbed by population centres(Urban area)
PANEOLE
Example of Southwark (UK)
Representation of turbulence in the vertical plane
PANEOLE
GRAPHICAL USER INTERFACE
& INPUTS REQUIRED
PANEOLE
fluidyn-PANEOLE
INPUTS
SOLVER
OUTPUTS
Digitisation of
Topography
Grid
Velocity vectors
Meteorological data
processing
Atlas of wind speed
and wind power
density
Establishing the
Windfield
Annual energy
production of wind
turbines
Characteristics of
turbines
Meteorological
Data
PANEOLE
PANEOLE Menu Structure
Pre-Processor Options
Post-Processor Options
Processor (Simulation) Options
PANEOLE
File Handling Options
Option to load Bitmap in the background
Options to import Map Files
PANEOLE
Model Setup: Location Details and Study Domain
PANEOLE
Model Setup: Digitizing the topography
List of Topographical Objects
Operations on the objects
Setting the Scale
PANEOLE
Meteorological Data
Key-in and Hourly Meteo Data
PANEOLE
Meteorological Data: Time Series and Windrose
Time Series
Data file
Windrose Frequency
Table File
Operations on Meteo Stations
PANEOLE
Model Setup: Selecting the Simulation Options
PANEOLE
Post Processing Features
Velocity Vectors
Body Fitted Mesh
Velocity Vectors in
vertical sections
WPD Contours
Power Production
PANEOLE
Output Options
Menu options for ‘Output’
The Menu Options under ‘Output’ are:
To create ‘Annotations’ for the view plots using the annotation elements
available like Line, Arrow, Polygon, Box, circle and also to write ‘Text’.
To ‘Save’ the files loaded/created in the various formats that are available
like ‘Bitmap’, ‘HPGL’, ‘Postscript’, ‘PCL’ etc.
To make ‘Animation’ sequences with the saved Bitmap images.
PANEPR
REAL CASE STUDIES
Ludres
Jogimatti
PANEOLE
CASE-1: LUDRES
(Simulation carried out for the predominant wind direction)
PANEOLE
Case Description:
• Objective is to identify the zones of the significant winds in order to locate
the wind turbines
• To establish the windfield over the computational domain for the
predominant wind speed and direction
• The complexity of the terrain such as undulations, vegetation, water bodies
are taken into account
PANEOLE
Input Data:
•
Bitmap in the background has been used to digitize the topograhy
•
The topographical features being considered are:
- Altitude contours
- Vegetation
•
Windfield was established using Predominant windspeed and direction
PANEOLE
Background map used to build Terrain Model
N
Vent dominant 250°N
Ludres
PANEOLE
Ludres: Terrain undulations and Body fitted Mesh
420m
250m
PANEOLE
Zone of strongest wind at a
height of 3 meters above the
ground
PANEOLE
Zone of strongest wind at a
height of 12 meters above the
ground
PANEOLE
Wind velocity vectors at a plane 12 m above the ground
Back to
Case Studies
PANEOLE
CASE-2: JOGIMATTI
PANEOLE
Case Description:
•
To evaluate the wind power density of a potential site
• Estimation of annual power production by the turbines placed at the
predetermined locations
PANEOLE
Topography built on the Background map
PANEOLE
Digitized topography and location of Turbines
PANEOLE
PANEOLE
PANEOLE
PANEOLE
Back to
Case Studies
PANEOLE
TRANSOFT team
Supplying tomorrow’s advanced
technology at today’s prices
7 boulevard de la Libération
93200 SAINT-DENIS
FRANCE
: 33 01 42 43 16 66
: 33 01 42 43 50 33
e-mail : [email protected]
1191 Crestmont Drive
LAFAYETTE CA 94549 - 3004
USA
: 1 925 284 1200
: 1 925 284 1240
e-mail :
[email protected]
15/17, Belwell Lane
Four Oaks, Sutton Coldfield
West Midlands B7 44AA UNITED
KINGDOM
: 44 0 1 213 088 168
: 44 0 1 213 232 009
e-mail : [email protected]
146, Ring Road,
Sector 5, H.S.R LAYOUT
BANGALORE 5600 34
INDIA
: 91 80 5503498
: 91 80 5501964
e-mail :
[email protected]
PANEPR
Slide 9
fluidyn - PANEOLE
- for the evaluation of Wind Energy Density of a potential site
PANEOLE
INTRODUCTION
PANEOLE
About PANEOLE …..
A unique 3D fluid dynamics based software available for wind
power potential prediction.
Reliable and high precision tool capable of generating wind field
atlas for the wind turbines siting
Wind field modeling is done by solving Navier-Stokes equations
Control-volume or integral-balance approach to construct the finite
difference approximations for each of these control volumes to preserve
local conservation of differenced quantities
Main application Area : This software could be used for siting of
turbines and prediction of power generation capacities at windy sites
PANEOLE
APPLICATION AREA
PANEOLE
Application Areas:
Establish wind energy density atlas over the potential site
Siting of Turbines and prediction of power generation capacities
The support for PANEOLE development is through …
ADEME
French ministry of environment agency
EED (Espace Eolien Developpement)
PANEOLE
PANEOLE FEATURES
PANEOLE
SALIENT FEATURES ….
Roughness curves and altitude curves can be imported through map
files
Mass consistent wind field model with Lagrangian multiplier technique
and weighted interpolation schemes for one or more meteorological
stations
According to the user specification, Cartesian or BFC grid generation
techniques can be used for mesh generation
The influence of obstacles like buildings, hillocks on the wind pattern
are considered
Turbulence models can be incorporated by selecting among the k-diff,
k-l or k-eps models
Energy density with respect to the prevailing wind over the whole
domain is calculated
Bar graphs show the power productions for the specified periods
PANEOLE
Comparison between cartesian and curvilinear grid
Cartesian uniform
Terrain
Curvilinear non-uniform
GRID
Modeled Terrain
The Cartesian grid transforms the slopes into steps which can cause turbulence.
PANEOLE
Example of Epinay-sur-Seine
Wind strongly disturbed by population centres(Urban area)
PANEOLE
Example of Southwark (UK)
Representation of turbulence in the vertical plane
PANEOLE
GRAPHICAL USER INTERFACE
& INPUTS REQUIRED
PANEOLE
fluidyn-PANEOLE
INPUTS
SOLVER
OUTPUTS
Digitisation of
Topography
Grid
Velocity vectors
Meteorological data
processing
Atlas of wind speed
and wind power
density
Establishing the
Windfield
Annual energy
production of wind
turbines
Characteristics of
turbines
Meteorological
Data
PANEOLE
PANEOLE Menu Structure
Pre-Processor Options
Post-Processor Options
Processor (Simulation) Options
PANEOLE
File Handling Options
Option to load Bitmap in the background
Options to import Map Files
PANEOLE
Model Setup: Location Details and Study Domain
PANEOLE
Model Setup: Digitizing the topography
List of Topographical Objects
Operations on the objects
Setting the Scale
PANEOLE
Meteorological Data
Key-in and Hourly Meteo Data
PANEOLE
Meteorological Data: Time Series and Windrose
Time Series
Data file
Windrose Frequency
Table File
Operations on Meteo Stations
PANEOLE
Model Setup: Selecting the Simulation Options
PANEOLE
Post Processing Features
Velocity Vectors
Body Fitted Mesh
Velocity Vectors in
vertical sections
WPD Contours
Power Production
PANEOLE
Output Options
Menu options for ‘Output’
The Menu Options under ‘Output’ are:
To create ‘Annotations’ for the view plots using the annotation elements
available like Line, Arrow, Polygon, Box, circle and also to write ‘Text’.
To ‘Save’ the files loaded/created in the various formats that are available
like ‘Bitmap’, ‘HPGL’, ‘Postscript’, ‘PCL’ etc.
To make ‘Animation’ sequences with the saved Bitmap images.
PANEPR
REAL CASE STUDIES
Ludres
Jogimatti
PANEOLE
CASE-1: LUDRES
(Simulation carried out for the predominant wind direction)
PANEOLE
Case Description:
• Objective is to identify the zones of the significant winds in order to locate
the wind turbines
• To establish the windfield over the computational domain for the
predominant wind speed and direction
• The complexity of the terrain such as undulations, vegetation, water bodies
are taken into account
PANEOLE
Input Data:
•
Bitmap in the background has been used to digitize the topograhy
•
The topographical features being considered are:
- Altitude contours
- Vegetation
•
Windfield was established using Predominant windspeed and direction
PANEOLE
Background map used to build Terrain Model
N
Vent dominant 250°N
Ludres
PANEOLE
Ludres: Terrain undulations and Body fitted Mesh
420m
250m
PANEOLE
Zone of strongest wind at a
height of 3 meters above the
ground
PANEOLE
Zone of strongest wind at a
height of 12 meters above the
ground
PANEOLE
Wind velocity vectors at a plane 12 m above the ground
Back to
Case Studies
PANEOLE
CASE-2: JOGIMATTI
PANEOLE
Case Description:
•
To evaluate the wind power density of a potential site
• Estimation of annual power production by the turbines placed at the
predetermined locations
PANEOLE
Topography built on the Background map
PANEOLE
Digitized topography and location of Turbines
PANEOLE
PANEOLE
PANEOLE
PANEOLE
Back to
Case Studies
PANEOLE
TRANSOFT team
Supplying tomorrow’s advanced
technology at today’s prices
7 boulevard de la Libération
93200 SAINT-DENIS
FRANCE
: 33 01 42 43 16 66
: 33 01 42 43 50 33
e-mail : [email protected]
1191 Crestmont Drive
LAFAYETTE CA 94549 - 3004
USA
: 1 925 284 1200
: 1 925 284 1240
e-mail :
[email protected]
15/17, Belwell Lane
Four Oaks, Sutton Coldfield
West Midlands B7 44AA UNITED
KINGDOM
: 44 0 1 213 088 168
: 44 0 1 213 232 009
e-mail : [email protected]
146, Ring Road,
Sector 5, H.S.R LAYOUT
BANGALORE 5600 34
INDIA
: 91 80 5503498
: 91 80 5501964
e-mail :
[email protected]
PANEPR
Slide 10
fluidyn - PANEOLE
- for the evaluation of Wind Energy Density of a potential site
PANEOLE
INTRODUCTION
PANEOLE
About PANEOLE …..
A unique 3D fluid dynamics based software available for wind
power potential prediction.
Reliable and high precision tool capable of generating wind field
atlas for the wind turbines siting
Wind field modeling is done by solving Navier-Stokes equations
Control-volume or integral-balance approach to construct the finite
difference approximations for each of these control volumes to preserve
local conservation of differenced quantities
Main application Area : This software could be used for siting of
turbines and prediction of power generation capacities at windy sites
PANEOLE
APPLICATION AREA
PANEOLE
Application Areas:
Establish wind energy density atlas over the potential site
Siting of Turbines and prediction of power generation capacities
The support for PANEOLE development is through …
ADEME
French ministry of environment agency
EED (Espace Eolien Developpement)
PANEOLE
PANEOLE FEATURES
PANEOLE
SALIENT FEATURES ….
Roughness curves and altitude curves can be imported through map
files
Mass consistent wind field model with Lagrangian multiplier technique
and weighted interpolation schemes for one or more meteorological
stations
According to the user specification, Cartesian or BFC grid generation
techniques can be used for mesh generation
The influence of obstacles like buildings, hillocks on the wind pattern
are considered
Turbulence models can be incorporated by selecting among the k-diff,
k-l or k-eps models
Energy density with respect to the prevailing wind over the whole
domain is calculated
Bar graphs show the power productions for the specified periods
PANEOLE
Comparison between cartesian and curvilinear grid
Cartesian uniform
Terrain
Curvilinear non-uniform
GRID
Modeled Terrain
The Cartesian grid transforms the slopes into steps which can cause turbulence.
PANEOLE
Example of Epinay-sur-Seine
Wind strongly disturbed by population centres(Urban area)
PANEOLE
Example of Southwark (UK)
Representation of turbulence in the vertical plane
PANEOLE
GRAPHICAL USER INTERFACE
& INPUTS REQUIRED
PANEOLE
fluidyn-PANEOLE
INPUTS
SOLVER
OUTPUTS
Digitisation of
Topography
Grid
Velocity vectors
Meteorological data
processing
Atlas of wind speed
and wind power
density
Establishing the
Windfield
Annual energy
production of wind
turbines
Characteristics of
turbines
Meteorological
Data
PANEOLE
PANEOLE Menu Structure
Pre-Processor Options
Post-Processor Options
Processor (Simulation) Options
PANEOLE
File Handling Options
Option to load Bitmap in the background
Options to import Map Files
PANEOLE
Model Setup: Location Details and Study Domain
PANEOLE
Model Setup: Digitizing the topography
List of Topographical Objects
Operations on the objects
Setting the Scale
PANEOLE
Meteorological Data
Key-in and Hourly Meteo Data
PANEOLE
Meteorological Data: Time Series and Windrose
Time Series
Data file
Windrose Frequency
Table File
Operations on Meteo Stations
PANEOLE
Model Setup: Selecting the Simulation Options
PANEOLE
Post Processing Features
Velocity Vectors
Body Fitted Mesh
Velocity Vectors in
vertical sections
WPD Contours
Power Production
PANEOLE
Output Options
Menu options for ‘Output’
The Menu Options under ‘Output’ are:
To create ‘Annotations’ for the view plots using the annotation elements
available like Line, Arrow, Polygon, Box, circle and also to write ‘Text’.
To ‘Save’ the files loaded/created in the various formats that are available
like ‘Bitmap’, ‘HPGL’, ‘Postscript’, ‘PCL’ etc.
To make ‘Animation’ sequences with the saved Bitmap images.
PANEPR
REAL CASE STUDIES
Ludres
Jogimatti
PANEOLE
CASE-1: LUDRES
(Simulation carried out for the predominant wind direction)
PANEOLE
Case Description:
• Objective is to identify the zones of the significant winds in order to locate
the wind turbines
• To establish the windfield over the computational domain for the
predominant wind speed and direction
• The complexity of the terrain such as undulations, vegetation, water bodies
are taken into account
PANEOLE
Input Data:
•
Bitmap in the background has been used to digitize the topograhy
•
The topographical features being considered are:
- Altitude contours
- Vegetation
•
Windfield was established using Predominant windspeed and direction
PANEOLE
Background map used to build Terrain Model
N
Vent dominant 250°N
Ludres
PANEOLE
Ludres: Terrain undulations and Body fitted Mesh
420m
250m
PANEOLE
Zone of strongest wind at a
height of 3 meters above the
ground
PANEOLE
Zone of strongest wind at a
height of 12 meters above the
ground
PANEOLE
Wind velocity vectors at a plane 12 m above the ground
Back to
Case Studies
PANEOLE
CASE-2: JOGIMATTI
PANEOLE
Case Description:
•
To evaluate the wind power density of a potential site
• Estimation of annual power production by the turbines placed at the
predetermined locations
PANEOLE
Topography built on the Background map
PANEOLE
Digitized topography and location of Turbines
PANEOLE
PANEOLE
PANEOLE
PANEOLE
Back to
Case Studies
PANEOLE
TRANSOFT team
Supplying tomorrow’s advanced
technology at today’s prices
7 boulevard de la Libération
93200 SAINT-DENIS
FRANCE
: 33 01 42 43 16 66
: 33 01 42 43 50 33
e-mail : [email protected]
1191 Crestmont Drive
LAFAYETTE CA 94549 - 3004
USA
: 1 925 284 1200
: 1 925 284 1240
e-mail :
[email protected]
15/17, Belwell Lane
Four Oaks, Sutton Coldfield
West Midlands B7 44AA UNITED
KINGDOM
: 44 0 1 213 088 168
: 44 0 1 213 232 009
e-mail : [email protected]
146, Ring Road,
Sector 5, H.S.R LAYOUT
BANGALORE 5600 34
INDIA
: 91 80 5503498
: 91 80 5501964
e-mail :
[email protected]
PANEPR
Slide 11
fluidyn - PANEOLE
- for the evaluation of Wind Energy Density of a potential site
PANEOLE
INTRODUCTION
PANEOLE
About PANEOLE …..
A unique 3D fluid dynamics based software available for wind
power potential prediction.
Reliable and high precision tool capable of generating wind field
atlas for the wind turbines siting
Wind field modeling is done by solving Navier-Stokes equations
Control-volume or integral-balance approach to construct the finite
difference approximations for each of these control volumes to preserve
local conservation of differenced quantities
Main application Area : This software could be used for siting of
turbines and prediction of power generation capacities at windy sites
PANEOLE
APPLICATION AREA
PANEOLE
Application Areas:
Establish wind energy density atlas over the potential site
Siting of Turbines and prediction of power generation capacities
The support for PANEOLE development is through …
ADEME
French ministry of environment agency
EED (Espace Eolien Developpement)
PANEOLE
PANEOLE FEATURES
PANEOLE
SALIENT FEATURES ….
Roughness curves and altitude curves can be imported through map
files
Mass consistent wind field model with Lagrangian multiplier technique
and weighted interpolation schemes for one or more meteorological
stations
According to the user specification, Cartesian or BFC grid generation
techniques can be used for mesh generation
The influence of obstacles like buildings, hillocks on the wind pattern
are considered
Turbulence models can be incorporated by selecting among the k-diff,
k-l or k-eps models
Energy density with respect to the prevailing wind over the whole
domain is calculated
Bar graphs show the power productions for the specified periods
PANEOLE
Comparison between cartesian and curvilinear grid
Cartesian uniform
Terrain
Curvilinear non-uniform
GRID
Modeled Terrain
The Cartesian grid transforms the slopes into steps which can cause turbulence.
PANEOLE
Example of Epinay-sur-Seine
Wind strongly disturbed by population centres(Urban area)
PANEOLE
Example of Southwark (UK)
Representation of turbulence in the vertical plane
PANEOLE
GRAPHICAL USER INTERFACE
& INPUTS REQUIRED
PANEOLE
fluidyn-PANEOLE
INPUTS
SOLVER
OUTPUTS
Digitisation of
Topography
Grid
Velocity vectors
Meteorological data
processing
Atlas of wind speed
and wind power
density
Establishing the
Windfield
Annual energy
production of wind
turbines
Characteristics of
turbines
Meteorological
Data
PANEOLE
PANEOLE Menu Structure
Pre-Processor Options
Post-Processor Options
Processor (Simulation) Options
PANEOLE
File Handling Options
Option to load Bitmap in the background
Options to import Map Files
PANEOLE
Model Setup: Location Details and Study Domain
PANEOLE
Model Setup: Digitizing the topography
List of Topographical Objects
Operations on the objects
Setting the Scale
PANEOLE
Meteorological Data
Key-in and Hourly Meteo Data
PANEOLE
Meteorological Data: Time Series and Windrose
Time Series
Data file
Windrose Frequency
Table File
Operations on Meteo Stations
PANEOLE
Model Setup: Selecting the Simulation Options
PANEOLE
Post Processing Features
Velocity Vectors
Body Fitted Mesh
Velocity Vectors in
vertical sections
WPD Contours
Power Production
PANEOLE
Output Options
Menu options for ‘Output’
The Menu Options under ‘Output’ are:
To create ‘Annotations’ for the view plots using the annotation elements
available like Line, Arrow, Polygon, Box, circle and also to write ‘Text’.
To ‘Save’ the files loaded/created in the various formats that are available
like ‘Bitmap’, ‘HPGL’, ‘Postscript’, ‘PCL’ etc.
To make ‘Animation’ sequences with the saved Bitmap images.
PANEPR
REAL CASE STUDIES
Ludres
Jogimatti
PANEOLE
CASE-1: LUDRES
(Simulation carried out for the predominant wind direction)
PANEOLE
Case Description:
• Objective is to identify the zones of the significant winds in order to locate
the wind turbines
• To establish the windfield over the computational domain for the
predominant wind speed and direction
• The complexity of the terrain such as undulations, vegetation, water bodies
are taken into account
PANEOLE
Input Data:
•
Bitmap in the background has been used to digitize the topograhy
•
The topographical features being considered are:
- Altitude contours
- Vegetation
•
Windfield was established using Predominant windspeed and direction
PANEOLE
Background map used to build Terrain Model
N
Vent dominant 250°N
Ludres
PANEOLE
Ludres: Terrain undulations and Body fitted Mesh
420m
250m
PANEOLE
Zone of strongest wind at a
height of 3 meters above the
ground
PANEOLE
Zone of strongest wind at a
height of 12 meters above the
ground
PANEOLE
Wind velocity vectors at a plane 12 m above the ground
Back to
Case Studies
PANEOLE
CASE-2: JOGIMATTI
PANEOLE
Case Description:
•
To evaluate the wind power density of a potential site
• Estimation of annual power production by the turbines placed at the
predetermined locations
PANEOLE
Topography built on the Background map
PANEOLE
Digitized topography and location of Turbines
PANEOLE
PANEOLE
PANEOLE
PANEOLE
Back to
Case Studies
PANEOLE
TRANSOFT team
Supplying tomorrow’s advanced
technology at today’s prices
7 boulevard de la Libération
93200 SAINT-DENIS
FRANCE
: 33 01 42 43 16 66
: 33 01 42 43 50 33
e-mail : [email protected]
1191 Crestmont Drive
LAFAYETTE CA 94549 - 3004
USA
: 1 925 284 1200
: 1 925 284 1240
e-mail :
[email protected]
15/17, Belwell Lane
Four Oaks, Sutton Coldfield
West Midlands B7 44AA UNITED
KINGDOM
: 44 0 1 213 088 168
: 44 0 1 213 232 009
e-mail : [email protected]
146, Ring Road,
Sector 5, H.S.R LAYOUT
BANGALORE 5600 34
INDIA
: 91 80 5503498
: 91 80 5501964
e-mail :
[email protected]
PANEPR
Slide 12
fluidyn - PANEOLE
- for the evaluation of Wind Energy Density of a potential site
PANEOLE
INTRODUCTION
PANEOLE
About PANEOLE …..
A unique 3D fluid dynamics based software available for wind
power potential prediction.
Reliable and high precision tool capable of generating wind field
atlas for the wind turbines siting
Wind field modeling is done by solving Navier-Stokes equations
Control-volume or integral-balance approach to construct the finite
difference approximations for each of these control volumes to preserve
local conservation of differenced quantities
Main application Area : This software could be used for siting of
turbines and prediction of power generation capacities at windy sites
PANEOLE
APPLICATION AREA
PANEOLE
Application Areas:
Establish wind energy density atlas over the potential site
Siting of Turbines and prediction of power generation capacities
The support for PANEOLE development is through …
ADEME
French ministry of environment agency
EED (Espace Eolien Developpement)
PANEOLE
PANEOLE FEATURES
PANEOLE
SALIENT FEATURES ….
Roughness curves and altitude curves can be imported through map
files
Mass consistent wind field model with Lagrangian multiplier technique
and weighted interpolation schemes for one or more meteorological
stations
According to the user specification, Cartesian or BFC grid generation
techniques can be used for mesh generation
The influence of obstacles like buildings, hillocks on the wind pattern
are considered
Turbulence models can be incorporated by selecting among the k-diff,
k-l or k-eps models
Energy density with respect to the prevailing wind over the whole
domain is calculated
Bar graphs show the power productions for the specified periods
PANEOLE
Comparison between cartesian and curvilinear grid
Cartesian uniform
Terrain
Curvilinear non-uniform
GRID
Modeled Terrain
The Cartesian grid transforms the slopes into steps which can cause turbulence.
PANEOLE
Example of Epinay-sur-Seine
Wind strongly disturbed by population centres(Urban area)
PANEOLE
Example of Southwark (UK)
Representation of turbulence in the vertical plane
PANEOLE
GRAPHICAL USER INTERFACE
& INPUTS REQUIRED
PANEOLE
fluidyn-PANEOLE
INPUTS
SOLVER
OUTPUTS
Digitisation of
Topography
Grid
Velocity vectors
Meteorological data
processing
Atlas of wind speed
and wind power
density
Establishing the
Windfield
Annual energy
production of wind
turbines
Characteristics of
turbines
Meteorological
Data
PANEOLE
PANEOLE Menu Structure
Pre-Processor Options
Post-Processor Options
Processor (Simulation) Options
PANEOLE
File Handling Options
Option to load Bitmap in the background
Options to import Map Files
PANEOLE
Model Setup: Location Details and Study Domain
PANEOLE
Model Setup: Digitizing the topography
List of Topographical Objects
Operations on the objects
Setting the Scale
PANEOLE
Meteorological Data
Key-in and Hourly Meteo Data
PANEOLE
Meteorological Data: Time Series and Windrose
Time Series
Data file
Windrose Frequency
Table File
Operations on Meteo Stations
PANEOLE
Model Setup: Selecting the Simulation Options
PANEOLE
Post Processing Features
Velocity Vectors
Body Fitted Mesh
Velocity Vectors in
vertical sections
WPD Contours
Power Production
PANEOLE
Output Options
Menu options for ‘Output’
The Menu Options under ‘Output’ are:
To create ‘Annotations’ for the view plots using the annotation elements
available like Line, Arrow, Polygon, Box, circle and also to write ‘Text’.
To ‘Save’ the files loaded/created in the various formats that are available
like ‘Bitmap’, ‘HPGL’, ‘Postscript’, ‘PCL’ etc.
To make ‘Animation’ sequences with the saved Bitmap images.
PANEPR
REAL CASE STUDIES
Ludres
Jogimatti
PANEOLE
CASE-1: LUDRES
(Simulation carried out for the predominant wind direction)
PANEOLE
Case Description:
• Objective is to identify the zones of the significant winds in order to locate
the wind turbines
• To establish the windfield over the computational domain for the
predominant wind speed and direction
• The complexity of the terrain such as undulations, vegetation, water bodies
are taken into account
PANEOLE
Input Data:
•
Bitmap in the background has been used to digitize the topograhy
•
The topographical features being considered are:
- Altitude contours
- Vegetation
•
Windfield was established using Predominant windspeed and direction
PANEOLE
Background map used to build Terrain Model
N
Vent dominant 250°N
Ludres
PANEOLE
Ludres: Terrain undulations and Body fitted Mesh
420m
250m
PANEOLE
Zone of strongest wind at a
height of 3 meters above the
ground
PANEOLE
Zone of strongest wind at a
height of 12 meters above the
ground
PANEOLE
Wind velocity vectors at a plane 12 m above the ground
Back to
Case Studies
PANEOLE
CASE-2: JOGIMATTI
PANEOLE
Case Description:
•
To evaluate the wind power density of a potential site
• Estimation of annual power production by the turbines placed at the
predetermined locations
PANEOLE
Topography built on the Background map
PANEOLE
Digitized topography and location of Turbines
PANEOLE
PANEOLE
PANEOLE
PANEOLE
Back to
Case Studies
PANEOLE
TRANSOFT team
Supplying tomorrow’s advanced
technology at today’s prices
7 boulevard de la Libération
93200 SAINT-DENIS
FRANCE
: 33 01 42 43 16 66
: 33 01 42 43 50 33
e-mail : [email protected]
1191 Crestmont Drive
LAFAYETTE CA 94549 - 3004
USA
: 1 925 284 1200
: 1 925 284 1240
e-mail :
[email protected]
15/17, Belwell Lane
Four Oaks, Sutton Coldfield
West Midlands B7 44AA UNITED
KINGDOM
: 44 0 1 213 088 168
: 44 0 1 213 232 009
e-mail : [email protected]
146, Ring Road,
Sector 5, H.S.R LAYOUT
BANGALORE 5600 34
INDIA
: 91 80 5503498
: 91 80 5501964
e-mail :
[email protected]
PANEPR
Slide 13
fluidyn - PANEOLE
- for the evaluation of Wind Energy Density of a potential site
PANEOLE
INTRODUCTION
PANEOLE
About PANEOLE …..
A unique 3D fluid dynamics based software available for wind
power potential prediction.
Reliable and high precision tool capable of generating wind field
atlas for the wind turbines siting
Wind field modeling is done by solving Navier-Stokes equations
Control-volume or integral-balance approach to construct the finite
difference approximations for each of these control volumes to preserve
local conservation of differenced quantities
Main application Area : This software could be used for siting of
turbines and prediction of power generation capacities at windy sites
PANEOLE
APPLICATION AREA
PANEOLE
Application Areas:
Establish wind energy density atlas over the potential site
Siting of Turbines and prediction of power generation capacities
The support for PANEOLE development is through …
ADEME
French ministry of environment agency
EED (Espace Eolien Developpement)
PANEOLE
PANEOLE FEATURES
PANEOLE
SALIENT FEATURES ….
Roughness curves and altitude curves can be imported through map
files
Mass consistent wind field model with Lagrangian multiplier technique
and weighted interpolation schemes for one or more meteorological
stations
According to the user specification, Cartesian or BFC grid generation
techniques can be used for mesh generation
The influence of obstacles like buildings, hillocks on the wind pattern
are considered
Turbulence models can be incorporated by selecting among the k-diff,
k-l or k-eps models
Energy density with respect to the prevailing wind over the whole
domain is calculated
Bar graphs show the power productions for the specified periods
PANEOLE
Comparison between cartesian and curvilinear grid
Cartesian uniform
Terrain
Curvilinear non-uniform
GRID
Modeled Terrain
The Cartesian grid transforms the slopes into steps which can cause turbulence.
PANEOLE
Example of Epinay-sur-Seine
Wind strongly disturbed by population centres(Urban area)
PANEOLE
Example of Southwark (UK)
Representation of turbulence in the vertical plane
PANEOLE
GRAPHICAL USER INTERFACE
& INPUTS REQUIRED
PANEOLE
fluidyn-PANEOLE
INPUTS
SOLVER
OUTPUTS
Digitisation of
Topography
Grid
Velocity vectors
Meteorological data
processing
Atlas of wind speed
and wind power
density
Establishing the
Windfield
Annual energy
production of wind
turbines
Characteristics of
turbines
Meteorological
Data
PANEOLE
PANEOLE Menu Structure
Pre-Processor Options
Post-Processor Options
Processor (Simulation) Options
PANEOLE
File Handling Options
Option to load Bitmap in the background
Options to import Map Files
PANEOLE
Model Setup: Location Details and Study Domain
PANEOLE
Model Setup: Digitizing the topography
List of Topographical Objects
Operations on the objects
Setting the Scale
PANEOLE
Meteorological Data
Key-in and Hourly Meteo Data
PANEOLE
Meteorological Data: Time Series and Windrose
Time Series
Data file
Windrose Frequency
Table File
Operations on Meteo Stations
PANEOLE
Model Setup: Selecting the Simulation Options
PANEOLE
Post Processing Features
Velocity Vectors
Body Fitted Mesh
Velocity Vectors in
vertical sections
WPD Contours
Power Production
PANEOLE
Output Options
Menu options for ‘Output’
The Menu Options under ‘Output’ are:
To create ‘Annotations’ for the view plots using the annotation elements
available like Line, Arrow, Polygon, Box, circle and also to write ‘Text’.
To ‘Save’ the files loaded/created in the various formats that are available
like ‘Bitmap’, ‘HPGL’, ‘Postscript’, ‘PCL’ etc.
To make ‘Animation’ sequences with the saved Bitmap images.
PANEPR
REAL CASE STUDIES
Ludres
Jogimatti
PANEOLE
CASE-1: LUDRES
(Simulation carried out for the predominant wind direction)
PANEOLE
Case Description:
• Objective is to identify the zones of the significant winds in order to locate
the wind turbines
• To establish the windfield over the computational domain for the
predominant wind speed and direction
• The complexity of the terrain such as undulations, vegetation, water bodies
are taken into account
PANEOLE
Input Data:
•
Bitmap in the background has been used to digitize the topograhy
•
The topographical features being considered are:
- Altitude contours
- Vegetation
•
Windfield was established using Predominant windspeed and direction
PANEOLE
Background map used to build Terrain Model
N
Vent dominant 250°N
Ludres
PANEOLE
Ludres: Terrain undulations and Body fitted Mesh
420m
250m
PANEOLE
Zone of strongest wind at a
height of 3 meters above the
ground
PANEOLE
Zone of strongest wind at a
height of 12 meters above the
ground
PANEOLE
Wind velocity vectors at a plane 12 m above the ground
Back to
Case Studies
PANEOLE
CASE-2: JOGIMATTI
PANEOLE
Case Description:
•
To evaluate the wind power density of a potential site
• Estimation of annual power production by the turbines placed at the
predetermined locations
PANEOLE
Topography built on the Background map
PANEOLE
Digitized topography and location of Turbines
PANEOLE
PANEOLE
PANEOLE
PANEOLE
Back to
Case Studies
PANEOLE
TRANSOFT team
Supplying tomorrow’s advanced
technology at today’s prices
7 boulevard de la Libération
93200 SAINT-DENIS
FRANCE
: 33 01 42 43 16 66
: 33 01 42 43 50 33
e-mail : [email protected]
1191 Crestmont Drive
LAFAYETTE CA 94549 - 3004
USA
: 1 925 284 1200
: 1 925 284 1240
e-mail :
[email protected]
15/17, Belwell Lane
Four Oaks, Sutton Coldfield
West Midlands B7 44AA UNITED
KINGDOM
: 44 0 1 213 088 168
: 44 0 1 213 232 009
e-mail : [email protected]
146, Ring Road,
Sector 5, H.S.R LAYOUT
BANGALORE 5600 34
INDIA
: 91 80 5503498
: 91 80 5501964
e-mail :
[email protected]
PANEPR
Slide 14
fluidyn - PANEOLE
- for the evaluation of Wind Energy Density of a potential site
PANEOLE
INTRODUCTION
PANEOLE
About PANEOLE …..
A unique 3D fluid dynamics based software available for wind
power potential prediction.
Reliable and high precision tool capable of generating wind field
atlas for the wind turbines siting
Wind field modeling is done by solving Navier-Stokes equations
Control-volume or integral-balance approach to construct the finite
difference approximations for each of these control volumes to preserve
local conservation of differenced quantities
Main application Area : This software could be used for siting of
turbines and prediction of power generation capacities at windy sites
PANEOLE
APPLICATION AREA
PANEOLE
Application Areas:
Establish wind energy density atlas over the potential site
Siting of Turbines and prediction of power generation capacities
The support for PANEOLE development is through …
ADEME
French ministry of environment agency
EED (Espace Eolien Developpement)
PANEOLE
PANEOLE FEATURES
PANEOLE
SALIENT FEATURES ….
Roughness curves and altitude curves can be imported through map
files
Mass consistent wind field model with Lagrangian multiplier technique
and weighted interpolation schemes for one or more meteorological
stations
According to the user specification, Cartesian or BFC grid generation
techniques can be used for mesh generation
The influence of obstacles like buildings, hillocks on the wind pattern
are considered
Turbulence models can be incorporated by selecting among the k-diff,
k-l or k-eps models
Energy density with respect to the prevailing wind over the whole
domain is calculated
Bar graphs show the power productions for the specified periods
PANEOLE
Comparison between cartesian and curvilinear grid
Cartesian uniform
Terrain
Curvilinear non-uniform
GRID
Modeled Terrain
The Cartesian grid transforms the slopes into steps which can cause turbulence.
PANEOLE
Example of Epinay-sur-Seine
Wind strongly disturbed by population centres(Urban area)
PANEOLE
Example of Southwark (UK)
Representation of turbulence in the vertical plane
PANEOLE
GRAPHICAL USER INTERFACE
& INPUTS REQUIRED
PANEOLE
fluidyn-PANEOLE
INPUTS
SOLVER
OUTPUTS
Digitisation of
Topography
Grid
Velocity vectors
Meteorological data
processing
Atlas of wind speed
and wind power
density
Establishing the
Windfield
Annual energy
production of wind
turbines
Characteristics of
turbines
Meteorological
Data
PANEOLE
PANEOLE Menu Structure
Pre-Processor Options
Post-Processor Options
Processor (Simulation) Options
PANEOLE
File Handling Options
Option to load Bitmap in the background
Options to import Map Files
PANEOLE
Model Setup: Location Details and Study Domain
PANEOLE
Model Setup: Digitizing the topography
List of Topographical Objects
Operations on the objects
Setting the Scale
PANEOLE
Meteorological Data
Key-in and Hourly Meteo Data
PANEOLE
Meteorological Data: Time Series and Windrose
Time Series
Data file
Windrose Frequency
Table File
Operations on Meteo Stations
PANEOLE
Model Setup: Selecting the Simulation Options
PANEOLE
Post Processing Features
Velocity Vectors
Body Fitted Mesh
Velocity Vectors in
vertical sections
WPD Contours
Power Production
PANEOLE
Output Options
Menu options for ‘Output’
The Menu Options under ‘Output’ are:
To create ‘Annotations’ for the view plots using the annotation elements
available like Line, Arrow, Polygon, Box, circle and also to write ‘Text’.
To ‘Save’ the files loaded/created in the various formats that are available
like ‘Bitmap’, ‘HPGL’, ‘Postscript’, ‘PCL’ etc.
To make ‘Animation’ sequences with the saved Bitmap images.
PANEPR
REAL CASE STUDIES
Ludres
Jogimatti
PANEOLE
CASE-1: LUDRES
(Simulation carried out for the predominant wind direction)
PANEOLE
Case Description:
• Objective is to identify the zones of the significant winds in order to locate
the wind turbines
• To establish the windfield over the computational domain for the
predominant wind speed and direction
• The complexity of the terrain such as undulations, vegetation, water bodies
are taken into account
PANEOLE
Input Data:
•
Bitmap in the background has been used to digitize the topograhy
•
The topographical features being considered are:
- Altitude contours
- Vegetation
•
Windfield was established using Predominant windspeed and direction
PANEOLE
Background map used to build Terrain Model
N
Vent dominant 250°N
Ludres
PANEOLE
Ludres: Terrain undulations and Body fitted Mesh
420m
250m
PANEOLE
Zone of strongest wind at a
height of 3 meters above the
ground
PANEOLE
Zone of strongest wind at a
height of 12 meters above the
ground
PANEOLE
Wind velocity vectors at a plane 12 m above the ground
Back to
Case Studies
PANEOLE
CASE-2: JOGIMATTI
PANEOLE
Case Description:
•
To evaluate the wind power density of a potential site
• Estimation of annual power production by the turbines placed at the
predetermined locations
PANEOLE
Topography built on the Background map
PANEOLE
Digitized topography and location of Turbines
PANEOLE
PANEOLE
PANEOLE
PANEOLE
Back to
Case Studies
PANEOLE
TRANSOFT team
Supplying tomorrow’s advanced
technology at today’s prices
7 boulevard de la Libération
93200 SAINT-DENIS
FRANCE
: 33 01 42 43 16 66
: 33 01 42 43 50 33
e-mail : [email protected]
1191 Crestmont Drive
LAFAYETTE CA 94549 - 3004
USA
: 1 925 284 1200
: 1 925 284 1240
e-mail :
[email protected]
15/17, Belwell Lane
Four Oaks, Sutton Coldfield
West Midlands B7 44AA UNITED
KINGDOM
: 44 0 1 213 088 168
: 44 0 1 213 232 009
e-mail : [email protected]
146, Ring Road,
Sector 5, H.S.R LAYOUT
BANGALORE 5600 34
INDIA
: 91 80 5503498
: 91 80 5501964
e-mail :
[email protected]
PANEPR
Slide 15
fluidyn - PANEOLE
- for the evaluation of Wind Energy Density of a potential site
PANEOLE
INTRODUCTION
PANEOLE
About PANEOLE …..
A unique 3D fluid dynamics based software available for wind
power potential prediction.
Reliable and high precision tool capable of generating wind field
atlas for the wind turbines siting
Wind field modeling is done by solving Navier-Stokes equations
Control-volume or integral-balance approach to construct the finite
difference approximations for each of these control volumes to preserve
local conservation of differenced quantities
Main application Area : This software could be used for siting of
turbines and prediction of power generation capacities at windy sites
PANEOLE
APPLICATION AREA
PANEOLE
Application Areas:
Establish wind energy density atlas over the potential site
Siting of Turbines and prediction of power generation capacities
The support for PANEOLE development is through …
ADEME
French ministry of environment agency
EED (Espace Eolien Developpement)
PANEOLE
PANEOLE FEATURES
PANEOLE
SALIENT FEATURES ….
Roughness curves and altitude curves can be imported through map
files
Mass consistent wind field model with Lagrangian multiplier technique
and weighted interpolation schemes for one or more meteorological
stations
According to the user specification, Cartesian or BFC grid generation
techniques can be used for mesh generation
The influence of obstacles like buildings, hillocks on the wind pattern
are considered
Turbulence models can be incorporated by selecting among the k-diff,
k-l or k-eps models
Energy density with respect to the prevailing wind over the whole
domain is calculated
Bar graphs show the power productions for the specified periods
PANEOLE
Comparison between cartesian and curvilinear grid
Cartesian uniform
Terrain
Curvilinear non-uniform
GRID
Modeled Terrain
The Cartesian grid transforms the slopes into steps which can cause turbulence.
PANEOLE
Example of Epinay-sur-Seine
Wind strongly disturbed by population centres(Urban area)
PANEOLE
Example of Southwark (UK)
Representation of turbulence in the vertical plane
PANEOLE
GRAPHICAL USER INTERFACE
& INPUTS REQUIRED
PANEOLE
fluidyn-PANEOLE
INPUTS
SOLVER
OUTPUTS
Digitisation of
Topography
Grid
Velocity vectors
Meteorological data
processing
Atlas of wind speed
and wind power
density
Establishing the
Windfield
Annual energy
production of wind
turbines
Characteristics of
turbines
Meteorological
Data
PANEOLE
PANEOLE Menu Structure
Pre-Processor Options
Post-Processor Options
Processor (Simulation) Options
PANEOLE
File Handling Options
Option to load Bitmap in the background
Options to import Map Files
PANEOLE
Model Setup: Location Details and Study Domain
PANEOLE
Model Setup: Digitizing the topography
List of Topographical Objects
Operations on the objects
Setting the Scale
PANEOLE
Meteorological Data
Key-in and Hourly Meteo Data
PANEOLE
Meteorological Data: Time Series and Windrose
Time Series
Data file
Windrose Frequency
Table File
Operations on Meteo Stations
PANEOLE
Model Setup: Selecting the Simulation Options
PANEOLE
Post Processing Features
Velocity Vectors
Body Fitted Mesh
Velocity Vectors in
vertical sections
WPD Contours
Power Production
PANEOLE
Output Options
Menu options for ‘Output’
The Menu Options under ‘Output’ are:
To create ‘Annotations’ for the view plots using the annotation elements
available like Line, Arrow, Polygon, Box, circle and also to write ‘Text’.
To ‘Save’ the files loaded/created in the various formats that are available
like ‘Bitmap’, ‘HPGL’, ‘Postscript’, ‘PCL’ etc.
To make ‘Animation’ sequences with the saved Bitmap images.
PANEPR
REAL CASE STUDIES
Ludres
Jogimatti
PANEOLE
CASE-1: LUDRES
(Simulation carried out for the predominant wind direction)
PANEOLE
Case Description:
• Objective is to identify the zones of the significant winds in order to locate
the wind turbines
• To establish the windfield over the computational domain for the
predominant wind speed and direction
• The complexity of the terrain such as undulations, vegetation, water bodies
are taken into account
PANEOLE
Input Data:
•
Bitmap in the background has been used to digitize the topograhy
•
The topographical features being considered are:
- Altitude contours
- Vegetation
•
Windfield was established using Predominant windspeed and direction
PANEOLE
Background map used to build Terrain Model
N
Vent dominant 250°N
Ludres
PANEOLE
Ludres: Terrain undulations and Body fitted Mesh
420m
250m
PANEOLE
Zone of strongest wind at a
height of 3 meters above the
ground
PANEOLE
Zone of strongest wind at a
height of 12 meters above the
ground
PANEOLE
Wind velocity vectors at a plane 12 m above the ground
Back to
Case Studies
PANEOLE
CASE-2: JOGIMATTI
PANEOLE
Case Description:
•
To evaluate the wind power density of a potential site
• Estimation of annual power production by the turbines placed at the
predetermined locations
PANEOLE
Topography built on the Background map
PANEOLE
Digitized topography and location of Turbines
PANEOLE
PANEOLE
PANEOLE
PANEOLE
Back to
Case Studies
PANEOLE
TRANSOFT team
Supplying tomorrow’s advanced
technology at today’s prices
7 boulevard de la Libération
93200 SAINT-DENIS
FRANCE
: 33 01 42 43 16 66
: 33 01 42 43 50 33
e-mail : [email protected]
1191 Crestmont Drive
LAFAYETTE CA 94549 - 3004
USA
: 1 925 284 1200
: 1 925 284 1240
e-mail :
[email protected]
15/17, Belwell Lane
Four Oaks, Sutton Coldfield
West Midlands B7 44AA UNITED
KINGDOM
: 44 0 1 213 088 168
: 44 0 1 213 232 009
e-mail : [email protected]
146, Ring Road,
Sector 5, H.S.R LAYOUT
BANGALORE 5600 34
INDIA
: 91 80 5503498
: 91 80 5501964
e-mail :
[email protected]
PANEPR
Slide 16
fluidyn - PANEOLE
- for the evaluation of Wind Energy Density of a potential site
PANEOLE
INTRODUCTION
PANEOLE
About PANEOLE …..
A unique 3D fluid dynamics based software available for wind
power potential prediction.
Reliable and high precision tool capable of generating wind field
atlas for the wind turbines siting
Wind field modeling is done by solving Navier-Stokes equations
Control-volume or integral-balance approach to construct the finite
difference approximations for each of these control volumes to preserve
local conservation of differenced quantities
Main application Area : This software could be used for siting of
turbines and prediction of power generation capacities at windy sites
PANEOLE
APPLICATION AREA
PANEOLE
Application Areas:
Establish wind energy density atlas over the potential site
Siting of Turbines and prediction of power generation capacities
The support for PANEOLE development is through …
ADEME
French ministry of environment agency
EED (Espace Eolien Developpement)
PANEOLE
PANEOLE FEATURES
PANEOLE
SALIENT FEATURES ….
Roughness curves and altitude curves can be imported through map
files
Mass consistent wind field model with Lagrangian multiplier technique
and weighted interpolation schemes for one or more meteorological
stations
According to the user specification, Cartesian or BFC grid generation
techniques can be used for mesh generation
The influence of obstacles like buildings, hillocks on the wind pattern
are considered
Turbulence models can be incorporated by selecting among the k-diff,
k-l or k-eps models
Energy density with respect to the prevailing wind over the whole
domain is calculated
Bar graphs show the power productions for the specified periods
PANEOLE
Comparison between cartesian and curvilinear grid
Cartesian uniform
Terrain
Curvilinear non-uniform
GRID
Modeled Terrain
The Cartesian grid transforms the slopes into steps which can cause turbulence.
PANEOLE
Example of Epinay-sur-Seine
Wind strongly disturbed by population centres(Urban area)
PANEOLE
Example of Southwark (UK)
Representation of turbulence in the vertical plane
PANEOLE
GRAPHICAL USER INTERFACE
& INPUTS REQUIRED
PANEOLE
fluidyn-PANEOLE
INPUTS
SOLVER
OUTPUTS
Digitisation of
Topography
Grid
Velocity vectors
Meteorological data
processing
Atlas of wind speed
and wind power
density
Establishing the
Windfield
Annual energy
production of wind
turbines
Characteristics of
turbines
Meteorological
Data
PANEOLE
PANEOLE Menu Structure
Pre-Processor Options
Post-Processor Options
Processor (Simulation) Options
PANEOLE
File Handling Options
Option to load Bitmap in the background
Options to import Map Files
PANEOLE
Model Setup: Location Details and Study Domain
PANEOLE
Model Setup: Digitizing the topography
List of Topographical Objects
Operations on the objects
Setting the Scale
PANEOLE
Meteorological Data
Key-in and Hourly Meteo Data
PANEOLE
Meteorological Data: Time Series and Windrose
Time Series
Data file
Windrose Frequency
Table File
Operations on Meteo Stations
PANEOLE
Model Setup: Selecting the Simulation Options
PANEOLE
Post Processing Features
Velocity Vectors
Body Fitted Mesh
Velocity Vectors in
vertical sections
WPD Contours
Power Production
PANEOLE
Output Options
Menu options for ‘Output’
The Menu Options under ‘Output’ are:
To create ‘Annotations’ for the view plots using the annotation elements
available like Line, Arrow, Polygon, Box, circle and also to write ‘Text’.
To ‘Save’ the files loaded/created in the various formats that are available
like ‘Bitmap’, ‘HPGL’, ‘Postscript’, ‘PCL’ etc.
To make ‘Animation’ sequences with the saved Bitmap images.
PANEPR
REAL CASE STUDIES
Ludres
Jogimatti
PANEOLE
CASE-1: LUDRES
(Simulation carried out for the predominant wind direction)
PANEOLE
Case Description:
• Objective is to identify the zones of the significant winds in order to locate
the wind turbines
• To establish the windfield over the computational domain for the
predominant wind speed and direction
• The complexity of the terrain such as undulations, vegetation, water bodies
are taken into account
PANEOLE
Input Data:
•
Bitmap in the background has been used to digitize the topograhy
•
The topographical features being considered are:
- Altitude contours
- Vegetation
•
Windfield was established using Predominant windspeed and direction
PANEOLE
Background map used to build Terrain Model
N
Vent dominant 250°N
Ludres
PANEOLE
Ludres: Terrain undulations and Body fitted Mesh
420m
250m
PANEOLE
Zone of strongest wind at a
height of 3 meters above the
ground
PANEOLE
Zone of strongest wind at a
height of 12 meters above the
ground
PANEOLE
Wind velocity vectors at a plane 12 m above the ground
Back to
Case Studies
PANEOLE
CASE-2: JOGIMATTI
PANEOLE
Case Description:
•
To evaluate the wind power density of a potential site
• Estimation of annual power production by the turbines placed at the
predetermined locations
PANEOLE
Topography built on the Background map
PANEOLE
Digitized topography and location of Turbines
PANEOLE
PANEOLE
PANEOLE
PANEOLE
Back to
Case Studies
PANEOLE
TRANSOFT team
Supplying tomorrow’s advanced
technology at today’s prices
7 boulevard de la Libération
93200 SAINT-DENIS
FRANCE
: 33 01 42 43 16 66
: 33 01 42 43 50 33
e-mail : [email protected]
1191 Crestmont Drive
LAFAYETTE CA 94549 - 3004
USA
: 1 925 284 1200
: 1 925 284 1240
e-mail :
[email protected]
15/17, Belwell Lane
Four Oaks, Sutton Coldfield
West Midlands B7 44AA UNITED
KINGDOM
: 44 0 1 213 088 168
: 44 0 1 213 232 009
e-mail : [email protected]
146, Ring Road,
Sector 5, H.S.R LAYOUT
BANGALORE 5600 34
INDIA
: 91 80 5503498
: 91 80 5501964
e-mail :
[email protected]
PANEPR
Slide 17
fluidyn - PANEOLE
- for the evaluation of Wind Energy Density of a potential site
PANEOLE
INTRODUCTION
PANEOLE
About PANEOLE …..
A unique 3D fluid dynamics based software available for wind
power potential prediction.
Reliable and high precision tool capable of generating wind field
atlas for the wind turbines siting
Wind field modeling is done by solving Navier-Stokes equations
Control-volume or integral-balance approach to construct the finite
difference approximations for each of these control volumes to preserve
local conservation of differenced quantities
Main application Area : This software could be used for siting of
turbines and prediction of power generation capacities at windy sites
PANEOLE
APPLICATION AREA
PANEOLE
Application Areas:
Establish wind energy density atlas over the potential site
Siting of Turbines and prediction of power generation capacities
The support for PANEOLE development is through …
ADEME
French ministry of environment agency
EED (Espace Eolien Developpement)
PANEOLE
PANEOLE FEATURES
PANEOLE
SALIENT FEATURES ….
Roughness curves and altitude curves can be imported through map
files
Mass consistent wind field model with Lagrangian multiplier technique
and weighted interpolation schemes for one or more meteorological
stations
According to the user specification, Cartesian or BFC grid generation
techniques can be used for mesh generation
The influence of obstacles like buildings, hillocks on the wind pattern
are considered
Turbulence models can be incorporated by selecting among the k-diff,
k-l or k-eps models
Energy density with respect to the prevailing wind over the whole
domain is calculated
Bar graphs show the power productions for the specified periods
PANEOLE
Comparison between cartesian and curvilinear grid
Cartesian uniform
Terrain
Curvilinear non-uniform
GRID
Modeled Terrain
The Cartesian grid transforms the slopes into steps which can cause turbulence.
PANEOLE
Example of Epinay-sur-Seine
Wind strongly disturbed by population centres(Urban area)
PANEOLE
Example of Southwark (UK)
Representation of turbulence in the vertical plane
PANEOLE
GRAPHICAL USER INTERFACE
& INPUTS REQUIRED
PANEOLE
fluidyn-PANEOLE
INPUTS
SOLVER
OUTPUTS
Digitisation of
Topography
Grid
Velocity vectors
Meteorological data
processing
Atlas of wind speed
and wind power
density
Establishing the
Windfield
Annual energy
production of wind
turbines
Characteristics of
turbines
Meteorological
Data
PANEOLE
PANEOLE Menu Structure
Pre-Processor Options
Post-Processor Options
Processor (Simulation) Options
PANEOLE
File Handling Options
Option to load Bitmap in the background
Options to import Map Files
PANEOLE
Model Setup: Location Details and Study Domain
PANEOLE
Model Setup: Digitizing the topography
List of Topographical Objects
Operations on the objects
Setting the Scale
PANEOLE
Meteorological Data
Key-in and Hourly Meteo Data
PANEOLE
Meteorological Data: Time Series and Windrose
Time Series
Data file
Windrose Frequency
Table File
Operations on Meteo Stations
PANEOLE
Model Setup: Selecting the Simulation Options
PANEOLE
Post Processing Features
Velocity Vectors
Body Fitted Mesh
Velocity Vectors in
vertical sections
WPD Contours
Power Production
PANEOLE
Output Options
Menu options for ‘Output’
The Menu Options under ‘Output’ are:
To create ‘Annotations’ for the view plots using the annotation elements
available like Line, Arrow, Polygon, Box, circle and also to write ‘Text’.
To ‘Save’ the files loaded/created in the various formats that are available
like ‘Bitmap’, ‘HPGL’, ‘Postscript’, ‘PCL’ etc.
To make ‘Animation’ sequences with the saved Bitmap images.
PANEPR
REAL CASE STUDIES
Ludres
Jogimatti
PANEOLE
CASE-1: LUDRES
(Simulation carried out for the predominant wind direction)
PANEOLE
Case Description:
• Objective is to identify the zones of the significant winds in order to locate
the wind turbines
• To establish the windfield over the computational domain for the
predominant wind speed and direction
• The complexity of the terrain such as undulations, vegetation, water bodies
are taken into account
PANEOLE
Input Data:
•
Bitmap in the background has been used to digitize the topograhy
•
The topographical features being considered are:
- Altitude contours
- Vegetation
•
Windfield was established using Predominant windspeed and direction
PANEOLE
Background map used to build Terrain Model
N
Vent dominant 250°N
Ludres
PANEOLE
Ludres: Terrain undulations and Body fitted Mesh
420m
250m
PANEOLE
Zone of strongest wind at a
height of 3 meters above the
ground
PANEOLE
Zone of strongest wind at a
height of 12 meters above the
ground
PANEOLE
Wind velocity vectors at a plane 12 m above the ground
Back to
Case Studies
PANEOLE
CASE-2: JOGIMATTI
PANEOLE
Case Description:
•
To evaluate the wind power density of a potential site
• Estimation of annual power production by the turbines placed at the
predetermined locations
PANEOLE
Topography built on the Background map
PANEOLE
Digitized topography and location of Turbines
PANEOLE
PANEOLE
PANEOLE
PANEOLE
Back to
Case Studies
PANEOLE
TRANSOFT team
Supplying tomorrow’s advanced
technology at today’s prices
7 boulevard de la Libération
93200 SAINT-DENIS
FRANCE
: 33 01 42 43 16 66
: 33 01 42 43 50 33
e-mail : [email protected]
1191 Crestmont Drive
LAFAYETTE CA 94549 - 3004
USA
: 1 925 284 1200
: 1 925 284 1240
e-mail :
[email protected]
15/17, Belwell Lane
Four Oaks, Sutton Coldfield
West Midlands B7 44AA UNITED
KINGDOM
: 44 0 1 213 088 168
: 44 0 1 213 232 009
e-mail : [email protected]
146, Ring Road,
Sector 5, H.S.R LAYOUT
BANGALORE 5600 34
INDIA
: 91 80 5503498
: 91 80 5501964
e-mail :
[email protected]
PANEPR
Slide 18
fluidyn - PANEOLE
- for the evaluation of Wind Energy Density of a potential site
PANEOLE
INTRODUCTION
PANEOLE
About PANEOLE …..
A unique 3D fluid dynamics based software available for wind
power potential prediction.
Reliable and high precision tool capable of generating wind field
atlas for the wind turbines siting
Wind field modeling is done by solving Navier-Stokes equations
Control-volume or integral-balance approach to construct the finite
difference approximations for each of these control volumes to preserve
local conservation of differenced quantities
Main application Area : This software could be used for siting of
turbines and prediction of power generation capacities at windy sites
PANEOLE
APPLICATION AREA
PANEOLE
Application Areas:
Establish wind energy density atlas over the potential site
Siting of Turbines and prediction of power generation capacities
The support for PANEOLE development is through …
ADEME
French ministry of environment agency
EED (Espace Eolien Developpement)
PANEOLE
PANEOLE FEATURES
PANEOLE
SALIENT FEATURES ….
Roughness curves and altitude curves can be imported through map
files
Mass consistent wind field model with Lagrangian multiplier technique
and weighted interpolation schemes for one or more meteorological
stations
According to the user specification, Cartesian or BFC grid generation
techniques can be used for mesh generation
The influence of obstacles like buildings, hillocks on the wind pattern
are considered
Turbulence models can be incorporated by selecting among the k-diff,
k-l or k-eps models
Energy density with respect to the prevailing wind over the whole
domain is calculated
Bar graphs show the power productions for the specified periods
PANEOLE
Comparison between cartesian and curvilinear grid
Cartesian uniform
Terrain
Curvilinear non-uniform
GRID
Modeled Terrain
The Cartesian grid transforms the slopes into steps which can cause turbulence.
PANEOLE
Example of Epinay-sur-Seine
Wind strongly disturbed by population centres(Urban area)
PANEOLE
Example of Southwark (UK)
Representation of turbulence in the vertical plane
PANEOLE
GRAPHICAL USER INTERFACE
& INPUTS REQUIRED
PANEOLE
fluidyn-PANEOLE
INPUTS
SOLVER
OUTPUTS
Digitisation of
Topography
Grid
Velocity vectors
Meteorological data
processing
Atlas of wind speed
and wind power
density
Establishing the
Windfield
Annual energy
production of wind
turbines
Characteristics of
turbines
Meteorological
Data
PANEOLE
PANEOLE Menu Structure
Pre-Processor Options
Post-Processor Options
Processor (Simulation) Options
PANEOLE
File Handling Options
Option to load Bitmap in the background
Options to import Map Files
PANEOLE
Model Setup: Location Details and Study Domain
PANEOLE
Model Setup: Digitizing the topography
List of Topographical Objects
Operations on the objects
Setting the Scale
PANEOLE
Meteorological Data
Key-in and Hourly Meteo Data
PANEOLE
Meteorological Data: Time Series and Windrose
Time Series
Data file
Windrose Frequency
Table File
Operations on Meteo Stations
PANEOLE
Model Setup: Selecting the Simulation Options
PANEOLE
Post Processing Features
Velocity Vectors
Body Fitted Mesh
Velocity Vectors in
vertical sections
WPD Contours
Power Production
PANEOLE
Output Options
Menu options for ‘Output’
The Menu Options under ‘Output’ are:
To create ‘Annotations’ for the view plots using the annotation elements
available like Line, Arrow, Polygon, Box, circle and also to write ‘Text’.
To ‘Save’ the files loaded/created in the various formats that are available
like ‘Bitmap’, ‘HPGL’, ‘Postscript’, ‘PCL’ etc.
To make ‘Animation’ sequences with the saved Bitmap images.
PANEPR
REAL CASE STUDIES
Ludres
Jogimatti
PANEOLE
CASE-1: LUDRES
(Simulation carried out for the predominant wind direction)
PANEOLE
Case Description:
• Objective is to identify the zones of the significant winds in order to locate
the wind turbines
• To establish the windfield over the computational domain for the
predominant wind speed and direction
• The complexity of the terrain such as undulations, vegetation, water bodies
are taken into account
PANEOLE
Input Data:
•
Bitmap in the background has been used to digitize the topograhy
•
The topographical features being considered are:
- Altitude contours
- Vegetation
•
Windfield was established using Predominant windspeed and direction
PANEOLE
Background map used to build Terrain Model
N
Vent dominant 250°N
Ludres
PANEOLE
Ludres: Terrain undulations and Body fitted Mesh
420m
250m
PANEOLE
Zone of strongest wind at a
height of 3 meters above the
ground
PANEOLE
Zone of strongest wind at a
height of 12 meters above the
ground
PANEOLE
Wind velocity vectors at a plane 12 m above the ground
Back to
Case Studies
PANEOLE
CASE-2: JOGIMATTI
PANEOLE
Case Description:
•
To evaluate the wind power density of a potential site
• Estimation of annual power production by the turbines placed at the
predetermined locations
PANEOLE
Topography built on the Background map
PANEOLE
Digitized topography and location of Turbines
PANEOLE
PANEOLE
PANEOLE
PANEOLE
Back to
Case Studies
PANEOLE
TRANSOFT team
Supplying tomorrow’s advanced
technology at today’s prices
7 boulevard de la Libération
93200 SAINT-DENIS
FRANCE
: 33 01 42 43 16 66
: 33 01 42 43 50 33
e-mail : [email protected]
1191 Crestmont Drive
LAFAYETTE CA 94549 - 3004
USA
: 1 925 284 1200
: 1 925 284 1240
e-mail :
[email protected]
15/17, Belwell Lane
Four Oaks, Sutton Coldfield
West Midlands B7 44AA UNITED
KINGDOM
: 44 0 1 213 088 168
: 44 0 1 213 232 009
e-mail : [email protected]
146, Ring Road,
Sector 5, H.S.R LAYOUT
BANGALORE 5600 34
INDIA
: 91 80 5503498
: 91 80 5501964
e-mail :
[email protected]
PANEPR
Slide 19
fluidyn - PANEOLE
- for the evaluation of Wind Energy Density of a potential site
PANEOLE
INTRODUCTION
PANEOLE
About PANEOLE …..
A unique 3D fluid dynamics based software available for wind
power potential prediction.
Reliable and high precision tool capable of generating wind field
atlas for the wind turbines siting
Wind field modeling is done by solving Navier-Stokes equations
Control-volume or integral-balance approach to construct the finite
difference approximations for each of these control volumes to preserve
local conservation of differenced quantities
Main application Area : This software could be used for siting of
turbines and prediction of power generation capacities at windy sites
PANEOLE
APPLICATION AREA
PANEOLE
Application Areas:
Establish wind energy density atlas over the potential site
Siting of Turbines and prediction of power generation capacities
The support for PANEOLE development is through …
ADEME
French ministry of environment agency
EED (Espace Eolien Developpement)
PANEOLE
PANEOLE FEATURES
PANEOLE
SALIENT FEATURES ….
Roughness curves and altitude curves can be imported through map
files
Mass consistent wind field model with Lagrangian multiplier technique
and weighted interpolation schemes for one or more meteorological
stations
According to the user specification, Cartesian or BFC grid generation
techniques can be used for mesh generation
The influence of obstacles like buildings, hillocks on the wind pattern
are considered
Turbulence models can be incorporated by selecting among the k-diff,
k-l or k-eps models
Energy density with respect to the prevailing wind over the whole
domain is calculated
Bar graphs show the power productions for the specified periods
PANEOLE
Comparison between cartesian and curvilinear grid
Cartesian uniform
Terrain
Curvilinear non-uniform
GRID
Modeled Terrain
The Cartesian grid transforms the slopes into steps which can cause turbulence.
PANEOLE
Example of Epinay-sur-Seine
Wind strongly disturbed by population centres(Urban area)
PANEOLE
Example of Southwark (UK)
Representation of turbulence in the vertical plane
PANEOLE
GRAPHICAL USER INTERFACE
& INPUTS REQUIRED
PANEOLE
fluidyn-PANEOLE
INPUTS
SOLVER
OUTPUTS
Digitisation of
Topography
Grid
Velocity vectors
Meteorological data
processing
Atlas of wind speed
and wind power
density
Establishing the
Windfield
Annual energy
production of wind
turbines
Characteristics of
turbines
Meteorological
Data
PANEOLE
PANEOLE Menu Structure
Pre-Processor Options
Post-Processor Options
Processor (Simulation) Options
PANEOLE
File Handling Options
Option to load Bitmap in the background
Options to import Map Files
PANEOLE
Model Setup: Location Details and Study Domain
PANEOLE
Model Setup: Digitizing the topography
List of Topographical Objects
Operations on the objects
Setting the Scale
PANEOLE
Meteorological Data
Key-in and Hourly Meteo Data
PANEOLE
Meteorological Data: Time Series and Windrose
Time Series
Data file
Windrose Frequency
Table File
Operations on Meteo Stations
PANEOLE
Model Setup: Selecting the Simulation Options
PANEOLE
Post Processing Features
Velocity Vectors
Body Fitted Mesh
Velocity Vectors in
vertical sections
WPD Contours
Power Production
PANEOLE
Output Options
Menu options for ‘Output’
The Menu Options under ‘Output’ are:
To create ‘Annotations’ for the view plots using the annotation elements
available like Line, Arrow, Polygon, Box, circle and also to write ‘Text’.
To ‘Save’ the files loaded/created in the various formats that are available
like ‘Bitmap’, ‘HPGL’, ‘Postscript’, ‘PCL’ etc.
To make ‘Animation’ sequences with the saved Bitmap images.
PANEPR
REAL CASE STUDIES
Ludres
Jogimatti
PANEOLE
CASE-1: LUDRES
(Simulation carried out for the predominant wind direction)
PANEOLE
Case Description:
• Objective is to identify the zones of the significant winds in order to locate
the wind turbines
• To establish the windfield over the computational domain for the
predominant wind speed and direction
• The complexity of the terrain such as undulations, vegetation, water bodies
are taken into account
PANEOLE
Input Data:
•
Bitmap in the background has been used to digitize the topograhy
•
The topographical features being considered are:
- Altitude contours
- Vegetation
•
Windfield was established using Predominant windspeed and direction
PANEOLE
Background map used to build Terrain Model
N
Vent dominant 250°N
Ludres
PANEOLE
Ludres: Terrain undulations and Body fitted Mesh
420m
250m
PANEOLE
Zone of strongest wind at a
height of 3 meters above the
ground
PANEOLE
Zone of strongest wind at a
height of 12 meters above the
ground
PANEOLE
Wind velocity vectors at a plane 12 m above the ground
Back to
Case Studies
PANEOLE
CASE-2: JOGIMATTI
PANEOLE
Case Description:
•
To evaluate the wind power density of a potential site
• Estimation of annual power production by the turbines placed at the
predetermined locations
PANEOLE
Topography built on the Background map
PANEOLE
Digitized topography and location of Turbines
PANEOLE
PANEOLE
PANEOLE
PANEOLE
Back to
Case Studies
PANEOLE
TRANSOFT team
Supplying tomorrow’s advanced
technology at today’s prices
7 boulevard de la Libération
93200 SAINT-DENIS
FRANCE
: 33 01 42 43 16 66
: 33 01 42 43 50 33
e-mail : [email protected]
1191 Crestmont Drive
LAFAYETTE CA 94549 - 3004
USA
: 1 925 284 1200
: 1 925 284 1240
e-mail :
[email protected]
15/17, Belwell Lane
Four Oaks, Sutton Coldfield
West Midlands B7 44AA UNITED
KINGDOM
: 44 0 1 213 088 168
: 44 0 1 213 232 009
e-mail : [email protected]
146, Ring Road,
Sector 5, H.S.R LAYOUT
BANGALORE 5600 34
INDIA
: 91 80 5503498
: 91 80 5501964
e-mail :
[email protected]
PANEPR
Slide 20
fluidyn - PANEOLE
- for the evaluation of Wind Energy Density of a potential site
PANEOLE
INTRODUCTION
PANEOLE
About PANEOLE …..
A unique 3D fluid dynamics based software available for wind
power potential prediction.
Reliable and high precision tool capable of generating wind field
atlas for the wind turbines siting
Wind field modeling is done by solving Navier-Stokes equations
Control-volume or integral-balance approach to construct the finite
difference approximations for each of these control volumes to preserve
local conservation of differenced quantities
Main application Area : This software could be used for siting of
turbines and prediction of power generation capacities at windy sites
PANEOLE
APPLICATION AREA
PANEOLE
Application Areas:
Establish wind energy density atlas over the potential site
Siting of Turbines and prediction of power generation capacities
The support for PANEOLE development is through …
ADEME
French ministry of environment agency
EED (Espace Eolien Developpement)
PANEOLE
PANEOLE FEATURES
PANEOLE
SALIENT FEATURES ….
Roughness curves and altitude curves can be imported through map
files
Mass consistent wind field model with Lagrangian multiplier technique
and weighted interpolation schemes for one or more meteorological
stations
According to the user specification, Cartesian or BFC grid generation
techniques can be used for mesh generation
The influence of obstacles like buildings, hillocks on the wind pattern
are considered
Turbulence models can be incorporated by selecting among the k-diff,
k-l or k-eps models
Energy density with respect to the prevailing wind over the whole
domain is calculated
Bar graphs show the power productions for the specified periods
PANEOLE
Comparison between cartesian and curvilinear grid
Cartesian uniform
Terrain
Curvilinear non-uniform
GRID
Modeled Terrain
The Cartesian grid transforms the slopes into steps which can cause turbulence.
PANEOLE
Example of Epinay-sur-Seine
Wind strongly disturbed by population centres(Urban area)
PANEOLE
Example of Southwark (UK)
Representation of turbulence in the vertical plane
PANEOLE
GRAPHICAL USER INTERFACE
& INPUTS REQUIRED
PANEOLE
fluidyn-PANEOLE
INPUTS
SOLVER
OUTPUTS
Digitisation of
Topography
Grid
Velocity vectors
Meteorological data
processing
Atlas of wind speed
and wind power
density
Establishing the
Windfield
Annual energy
production of wind
turbines
Characteristics of
turbines
Meteorological
Data
PANEOLE
PANEOLE Menu Structure
Pre-Processor Options
Post-Processor Options
Processor (Simulation) Options
PANEOLE
File Handling Options
Option to load Bitmap in the background
Options to import Map Files
PANEOLE
Model Setup: Location Details and Study Domain
PANEOLE
Model Setup: Digitizing the topography
List of Topographical Objects
Operations on the objects
Setting the Scale
PANEOLE
Meteorological Data
Key-in and Hourly Meteo Data
PANEOLE
Meteorological Data: Time Series and Windrose
Time Series
Data file
Windrose Frequency
Table File
Operations on Meteo Stations
PANEOLE
Model Setup: Selecting the Simulation Options
PANEOLE
Post Processing Features
Velocity Vectors
Body Fitted Mesh
Velocity Vectors in
vertical sections
WPD Contours
Power Production
PANEOLE
Output Options
Menu options for ‘Output’
The Menu Options under ‘Output’ are:
To create ‘Annotations’ for the view plots using the annotation elements
available like Line, Arrow, Polygon, Box, circle and also to write ‘Text’.
To ‘Save’ the files loaded/created in the various formats that are available
like ‘Bitmap’, ‘HPGL’, ‘Postscript’, ‘PCL’ etc.
To make ‘Animation’ sequences with the saved Bitmap images.
PANEPR
REAL CASE STUDIES
Ludres
Jogimatti
PANEOLE
CASE-1: LUDRES
(Simulation carried out for the predominant wind direction)
PANEOLE
Case Description:
• Objective is to identify the zones of the significant winds in order to locate
the wind turbines
• To establish the windfield over the computational domain for the
predominant wind speed and direction
• The complexity of the terrain such as undulations, vegetation, water bodies
are taken into account
PANEOLE
Input Data:
•
Bitmap in the background has been used to digitize the topograhy
•
The topographical features being considered are:
- Altitude contours
- Vegetation
•
Windfield was established using Predominant windspeed and direction
PANEOLE
Background map used to build Terrain Model
N
Vent dominant 250°N
Ludres
PANEOLE
Ludres: Terrain undulations and Body fitted Mesh
420m
250m
PANEOLE
Zone of strongest wind at a
height of 3 meters above the
ground
PANEOLE
Zone of strongest wind at a
height of 12 meters above the
ground
PANEOLE
Wind velocity vectors at a plane 12 m above the ground
Back to
Case Studies
PANEOLE
CASE-2: JOGIMATTI
PANEOLE
Case Description:
•
To evaluate the wind power density of a potential site
• Estimation of annual power production by the turbines placed at the
predetermined locations
PANEOLE
Topography built on the Background map
PANEOLE
Digitized topography and location of Turbines
PANEOLE
PANEOLE
PANEOLE
PANEOLE
Back to
Case Studies
PANEOLE
TRANSOFT team
Supplying tomorrow’s advanced
technology at today’s prices
7 boulevard de la Libération
93200 SAINT-DENIS
FRANCE
: 33 01 42 43 16 66
: 33 01 42 43 50 33
e-mail : [email protected]
1191 Crestmont Drive
LAFAYETTE CA 94549 - 3004
USA
: 1 925 284 1200
: 1 925 284 1240
e-mail :
[email protected]
15/17, Belwell Lane
Four Oaks, Sutton Coldfield
West Midlands B7 44AA UNITED
KINGDOM
: 44 0 1 213 088 168
: 44 0 1 213 232 009
e-mail : [email protected]
146, Ring Road,
Sector 5, H.S.R LAYOUT
BANGALORE 5600 34
INDIA
: 91 80 5503498
: 91 80 5501964
e-mail :
[email protected]
PANEPR
Slide 21
fluidyn - PANEOLE
- for the evaluation of Wind Energy Density of a potential site
PANEOLE
INTRODUCTION
PANEOLE
About PANEOLE …..
A unique 3D fluid dynamics based software available for wind
power potential prediction.
Reliable and high precision tool capable of generating wind field
atlas for the wind turbines siting
Wind field modeling is done by solving Navier-Stokes equations
Control-volume or integral-balance approach to construct the finite
difference approximations for each of these control volumes to preserve
local conservation of differenced quantities
Main application Area : This software could be used for siting of
turbines and prediction of power generation capacities at windy sites
PANEOLE
APPLICATION AREA
PANEOLE
Application Areas:
Establish wind energy density atlas over the potential site
Siting of Turbines and prediction of power generation capacities
The support for PANEOLE development is through …
ADEME
French ministry of environment agency
EED (Espace Eolien Developpement)
PANEOLE
PANEOLE FEATURES
PANEOLE
SALIENT FEATURES ….
Roughness curves and altitude curves can be imported through map
files
Mass consistent wind field model with Lagrangian multiplier technique
and weighted interpolation schemes for one or more meteorological
stations
According to the user specification, Cartesian or BFC grid generation
techniques can be used for mesh generation
The influence of obstacles like buildings, hillocks on the wind pattern
are considered
Turbulence models can be incorporated by selecting among the k-diff,
k-l or k-eps models
Energy density with respect to the prevailing wind over the whole
domain is calculated
Bar graphs show the power productions for the specified periods
PANEOLE
Comparison between cartesian and curvilinear grid
Cartesian uniform
Terrain
Curvilinear non-uniform
GRID
Modeled Terrain
The Cartesian grid transforms the slopes into steps which can cause turbulence.
PANEOLE
Example of Epinay-sur-Seine
Wind strongly disturbed by population centres(Urban area)
PANEOLE
Example of Southwark (UK)
Representation of turbulence in the vertical plane
PANEOLE
GRAPHICAL USER INTERFACE
& INPUTS REQUIRED
PANEOLE
fluidyn-PANEOLE
INPUTS
SOLVER
OUTPUTS
Digitisation of
Topography
Grid
Velocity vectors
Meteorological data
processing
Atlas of wind speed
and wind power
density
Establishing the
Windfield
Annual energy
production of wind
turbines
Characteristics of
turbines
Meteorological
Data
PANEOLE
PANEOLE Menu Structure
Pre-Processor Options
Post-Processor Options
Processor (Simulation) Options
PANEOLE
File Handling Options
Option to load Bitmap in the background
Options to import Map Files
PANEOLE
Model Setup: Location Details and Study Domain
PANEOLE
Model Setup: Digitizing the topography
List of Topographical Objects
Operations on the objects
Setting the Scale
PANEOLE
Meteorological Data
Key-in and Hourly Meteo Data
PANEOLE
Meteorological Data: Time Series and Windrose
Time Series
Data file
Windrose Frequency
Table File
Operations on Meteo Stations
PANEOLE
Model Setup: Selecting the Simulation Options
PANEOLE
Post Processing Features
Velocity Vectors
Body Fitted Mesh
Velocity Vectors in
vertical sections
WPD Contours
Power Production
PANEOLE
Output Options
Menu options for ‘Output’
The Menu Options under ‘Output’ are:
To create ‘Annotations’ for the view plots using the annotation elements
available like Line, Arrow, Polygon, Box, circle and also to write ‘Text’.
To ‘Save’ the files loaded/created in the various formats that are available
like ‘Bitmap’, ‘HPGL’, ‘Postscript’, ‘PCL’ etc.
To make ‘Animation’ sequences with the saved Bitmap images.
PANEPR
REAL CASE STUDIES
Ludres
Jogimatti
PANEOLE
CASE-1: LUDRES
(Simulation carried out for the predominant wind direction)
PANEOLE
Case Description:
• Objective is to identify the zones of the significant winds in order to locate
the wind turbines
• To establish the windfield over the computational domain for the
predominant wind speed and direction
• The complexity of the terrain such as undulations, vegetation, water bodies
are taken into account
PANEOLE
Input Data:
•
Bitmap in the background has been used to digitize the topograhy
•
The topographical features being considered are:
- Altitude contours
- Vegetation
•
Windfield was established using Predominant windspeed and direction
PANEOLE
Background map used to build Terrain Model
N
Vent dominant 250°N
Ludres
PANEOLE
Ludres: Terrain undulations and Body fitted Mesh
420m
250m
PANEOLE
Zone of strongest wind at a
height of 3 meters above the
ground
PANEOLE
Zone of strongest wind at a
height of 12 meters above the
ground
PANEOLE
Wind velocity vectors at a plane 12 m above the ground
Back to
Case Studies
PANEOLE
CASE-2: JOGIMATTI
PANEOLE
Case Description:
•
To evaluate the wind power density of a potential site
• Estimation of annual power production by the turbines placed at the
predetermined locations
PANEOLE
Topography built on the Background map
PANEOLE
Digitized topography and location of Turbines
PANEOLE
PANEOLE
PANEOLE
PANEOLE
Back to
Case Studies
PANEOLE
TRANSOFT team
Supplying tomorrow’s advanced
technology at today’s prices
7 boulevard de la Libération
93200 SAINT-DENIS
FRANCE
: 33 01 42 43 16 66
: 33 01 42 43 50 33
e-mail : [email protected]
1191 Crestmont Drive
LAFAYETTE CA 94549 - 3004
USA
: 1 925 284 1200
: 1 925 284 1240
e-mail :
[email protected]
15/17, Belwell Lane
Four Oaks, Sutton Coldfield
West Midlands B7 44AA UNITED
KINGDOM
: 44 0 1 213 088 168
: 44 0 1 213 232 009
e-mail : [email protected]
146, Ring Road,
Sector 5, H.S.R LAYOUT
BANGALORE 5600 34
INDIA
: 91 80 5503498
: 91 80 5501964
e-mail :
[email protected]
PANEPR
Slide 22
fluidyn - PANEOLE
- for the evaluation of Wind Energy Density of a potential site
PANEOLE
INTRODUCTION
PANEOLE
About PANEOLE …..
A unique 3D fluid dynamics based software available for wind
power potential prediction.
Reliable and high precision tool capable of generating wind field
atlas for the wind turbines siting
Wind field modeling is done by solving Navier-Stokes equations
Control-volume or integral-balance approach to construct the finite
difference approximations for each of these control volumes to preserve
local conservation of differenced quantities
Main application Area : This software could be used for siting of
turbines and prediction of power generation capacities at windy sites
PANEOLE
APPLICATION AREA
PANEOLE
Application Areas:
Establish wind energy density atlas over the potential site
Siting of Turbines and prediction of power generation capacities
The support for PANEOLE development is through …
ADEME
French ministry of environment agency
EED (Espace Eolien Developpement)
PANEOLE
PANEOLE FEATURES
PANEOLE
SALIENT FEATURES ….
Roughness curves and altitude curves can be imported through map
files
Mass consistent wind field model with Lagrangian multiplier technique
and weighted interpolation schemes for one or more meteorological
stations
According to the user specification, Cartesian or BFC grid generation
techniques can be used for mesh generation
The influence of obstacles like buildings, hillocks on the wind pattern
are considered
Turbulence models can be incorporated by selecting among the k-diff,
k-l or k-eps models
Energy density with respect to the prevailing wind over the whole
domain is calculated
Bar graphs show the power productions for the specified periods
PANEOLE
Comparison between cartesian and curvilinear grid
Cartesian uniform
Terrain
Curvilinear non-uniform
GRID
Modeled Terrain
The Cartesian grid transforms the slopes into steps which can cause turbulence.
PANEOLE
Example of Epinay-sur-Seine
Wind strongly disturbed by population centres(Urban area)
PANEOLE
Example of Southwark (UK)
Representation of turbulence in the vertical plane
PANEOLE
GRAPHICAL USER INTERFACE
& INPUTS REQUIRED
PANEOLE
fluidyn-PANEOLE
INPUTS
SOLVER
OUTPUTS
Digitisation of
Topography
Grid
Velocity vectors
Meteorological data
processing
Atlas of wind speed
and wind power
density
Establishing the
Windfield
Annual energy
production of wind
turbines
Characteristics of
turbines
Meteorological
Data
PANEOLE
PANEOLE Menu Structure
Pre-Processor Options
Post-Processor Options
Processor (Simulation) Options
PANEOLE
File Handling Options
Option to load Bitmap in the background
Options to import Map Files
PANEOLE
Model Setup: Location Details and Study Domain
PANEOLE
Model Setup: Digitizing the topography
List of Topographical Objects
Operations on the objects
Setting the Scale
PANEOLE
Meteorological Data
Key-in and Hourly Meteo Data
PANEOLE
Meteorological Data: Time Series and Windrose
Time Series
Data file
Windrose Frequency
Table File
Operations on Meteo Stations
PANEOLE
Model Setup: Selecting the Simulation Options
PANEOLE
Post Processing Features
Velocity Vectors
Body Fitted Mesh
Velocity Vectors in
vertical sections
WPD Contours
Power Production
PANEOLE
Output Options
Menu options for ‘Output’
The Menu Options under ‘Output’ are:
To create ‘Annotations’ for the view plots using the annotation elements
available like Line, Arrow, Polygon, Box, circle and also to write ‘Text’.
To ‘Save’ the files loaded/created in the various formats that are available
like ‘Bitmap’, ‘HPGL’, ‘Postscript’, ‘PCL’ etc.
To make ‘Animation’ sequences with the saved Bitmap images.
PANEPR
REAL CASE STUDIES
Ludres
Jogimatti
PANEOLE
CASE-1: LUDRES
(Simulation carried out for the predominant wind direction)
PANEOLE
Case Description:
• Objective is to identify the zones of the significant winds in order to locate
the wind turbines
• To establish the windfield over the computational domain for the
predominant wind speed and direction
• The complexity of the terrain such as undulations, vegetation, water bodies
are taken into account
PANEOLE
Input Data:
•
Bitmap in the background has been used to digitize the topograhy
•
The topographical features being considered are:
- Altitude contours
- Vegetation
•
Windfield was established using Predominant windspeed and direction
PANEOLE
Background map used to build Terrain Model
N
Vent dominant 250°N
Ludres
PANEOLE
Ludres: Terrain undulations and Body fitted Mesh
420m
250m
PANEOLE
Zone of strongest wind at a
height of 3 meters above the
ground
PANEOLE
Zone of strongest wind at a
height of 12 meters above the
ground
PANEOLE
Wind velocity vectors at a plane 12 m above the ground
Back to
Case Studies
PANEOLE
CASE-2: JOGIMATTI
PANEOLE
Case Description:
•
To evaluate the wind power density of a potential site
• Estimation of annual power production by the turbines placed at the
predetermined locations
PANEOLE
Topography built on the Background map
PANEOLE
Digitized topography and location of Turbines
PANEOLE
PANEOLE
PANEOLE
PANEOLE
Back to
Case Studies
PANEOLE
TRANSOFT team
Supplying tomorrow’s advanced
technology at today’s prices
7 boulevard de la Libération
93200 SAINT-DENIS
FRANCE
: 33 01 42 43 16 66
: 33 01 42 43 50 33
e-mail : [email protected]
1191 Crestmont Drive
LAFAYETTE CA 94549 - 3004
USA
: 1 925 284 1200
: 1 925 284 1240
e-mail :
[email protected]
15/17, Belwell Lane
Four Oaks, Sutton Coldfield
West Midlands B7 44AA UNITED
KINGDOM
: 44 0 1 213 088 168
: 44 0 1 213 232 009
e-mail : [email protected]
146, Ring Road,
Sector 5, H.S.R LAYOUT
BANGALORE 5600 34
INDIA
: 91 80 5503498
: 91 80 5501964
e-mail :
[email protected]
PANEPR
Slide 23
fluidyn - PANEOLE
- for the evaluation of Wind Energy Density of a potential site
PANEOLE
INTRODUCTION
PANEOLE
About PANEOLE …..
A unique 3D fluid dynamics based software available for wind
power potential prediction.
Reliable and high precision tool capable of generating wind field
atlas for the wind turbines siting
Wind field modeling is done by solving Navier-Stokes equations
Control-volume or integral-balance approach to construct the finite
difference approximations for each of these control volumes to preserve
local conservation of differenced quantities
Main application Area : This software could be used for siting of
turbines and prediction of power generation capacities at windy sites
PANEOLE
APPLICATION AREA
PANEOLE
Application Areas:
Establish wind energy density atlas over the potential site
Siting of Turbines and prediction of power generation capacities
The support for PANEOLE development is through …
ADEME
French ministry of environment agency
EED (Espace Eolien Developpement)
PANEOLE
PANEOLE FEATURES
PANEOLE
SALIENT FEATURES ….
Roughness curves and altitude curves can be imported through map
files
Mass consistent wind field model with Lagrangian multiplier technique
and weighted interpolation schemes for one or more meteorological
stations
According to the user specification, Cartesian or BFC grid generation
techniques can be used for mesh generation
The influence of obstacles like buildings, hillocks on the wind pattern
are considered
Turbulence models can be incorporated by selecting among the k-diff,
k-l or k-eps models
Energy density with respect to the prevailing wind over the whole
domain is calculated
Bar graphs show the power productions for the specified periods
PANEOLE
Comparison between cartesian and curvilinear grid
Cartesian uniform
Terrain
Curvilinear non-uniform
GRID
Modeled Terrain
The Cartesian grid transforms the slopes into steps which can cause turbulence.
PANEOLE
Example of Epinay-sur-Seine
Wind strongly disturbed by population centres(Urban area)
PANEOLE
Example of Southwark (UK)
Representation of turbulence in the vertical plane
PANEOLE
GRAPHICAL USER INTERFACE
& INPUTS REQUIRED
PANEOLE
fluidyn-PANEOLE
INPUTS
SOLVER
OUTPUTS
Digitisation of
Topography
Grid
Velocity vectors
Meteorological data
processing
Atlas of wind speed
and wind power
density
Establishing the
Windfield
Annual energy
production of wind
turbines
Characteristics of
turbines
Meteorological
Data
PANEOLE
PANEOLE Menu Structure
Pre-Processor Options
Post-Processor Options
Processor (Simulation) Options
PANEOLE
File Handling Options
Option to load Bitmap in the background
Options to import Map Files
PANEOLE
Model Setup: Location Details and Study Domain
PANEOLE
Model Setup: Digitizing the topography
List of Topographical Objects
Operations on the objects
Setting the Scale
PANEOLE
Meteorological Data
Key-in and Hourly Meteo Data
PANEOLE
Meteorological Data: Time Series and Windrose
Time Series
Data file
Windrose Frequency
Table File
Operations on Meteo Stations
PANEOLE
Model Setup: Selecting the Simulation Options
PANEOLE
Post Processing Features
Velocity Vectors
Body Fitted Mesh
Velocity Vectors in
vertical sections
WPD Contours
Power Production
PANEOLE
Output Options
Menu options for ‘Output’
The Menu Options under ‘Output’ are:
To create ‘Annotations’ for the view plots using the annotation elements
available like Line, Arrow, Polygon, Box, circle and also to write ‘Text’.
To ‘Save’ the files loaded/created in the various formats that are available
like ‘Bitmap’, ‘HPGL’, ‘Postscript’, ‘PCL’ etc.
To make ‘Animation’ sequences with the saved Bitmap images.
PANEPR
REAL CASE STUDIES
Ludres
Jogimatti
PANEOLE
CASE-1: LUDRES
(Simulation carried out for the predominant wind direction)
PANEOLE
Case Description:
• Objective is to identify the zones of the significant winds in order to locate
the wind turbines
• To establish the windfield over the computational domain for the
predominant wind speed and direction
• The complexity of the terrain such as undulations, vegetation, water bodies
are taken into account
PANEOLE
Input Data:
•
Bitmap in the background has been used to digitize the topograhy
•
The topographical features being considered are:
- Altitude contours
- Vegetation
•
Windfield was established using Predominant windspeed and direction
PANEOLE
Background map used to build Terrain Model
N
Vent dominant 250°N
Ludres
PANEOLE
Ludres: Terrain undulations and Body fitted Mesh
420m
250m
PANEOLE
Zone of strongest wind at a
height of 3 meters above the
ground
PANEOLE
Zone of strongest wind at a
height of 12 meters above the
ground
PANEOLE
Wind velocity vectors at a plane 12 m above the ground
Back to
Case Studies
PANEOLE
CASE-2: JOGIMATTI
PANEOLE
Case Description:
•
To evaluate the wind power density of a potential site
• Estimation of annual power production by the turbines placed at the
predetermined locations
PANEOLE
Topography built on the Background map
PANEOLE
Digitized topography and location of Turbines
PANEOLE
PANEOLE
PANEOLE
PANEOLE
Back to
Case Studies
PANEOLE
TRANSOFT team
Supplying tomorrow’s advanced
technology at today’s prices
7 boulevard de la Libération
93200 SAINT-DENIS
FRANCE
: 33 01 42 43 16 66
: 33 01 42 43 50 33
e-mail : [email protected]
1191 Crestmont Drive
LAFAYETTE CA 94549 - 3004
USA
: 1 925 284 1200
: 1 925 284 1240
e-mail :
[email protected]
15/17, Belwell Lane
Four Oaks, Sutton Coldfield
West Midlands B7 44AA UNITED
KINGDOM
: 44 0 1 213 088 168
: 44 0 1 213 232 009
e-mail : [email protected]
146, Ring Road,
Sector 5, H.S.R LAYOUT
BANGALORE 5600 34
INDIA
: 91 80 5503498
: 91 80 5501964
e-mail :
[email protected]
PANEPR
Slide 24
fluidyn - PANEOLE
- for the evaluation of Wind Energy Density of a potential site
PANEOLE
INTRODUCTION
PANEOLE
About PANEOLE …..
A unique 3D fluid dynamics based software available for wind
power potential prediction.
Reliable and high precision tool capable of generating wind field
atlas for the wind turbines siting
Wind field modeling is done by solving Navier-Stokes equations
Control-volume or integral-balance approach to construct the finite
difference approximations for each of these control volumes to preserve
local conservation of differenced quantities
Main application Area : This software could be used for siting of
turbines and prediction of power generation capacities at windy sites
PANEOLE
APPLICATION AREA
PANEOLE
Application Areas:
Establish wind energy density atlas over the potential site
Siting of Turbines and prediction of power generation capacities
The support for PANEOLE development is through …
ADEME
French ministry of environment agency
EED (Espace Eolien Developpement)
PANEOLE
PANEOLE FEATURES
PANEOLE
SALIENT FEATURES ….
Roughness curves and altitude curves can be imported through map
files
Mass consistent wind field model with Lagrangian multiplier technique
and weighted interpolation schemes for one or more meteorological
stations
According to the user specification, Cartesian or BFC grid generation
techniques can be used for mesh generation
The influence of obstacles like buildings, hillocks on the wind pattern
are considered
Turbulence models can be incorporated by selecting among the k-diff,
k-l or k-eps models
Energy density with respect to the prevailing wind over the whole
domain is calculated
Bar graphs show the power productions for the specified periods
PANEOLE
Comparison between cartesian and curvilinear grid
Cartesian uniform
Terrain
Curvilinear non-uniform
GRID
Modeled Terrain
The Cartesian grid transforms the slopes into steps which can cause turbulence.
PANEOLE
Example of Epinay-sur-Seine
Wind strongly disturbed by population centres(Urban area)
PANEOLE
Example of Southwark (UK)
Representation of turbulence in the vertical plane
PANEOLE
GRAPHICAL USER INTERFACE
& INPUTS REQUIRED
PANEOLE
fluidyn-PANEOLE
INPUTS
SOLVER
OUTPUTS
Digitisation of
Topography
Grid
Velocity vectors
Meteorological data
processing
Atlas of wind speed
and wind power
density
Establishing the
Windfield
Annual energy
production of wind
turbines
Characteristics of
turbines
Meteorological
Data
PANEOLE
PANEOLE Menu Structure
Pre-Processor Options
Post-Processor Options
Processor (Simulation) Options
PANEOLE
File Handling Options
Option to load Bitmap in the background
Options to import Map Files
PANEOLE
Model Setup: Location Details and Study Domain
PANEOLE
Model Setup: Digitizing the topography
List of Topographical Objects
Operations on the objects
Setting the Scale
PANEOLE
Meteorological Data
Key-in and Hourly Meteo Data
PANEOLE
Meteorological Data: Time Series and Windrose
Time Series
Data file
Windrose Frequency
Table File
Operations on Meteo Stations
PANEOLE
Model Setup: Selecting the Simulation Options
PANEOLE
Post Processing Features
Velocity Vectors
Body Fitted Mesh
Velocity Vectors in
vertical sections
WPD Contours
Power Production
PANEOLE
Output Options
Menu options for ‘Output’
The Menu Options under ‘Output’ are:
To create ‘Annotations’ for the view plots using the annotation elements
available like Line, Arrow, Polygon, Box, circle and also to write ‘Text’.
To ‘Save’ the files loaded/created in the various formats that are available
like ‘Bitmap’, ‘HPGL’, ‘Postscript’, ‘PCL’ etc.
To make ‘Animation’ sequences with the saved Bitmap images.
PANEPR
REAL CASE STUDIES
Ludres
Jogimatti
PANEOLE
CASE-1: LUDRES
(Simulation carried out for the predominant wind direction)
PANEOLE
Case Description:
• Objective is to identify the zones of the significant winds in order to locate
the wind turbines
• To establish the windfield over the computational domain for the
predominant wind speed and direction
• The complexity of the terrain such as undulations, vegetation, water bodies
are taken into account
PANEOLE
Input Data:
•
Bitmap in the background has been used to digitize the topograhy
•
The topographical features being considered are:
- Altitude contours
- Vegetation
•
Windfield was established using Predominant windspeed and direction
PANEOLE
Background map used to build Terrain Model
N
Vent dominant 250°N
Ludres
PANEOLE
Ludres: Terrain undulations and Body fitted Mesh
420m
250m
PANEOLE
Zone of strongest wind at a
height of 3 meters above the
ground
PANEOLE
Zone of strongest wind at a
height of 12 meters above the
ground
PANEOLE
Wind velocity vectors at a plane 12 m above the ground
Back to
Case Studies
PANEOLE
CASE-2: JOGIMATTI
PANEOLE
Case Description:
•
To evaluate the wind power density of a potential site
• Estimation of annual power production by the turbines placed at the
predetermined locations
PANEOLE
Topography built on the Background map
PANEOLE
Digitized topography and location of Turbines
PANEOLE
PANEOLE
PANEOLE
PANEOLE
Back to
Case Studies
PANEOLE
TRANSOFT team
Supplying tomorrow’s advanced
technology at today’s prices
7 boulevard de la Libération
93200 SAINT-DENIS
FRANCE
: 33 01 42 43 16 66
: 33 01 42 43 50 33
e-mail : [email protected]
1191 Crestmont Drive
LAFAYETTE CA 94549 - 3004
USA
: 1 925 284 1200
: 1 925 284 1240
e-mail :
[email protected]
15/17, Belwell Lane
Four Oaks, Sutton Coldfield
West Midlands B7 44AA UNITED
KINGDOM
: 44 0 1 213 088 168
: 44 0 1 213 232 009
e-mail : [email protected]
146, Ring Road,
Sector 5, H.S.R LAYOUT
BANGALORE 5600 34
INDIA
: 91 80 5503498
: 91 80 5501964
e-mail :
[email protected]
PANEPR
Slide 25
fluidyn - PANEOLE
- for the evaluation of Wind Energy Density of a potential site
PANEOLE
INTRODUCTION
PANEOLE
About PANEOLE …..
A unique 3D fluid dynamics based software available for wind
power potential prediction.
Reliable and high precision tool capable of generating wind field
atlas for the wind turbines siting
Wind field modeling is done by solving Navier-Stokes equations
Control-volume or integral-balance approach to construct the finite
difference approximations for each of these control volumes to preserve
local conservation of differenced quantities
Main application Area : This software could be used for siting of
turbines and prediction of power generation capacities at windy sites
PANEOLE
APPLICATION AREA
PANEOLE
Application Areas:
Establish wind energy density atlas over the potential site
Siting of Turbines and prediction of power generation capacities
The support for PANEOLE development is through …
ADEME
French ministry of environment agency
EED (Espace Eolien Developpement)
PANEOLE
PANEOLE FEATURES
PANEOLE
SALIENT FEATURES ….
Roughness curves and altitude curves can be imported through map
files
Mass consistent wind field model with Lagrangian multiplier technique
and weighted interpolation schemes for one or more meteorological
stations
According to the user specification, Cartesian or BFC grid generation
techniques can be used for mesh generation
The influence of obstacles like buildings, hillocks on the wind pattern
are considered
Turbulence models can be incorporated by selecting among the k-diff,
k-l or k-eps models
Energy density with respect to the prevailing wind over the whole
domain is calculated
Bar graphs show the power productions for the specified periods
PANEOLE
Comparison between cartesian and curvilinear grid
Cartesian uniform
Terrain
Curvilinear non-uniform
GRID
Modeled Terrain
The Cartesian grid transforms the slopes into steps which can cause turbulence.
PANEOLE
Example of Epinay-sur-Seine
Wind strongly disturbed by population centres(Urban area)
PANEOLE
Example of Southwark (UK)
Representation of turbulence in the vertical plane
PANEOLE
GRAPHICAL USER INTERFACE
& INPUTS REQUIRED
PANEOLE
fluidyn-PANEOLE
INPUTS
SOLVER
OUTPUTS
Digitisation of
Topography
Grid
Velocity vectors
Meteorological data
processing
Atlas of wind speed
and wind power
density
Establishing the
Windfield
Annual energy
production of wind
turbines
Characteristics of
turbines
Meteorological
Data
PANEOLE
PANEOLE Menu Structure
Pre-Processor Options
Post-Processor Options
Processor (Simulation) Options
PANEOLE
File Handling Options
Option to load Bitmap in the background
Options to import Map Files
PANEOLE
Model Setup: Location Details and Study Domain
PANEOLE
Model Setup: Digitizing the topography
List of Topographical Objects
Operations on the objects
Setting the Scale
PANEOLE
Meteorological Data
Key-in and Hourly Meteo Data
PANEOLE
Meteorological Data: Time Series and Windrose
Time Series
Data file
Windrose Frequency
Table File
Operations on Meteo Stations
PANEOLE
Model Setup: Selecting the Simulation Options
PANEOLE
Post Processing Features
Velocity Vectors
Body Fitted Mesh
Velocity Vectors in
vertical sections
WPD Contours
Power Production
PANEOLE
Output Options
Menu options for ‘Output’
The Menu Options under ‘Output’ are:
To create ‘Annotations’ for the view plots using the annotation elements
available like Line, Arrow, Polygon, Box, circle and also to write ‘Text’.
To ‘Save’ the files loaded/created in the various formats that are available
like ‘Bitmap’, ‘HPGL’, ‘Postscript’, ‘PCL’ etc.
To make ‘Animation’ sequences with the saved Bitmap images.
PANEPR
REAL CASE STUDIES
Ludres
Jogimatti
PANEOLE
CASE-1: LUDRES
(Simulation carried out for the predominant wind direction)
PANEOLE
Case Description:
• Objective is to identify the zones of the significant winds in order to locate
the wind turbines
• To establish the windfield over the computational domain for the
predominant wind speed and direction
• The complexity of the terrain such as undulations, vegetation, water bodies
are taken into account
PANEOLE
Input Data:
•
Bitmap in the background has been used to digitize the topograhy
•
The topographical features being considered are:
- Altitude contours
- Vegetation
•
Windfield was established using Predominant windspeed and direction
PANEOLE
Background map used to build Terrain Model
N
Vent dominant 250°N
Ludres
PANEOLE
Ludres: Terrain undulations and Body fitted Mesh
420m
250m
PANEOLE
Zone of strongest wind at a
height of 3 meters above the
ground
PANEOLE
Zone of strongest wind at a
height of 12 meters above the
ground
PANEOLE
Wind velocity vectors at a plane 12 m above the ground
Back to
Case Studies
PANEOLE
CASE-2: JOGIMATTI
PANEOLE
Case Description:
•
To evaluate the wind power density of a potential site
• Estimation of annual power production by the turbines placed at the
predetermined locations
PANEOLE
Topography built on the Background map
PANEOLE
Digitized topography and location of Turbines
PANEOLE
PANEOLE
PANEOLE
PANEOLE
Back to
Case Studies
PANEOLE
TRANSOFT team
Supplying tomorrow’s advanced
technology at today’s prices
7 boulevard de la Libération
93200 SAINT-DENIS
FRANCE
: 33 01 42 43 16 66
: 33 01 42 43 50 33
e-mail : [email protected]
1191 Crestmont Drive
LAFAYETTE CA 94549 - 3004
USA
: 1 925 284 1200
: 1 925 284 1240
e-mail :
[email protected]
15/17, Belwell Lane
Four Oaks, Sutton Coldfield
West Midlands B7 44AA UNITED
KINGDOM
: 44 0 1 213 088 168
: 44 0 1 213 232 009
e-mail : [email protected]
146, Ring Road,
Sector 5, H.S.R LAYOUT
BANGALORE 5600 34
INDIA
: 91 80 5503498
: 91 80 5501964
e-mail :
[email protected]
PANEPR
Slide 26
fluidyn - PANEOLE
- for the evaluation of Wind Energy Density of a potential site
PANEOLE
INTRODUCTION
PANEOLE
About PANEOLE …..
A unique 3D fluid dynamics based software available for wind
power potential prediction.
Reliable and high precision tool capable of generating wind field
atlas for the wind turbines siting
Wind field modeling is done by solving Navier-Stokes equations
Control-volume or integral-balance approach to construct the finite
difference approximations for each of these control volumes to preserve
local conservation of differenced quantities
Main application Area : This software could be used for siting of
turbines and prediction of power generation capacities at windy sites
PANEOLE
APPLICATION AREA
PANEOLE
Application Areas:
Establish wind energy density atlas over the potential site
Siting of Turbines and prediction of power generation capacities
The support for PANEOLE development is through …
ADEME
French ministry of environment agency
EED (Espace Eolien Developpement)
PANEOLE
PANEOLE FEATURES
PANEOLE
SALIENT FEATURES ….
Roughness curves and altitude curves can be imported through map
files
Mass consistent wind field model with Lagrangian multiplier technique
and weighted interpolation schemes for one or more meteorological
stations
According to the user specification, Cartesian or BFC grid generation
techniques can be used for mesh generation
The influence of obstacles like buildings, hillocks on the wind pattern
are considered
Turbulence models can be incorporated by selecting among the k-diff,
k-l or k-eps models
Energy density with respect to the prevailing wind over the whole
domain is calculated
Bar graphs show the power productions for the specified periods
PANEOLE
Comparison between cartesian and curvilinear grid
Cartesian uniform
Terrain
Curvilinear non-uniform
GRID
Modeled Terrain
The Cartesian grid transforms the slopes into steps which can cause turbulence.
PANEOLE
Example of Epinay-sur-Seine
Wind strongly disturbed by population centres(Urban area)
PANEOLE
Example of Southwark (UK)
Representation of turbulence in the vertical plane
PANEOLE
GRAPHICAL USER INTERFACE
& INPUTS REQUIRED
PANEOLE
fluidyn-PANEOLE
INPUTS
SOLVER
OUTPUTS
Digitisation of
Topography
Grid
Velocity vectors
Meteorological data
processing
Atlas of wind speed
and wind power
density
Establishing the
Windfield
Annual energy
production of wind
turbines
Characteristics of
turbines
Meteorological
Data
PANEOLE
PANEOLE Menu Structure
Pre-Processor Options
Post-Processor Options
Processor (Simulation) Options
PANEOLE
File Handling Options
Option to load Bitmap in the background
Options to import Map Files
PANEOLE
Model Setup: Location Details and Study Domain
PANEOLE
Model Setup: Digitizing the topography
List of Topographical Objects
Operations on the objects
Setting the Scale
PANEOLE
Meteorological Data
Key-in and Hourly Meteo Data
PANEOLE
Meteorological Data: Time Series and Windrose
Time Series
Data file
Windrose Frequency
Table File
Operations on Meteo Stations
PANEOLE
Model Setup: Selecting the Simulation Options
PANEOLE
Post Processing Features
Velocity Vectors
Body Fitted Mesh
Velocity Vectors in
vertical sections
WPD Contours
Power Production
PANEOLE
Output Options
Menu options for ‘Output’
The Menu Options under ‘Output’ are:
To create ‘Annotations’ for the view plots using the annotation elements
available like Line, Arrow, Polygon, Box, circle and also to write ‘Text’.
To ‘Save’ the files loaded/created in the various formats that are available
like ‘Bitmap’, ‘HPGL’, ‘Postscript’, ‘PCL’ etc.
To make ‘Animation’ sequences with the saved Bitmap images.
PANEPR
REAL CASE STUDIES
Ludres
Jogimatti
PANEOLE
CASE-1: LUDRES
(Simulation carried out for the predominant wind direction)
PANEOLE
Case Description:
• Objective is to identify the zones of the significant winds in order to locate
the wind turbines
• To establish the windfield over the computational domain for the
predominant wind speed and direction
• The complexity of the terrain such as undulations, vegetation, water bodies
are taken into account
PANEOLE
Input Data:
•
Bitmap in the background has been used to digitize the topograhy
•
The topographical features being considered are:
- Altitude contours
- Vegetation
•
Windfield was established using Predominant windspeed and direction
PANEOLE
Background map used to build Terrain Model
N
Vent dominant 250°N
Ludres
PANEOLE
Ludres: Terrain undulations and Body fitted Mesh
420m
250m
PANEOLE
Zone of strongest wind at a
height of 3 meters above the
ground
PANEOLE
Zone of strongest wind at a
height of 12 meters above the
ground
PANEOLE
Wind velocity vectors at a plane 12 m above the ground
Back to
Case Studies
PANEOLE
CASE-2: JOGIMATTI
PANEOLE
Case Description:
•
To evaluate the wind power density of a potential site
• Estimation of annual power production by the turbines placed at the
predetermined locations
PANEOLE
Topography built on the Background map
PANEOLE
Digitized topography and location of Turbines
PANEOLE
PANEOLE
PANEOLE
PANEOLE
Back to
Case Studies
PANEOLE
TRANSOFT team
Supplying tomorrow’s advanced
technology at today’s prices
7 boulevard de la Libération
93200 SAINT-DENIS
FRANCE
: 33 01 42 43 16 66
: 33 01 42 43 50 33
e-mail : [email protected]
1191 Crestmont Drive
LAFAYETTE CA 94549 - 3004
USA
: 1 925 284 1200
: 1 925 284 1240
e-mail :
[email protected]
15/17, Belwell Lane
Four Oaks, Sutton Coldfield
West Midlands B7 44AA UNITED
KINGDOM
: 44 0 1 213 088 168
: 44 0 1 213 232 009
e-mail : [email protected]
146, Ring Road,
Sector 5, H.S.R LAYOUT
BANGALORE 5600 34
INDIA
: 91 80 5503498
: 91 80 5501964
e-mail :
[email protected]
PANEPR
Slide 27
fluidyn - PANEOLE
- for the evaluation of Wind Energy Density of a potential site
PANEOLE
INTRODUCTION
PANEOLE
About PANEOLE …..
A unique 3D fluid dynamics based software available for wind
power potential prediction.
Reliable and high precision tool capable of generating wind field
atlas for the wind turbines siting
Wind field modeling is done by solving Navier-Stokes equations
Control-volume or integral-balance approach to construct the finite
difference approximations for each of these control volumes to preserve
local conservation of differenced quantities
Main application Area : This software could be used for siting of
turbines and prediction of power generation capacities at windy sites
PANEOLE
APPLICATION AREA
PANEOLE
Application Areas:
Establish wind energy density atlas over the potential site
Siting of Turbines and prediction of power generation capacities
The support for PANEOLE development is through …
ADEME
French ministry of environment agency
EED (Espace Eolien Developpement)
PANEOLE
PANEOLE FEATURES
PANEOLE
SALIENT FEATURES ….
Roughness curves and altitude curves can be imported through map
files
Mass consistent wind field model with Lagrangian multiplier technique
and weighted interpolation schemes for one or more meteorological
stations
According to the user specification, Cartesian or BFC grid generation
techniques can be used for mesh generation
The influence of obstacles like buildings, hillocks on the wind pattern
are considered
Turbulence models can be incorporated by selecting among the k-diff,
k-l or k-eps models
Energy density with respect to the prevailing wind over the whole
domain is calculated
Bar graphs show the power productions for the specified periods
PANEOLE
Comparison between cartesian and curvilinear grid
Cartesian uniform
Terrain
Curvilinear non-uniform
GRID
Modeled Terrain
The Cartesian grid transforms the slopes into steps which can cause turbulence.
PANEOLE
Example of Epinay-sur-Seine
Wind strongly disturbed by population centres(Urban area)
PANEOLE
Example of Southwark (UK)
Representation of turbulence in the vertical plane
PANEOLE
GRAPHICAL USER INTERFACE
& INPUTS REQUIRED
PANEOLE
fluidyn-PANEOLE
INPUTS
SOLVER
OUTPUTS
Digitisation of
Topography
Grid
Velocity vectors
Meteorological data
processing
Atlas of wind speed
and wind power
density
Establishing the
Windfield
Annual energy
production of wind
turbines
Characteristics of
turbines
Meteorological
Data
PANEOLE
PANEOLE Menu Structure
Pre-Processor Options
Post-Processor Options
Processor (Simulation) Options
PANEOLE
File Handling Options
Option to load Bitmap in the background
Options to import Map Files
PANEOLE
Model Setup: Location Details and Study Domain
PANEOLE
Model Setup: Digitizing the topography
List of Topographical Objects
Operations on the objects
Setting the Scale
PANEOLE
Meteorological Data
Key-in and Hourly Meteo Data
PANEOLE
Meteorological Data: Time Series and Windrose
Time Series
Data file
Windrose Frequency
Table File
Operations on Meteo Stations
PANEOLE
Model Setup: Selecting the Simulation Options
PANEOLE
Post Processing Features
Velocity Vectors
Body Fitted Mesh
Velocity Vectors in
vertical sections
WPD Contours
Power Production
PANEOLE
Output Options
Menu options for ‘Output’
The Menu Options under ‘Output’ are:
To create ‘Annotations’ for the view plots using the annotation elements
available like Line, Arrow, Polygon, Box, circle and also to write ‘Text’.
To ‘Save’ the files loaded/created in the various formats that are available
like ‘Bitmap’, ‘HPGL’, ‘Postscript’, ‘PCL’ etc.
To make ‘Animation’ sequences with the saved Bitmap images.
PANEPR
REAL CASE STUDIES
Ludres
Jogimatti
PANEOLE
CASE-1: LUDRES
(Simulation carried out for the predominant wind direction)
PANEOLE
Case Description:
• Objective is to identify the zones of the significant winds in order to locate
the wind turbines
• To establish the windfield over the computational domain for the
predominant wind speed and direction
• The complexity of the terrain such as undulations, vegetation, water bodies
are taken into account
PANEOLE
Input Data:
•
Bitmap in the background has been used to digitize the topograhy
•
The topographical features being considered are:
- Altitude contours
- Vegetation
•
Windfield was established using Predominant windspeed and direction
PANEOLE
Background map used to build Terrain Model
N
Vent dominant 250°N
Ludres
PANEOLE
Ludres: Terrain undulations and Body fitted Mesh
420m
250m
PANEOLE
Zone of strongest wind at a
height of 3 meters above the
ground
PANEOLE
Zone of strongest wind at a
height of 12 meters above the
ground
PANEOLE
Wind velocity vectors at a plane 12 m above the ground
Back to
Case Studies
PANEOLE
CASE-2: JOGIMATTI
PANEOLE
Case Description:
•
To evaluate the wind power density of a potential site
• Estimation of annual power production by the turbines placed at the
predetermined locations
PANEOLE
Topography built on the Background map
PANEOLE
Digitized topography and location of Turbines
PANEOLE
PANEOLE
PANEOLE
PANEOLE
Back to
Case Studies
PANEOLE
TRANSOFT team
Supplying tomorrow’s advanced
technology at today’s prices
7 boulevard de la Libération
93200 SAINT-DENIS
FRANCE
: 33 01 42 43 16 66
: 33 01 42 43 50 33
e-mail : [email protected]
1191 Crestmont Drive
LAFAYETTE CA 94549 - 3004
USA
: 1 925 284 1200
: 1 925 284 1240
e-mail :
[email protected]
15/17, Belwell Lane
Four Oaks, Sutton Coldfield
West Midlands B7 44AA UNITED
KINGDOM
: 44 0 1 213 088 168
: 44 0 1 213 232 009
e-mail : [email protected]
146, Ring Road,
Sector 5, H.S.R LAYOUT
BANGALORE 5600 34
INDIA
: 91 80 5503498
: 91 80 5501964
e-mail :
[email protected]
PANEPR
Slide 28
fluidyn - PANEOLE
- for the evaluation of Wind Energy Density of a potential site
PANEOLE
INTRODUCTION
PANEOLE
About PANEOLE …..
A unique 3D fluid dynamics based software available for wind
power potential prediction.
Reliable and high precision tool capable of generating wind field
atlas for the wind turbines siting
Wind field modeling is done by solving Navier-Stokes equations
Control-volume or integral-balance approach to construct the finite
difference approximations for each of these control volumes to preserve
local conservation of differenced quantities
Main application Area : This software could be used for siting of
turbines and prediction of power generation capacities at windy sites
PANEOLE
APPLICATION AREA
PANEOLE
Application Areas:
Establish wind energy density atlas over the potential site
Siting of Turbines and prediction of power generation capacities
The support for PANEOLE development is through …
ADEME
French ministry of environment agency
EED (Espace Eolien Developpement)
PANEOLE
PANEOLE FEATURES
PANEOLE
SALIENT FEATURES ….
Roughness curves and altitude curves can be imported through map
files
Mass consistent wind field model with Lagrangian multiplier technique
and weighted interpolation schemes for one or more meteorological
stations
According to the user specification, Cartesian or BFC grid generation
techniques can be used for mesh generation
The influence of obstacles like buildings, hillocks on the wind pattern
are considered
Turbulence models can be incorporated by selecting among the k-diff,
k-l or k-eps models
Energy density with respect to the prevailing wind over the whole
domain is calculated
Bar graphs show the power productions for the specified periods
PANEOLE
Comparison between cartesian and curvilinear grid
Cartesian uniform
Terrain
Curvilinear non-uniform
GRID
Modeled Terrain
The Cartesian grid transforms the slopes into steps which can cause turbulence.
PANEOLE
Example of Epinay-sur-Seine
Wind strongly disturbed by population centres(Urban area)
PANEOLE
Example of Southwark (UK)
Representation of turbulence in the vertical plane
PANEOLE
GRAPHICAL USER INTERFACE
& INPUTS REQUIRED
PANEOLE
fluidyn-PANEOLE
INPUTS
SOLVER
OUTPUTS
Digitisation of
Topography
Grid
Velocity vectors
Meteorological data
processing
Atlas of wind speed
and wind power
density
Establishing the
Windfield
Annual energy
production of wind
turbines
Characteristics of
turbines
Meteorological
Data
PANEOLE
PANEOLE Menu Structure
Pre-Processor Options
Post-Processor Options
Processor (Simulation) Options
PANEOLE
File Handling Options
Option to load Bitmap in the background
Options to import Map Files
PANEOLE
Model Setup: Location Details and Study Domain
PANEOLE
Model Setup: Digitizing the topography
List of Topographical Objects
Operations on the objects
Setting the Scale
PANEOLE
Meteorological Data
Key-in and Hourly Meteo Data
PANEOLE
Meteorological Data: Time Series and Windrose
Time Series
Data file
Windrose Frequency
Table File
Operations on Meteo Stations
PANEOLE
Model Setup: Selecting the Simulation Options
PANEOLE
Post Processing Features
Velocity Vectors
Body Fitted Mesh
Velocity Vectors in
vertical sections
WPD Contours
Power Production
PANEOLE
Output Options
Menu options for ‘Output’
The Menu Options under ‘Output’ are:
To create ‘Annotations’ for the view plots using the annotation elements
available like Line, Arrow, Polygon, Box, circle and also to write ‘Text’.
To ‘Save’ the files loaded/created in the various formats that are available
like ‘Bitmap’, ‘HPGL’, ‘Postscript’, ‘PCL’ etc.
To make ‘Animation’ sequences with the saved Bitmap images.
PANEPR
REAL CASE STUDIES
Ludres
Jogimatti
PANEOLE
CASE-1: LUDRES
(Simulation carried out for the predominant wind direction)
PANEOLE
Case Description:
• Objective is to identify the zones of the significant winds in order to locate
the wind turbines
• To establish the windfield over the computational domain for the
predominant wind speed and direction
• The complexity of the terrain such as undulations, vegetation, water bodies
are taken into account
PANEOLE
Input Data:
•
Bitmap in the background has been used to digitize the topograhy
•
The topographical features being considered are:
- Altitude contours
- Vegetation
•
Windfield was established using Predominant windspeed and direction
PANEOLE
Background map used to build Terrain Model
N
Vent dominant 250°N
Ludres
PANEOLE
Ludres: Terrain undulations and Body fitted Mesh
420m
250m
PANEOLE
Zone of strongest wind at a
height of 3 meters above the
ground
PANEOLE
Zone of strongest wind at a
height of 12 meters above the
ground
PANEOLE
Wind velocity vectors at a plane 12 m above the ground
Back to
Case Studies
PANEOLE
CASE-2: JOGIMATTI
PANEOLE
Case Description:
•
To evaluate the wind power density of a potential site
• Estimation of annual power production by the turbines placed at the
predetermined locations
PANEOLE
Topography built on the Background map
PANEOLE
Digitized topography and location of Turbines
PANEOLE
PANEOLE
PANEOLE
PANEOLE
Back to
Case Studies
PANEOLE
TRANSOFT team
Supplying tomorrow’s advanced
technology at today’s prices
7 boulevard de la Libération
93200 SAINT-DENIS
FRANCE
: 33 01 42 43 16 66
: 33 01 42 43 50 33
e-mail : [email protected]
1191 Crestmont Drive
LAFAYETTE CA 94549 - 3004
USA
: 1 925 284 1200
: 1 925 284 1240
e-mail :
[email protected]
15/17, Belwell Lane
Four Oaks, Sutton Coldfield
West Midlands B7 44AA UNITED
KINGDOM
: 44 0 1 213 088 168
: 44 0 1 213 232 009
e-mail : [email protected]
146, Ring Road,
Sector 5, H.S.R LAYOUT
BANGALORE 5600 34
INDIA
: 91 80 5503498
: 91 80 5501964
e-mail :
[email protected]
PANEPR
Slide 29
fluidyn - PANEOLE
- for the evaluation of Wind Energy Density of a potential site
PANEOLE
INTRODUCTION
PANEOLE
About PANEOLE …..
A unique 3D fluid dynamics based software available for wind
power potential prediction.
Reliable and high precision tool capable of generating wind field
atlas for the wind turbines siting
Wind field modeling is done by solving Navier-Stokes equations
Control-volume or integral-balance approach to construct the finite
difference approximations for each of these control volumes to preserve
local conservation of differenced quantities
Main application Area : This software could be used for siting of
turbines and prediction of power generation capacities at windy sites
PANEOLE
APPLICATION AREA
PANEOLE
Application Areas:
Establish wind energy density atlas over the potential site
Siting of Turbines and prediction of power generation capacities
The support for PANEOLE development is through …
ADEME
French ministry of environment agency
EED (Espace Eolien Developpement)
PANEOLE
PANEOLE FEATURES
PANEOLE
SALIENT FEATURES ….
Roughness curves and altitude curves can be imported through map
files
Mass consistent wind field model with Lagrangian multiplier technique
and weighted interpolation schemes for one or more meteorological
stations
According to the user specification, Cartesian or BFC grid generation
techniques can be used for mesh generation
The influence of obstacles like buildings, hillocks on the wind pattern
are considered
Turbulence models can be incorporated by selecting among the k-diff,
k-l or k-eps models
Energy density with respect to the prevailing wind over the whole
domain is calculated
Bar graphs show the power productions for the specified periods
PANEOLE
Comparison between cartesian and curvilinear grid
Cartesian uniform
Terrain
Curvilinear non-uniform
GRID
Modeled Terrain
The Cartesian grid transforms the slopes into steps which can cause turbulence.
PANEOLE
Example of Epinay-sur-Seine
Wind strongly disturbed by population centres(Urban area)
PANEOLE
Example of Southwark (UK)
Representation of turbulence in the vertical plane
PANEOLE
GRAPHICAL USER INTERFACE
& INPUTS REQUIRED
PANEOLE
fluidyn-PANEOLE
INPUTS
SOLVER
OUTPUTS
Digitisation of
Topography
Grid
Velocity vectors
Meteorological data
processing
Atlas of wind speed
and wind power
density
Establishing the
Windfield
Annual energy
production of wind
turbines
Characteristics of
turbines
Meteorological
Data
PANEOLE
PANEOLE Menu Structure
Pre-Processor Options
Post-Processor Options
Processor (Simulation) Options
PANEOLE
File Handling Options
Option to load Bitmap in the background
Options to import Map Files
PANEOLE
Model Setup: Location Details and Study Domain
PANEOLE
Model Setup: Digitizing the topography
List of Topographical Objects
Operations on the objects
Setting the Scale
PANEOLE
Meteorological Data
Key-in and Hourly Meteo Data
PANEOLE
Meteorological Data: Time Series and Windrose
Time Series
Data file
Windrose Frequency
Table File
Operations on Meteo Stations
PANEOLE
Model Setup: Selecting the Simulation Options
PANEOLE
Post Processing Features
Velocity Vectors
Body Fitted Mesh
Velocity Vectors in
vertical sections
WPD Contours
Power Production
PANEOLE
Output Options
Menu options for ‘Output’
The Menu Options under ‘Output’ are:
To create ‘Annotations’ for the view plots using the annotation elements
available like Line, Arrow, Polygon, Box, circle and also to write ‘Text’.
To ‘Save’ the files loaded/created in the various formats that are available
like ‘Bitmap’, ‘HPGL’, ‘Postscript’, ‘PCL’ etc.
To make ‘Animation’ sequences with the saved Bitmap images.
PANEPR
REAL CASE STUDIES
Ludres
Jogimatti
PANEOLE
CASE-1: LUDRES
(Simulation carried out for the predominant wind direction)
PANEOLE
Case Description:
• Objective is to identify the zones of the significant winds in order to locate
the wind turbines
• To establish the windfield over the computational domain for the
predominant wind speed and direction
• The complexity of the terrain such as undulations, vegetation, water bodies
are taken into account
PANEOLE
Input Data:
•
Bitmap in the background has been used to digitize the topograhy
•
The topographical features being considered are:
- Altitude contours
- Vegetation
•
Windfield was established using Predominant windspeed and direction
PANEOLE
Background map used to build Terrain Model
N
Vent dominant 250°N
Ludres
PANEOLE
Ludres: Terrain undulations and Body fitted Mesh
420m
250m
PANEOLE
Zone of strongest wind at a
height of 3 meters above the
ground
PANEOLE
Zone of strongest wind at a
height of 12 meters above the
ground
PANEOLE
Wind velocity vectors at a plane 12 m above the ground
Back to
Case Studies
PANEOLE
CASE-2: JOGIMATTI
PANEOLE
Case Description:
•
To evaluate the wind power density of a potential site
• Estimation of annual power production by the turbines placed at the
predetermined locations
PANEOLE
Topography built on the Background map
PANEOLE
Digitized topography and location of Turbines
PANEOLE
PANEOLE
PANEOLE
PANEOLE
Back to
Case Studies
PANEOLE
TRANSOFT team
Supplying tomorrow’s advanced
technology at today’s prices
7 boulevard de la Libération
93200 SAINT-DENIS
FRANCE
: 33 01 42 43 16 66
: 33 01 42 43 50 33
e-mail : [email protected]
1191 Crestmont Drive
LAFAYETTE CA 94549 - 3004
USA
: 1 925 284 1200
: 1 925 284 1240
e-mail :
[email protected]
15/17, Belwell Lane
Four Oaks, Sutton Coldfield
West Midlands B7 44AA UNITED
KINGDOM
: 44 0 1 213 088 168
: 44 0 1 213 232 009
e-mail : [email protected]
146, Ring Road,
Sector 5, H.S.R LAYOUT
BANGALORE 5600 34
INDIA
: 91 80 5503498
: 91 80 5501964
e-mail :
[email protected]
PANEPR
Slide 30
fluidyn - PANEOLE
- for the evaluation of Wind Energy Density of a potential site
PANEOLE
INTRODUCTION
PANEOLE
About PANEOLE …..
A unique 3D fluid dynamics based software available for wind
power potential prediction.
Reliable and high precision tool capable of generating wind field
atlas for the wind turbines siting
Wind field modeling is done by solving Navier-Stokes equations
Control-volume or integral-balance approach to construct the finite
difference approximations for each of these control volumes to preserve
local conservation of differenced quantities
Main application Area : This software could be used for siting of
turbines and prediction of power generation capacities at windy sites
PANEOLE
APPLICATION AREA
PANEOLE
Application Areas:
Establish wind energy density atlas over the potential site
Siting of Turbines and prediction of power generation capacities
The support for PANEOLE development is through …
ADEME
French ministry of environment agency
EED (Espace Eolien Developpement)
PANEOLE
PANEOLE FEATURES
PANEOLE
SALIENT FEATURES ….
Roughness curves and altitude curves can be imported through map
files
Mass consistent wind field model with Lagrangian multiplier technique
and weighted interpolation schemes for one or more meteorological
stations
According to the user specification, Cartesian or BFC grid generation
techniques can be used for mesh generation
The influence of obstacles like buildings, hillocks on the wind pattern
are considered
Turbulence models can be incorporated by selecting among the k-diff,
k-l or k-eps models
Energy density with respect to the prevailing wind over the whole
domain is calculated
Bar graphs show the power productions for the specified periods
PANEOLE
Comparison between cartesian and curvilinear grid
Cartesian uniform
Terrain
Curvilinear non-uniform
GRID
Modeled Terrain
The Cartesian grid transforms the slopes into steps which can cause turbulence.
PANEOLE
Example of Epinay-sur-Seine
Wind strongly disturbed by population centres(Urban area)
PANEOLE
Example of Southwark (UK)
Representation of turbulence in the vertical plane
PANEOLE
GRAPHICAL USER INTERFACE
& INPUTS REQUIRED
PANEOLE
fluidyn-PANEOLE
INPUTS
SOLVER
OUTPUTS
Digitisation of
Topography
Grid
Velocity vectors
Meteorological data
processing
Atlas of wind speed
and wind power
density
Establishing the
Windfield
Annual energy
production of wind
turbines
Characteristics of
turbines
Meteorological
Data
PANEOLE
PANEOLE Menu Structure
Pre-Processor Options
Post-Processor Options
Processor (Simulation) Options
PANEOLE
File Handling Options
Option to load Bitmap in the background
Options to import Map Files
PANEOLE
Model Setup: Location Details and Study Domain
PANEOLE
Model Setup: Digitizing the topography
List of Topographical Objects
Operations on the objects
Setting the Scale
PANEOLE
Meteorological Data
Key-in and Hourly Meteo Data
PANEOLE
Meteorological Data: Time Series and Windrose
Time Series
Data file
Windrose Frequency
Table File
Operations on Meteo Stations
PANEOLE
Model Setup: Selecting the Simulation Options
PANEOLE
Post Processing Features
Velocity Vectors
Body Fitted Mesh
Velocity Vectors in
vertical sections
WPD Contours
Power Production
PANEOLE
Output Options
Menu options for ‘Output’
The Menu Options under ‘Output’ are:
To create ‘Annotations’ for the view plots using the annotation elements
available like Line, Arrow, Polygon, Box, circle and also to write ‘Text’.
To ‘Save’ the files loaded/created in the various formats that are available
like ‘Bitmap’, ‘HPGL’, ‘Postscript’, ‘PCL’ etc.
To make ‘Animation’ sequences with the saved Bitmap images.
PANEPR
REAL CASE STUDIES
Ludres
Jogimatti
PANEOLE
CASE-1: LUDRES
(Simulation carried out for the predominant wind direction)
PANEOLE
Case Description:
• Objective is to identify the zones of the significant winds in order to locate
the wind turbines
• To establish the windfield over the computational domain for the
predominant wind speed and direction
• The complexity of the terrain such as undulations, vegetation, water bodies
are taken into account
PANEOLE
Input Data:
•
Bitmap in the background has been used to digitize the topograhy
•
The topographical features being considered are:
- Altitude contours
- Vegetation
•
Windfield was established using Predominant windspeed and direction
PANEOLE
Background map used to build Terrain Model
N
Vent dominant 250°N
Ludres
PANEOLE
Ludres: Terrain undulations and Body fitted Mesh
420m
250m
PANEOLE
Zone of strongest wind at a
height of 3 meters above the
ground
PANEOLE
Zone of strongest wind at a
height of 12 meters above the
ground
PANEOLE
Wind velocity vectors at a plane 12 m above the ground
Back to
Case Studies
PANEOLE
CASE-2: JOGIMATTI
PANEOLE
Case Description:
•
To evaluate the wind power density of a potential site
• Estimation of annual power production by the turbines placed at the
predetermined locations
PANEOLE
Topography built on the Background map
PANEOLE
Digitized topography and location of Turbines
PANEOLE
PANEOLE
PANEOLE
PANEOLE
Back to
Case Studies
PANEOLE
TRANSOFT team
Supplying tomorrow’s advanced
technology at today’s prices
7 boulevard de la Libération
93200 SAINT-DENIS
FRANCE
: 33 01 42 43 16 66
: 33 01 42 43 50 33
e-mail : [email protected]
1191 Crestmont Drive
LAFAYETTE CA 94549 - 3004
USA
: 1 925 284 1200
: 1 925 284 1240
e-mail :
[email protected]
15/17, Belwell Lane
Four Oaks, Sutton Coldfield
West Midlands B7 44AA UNITED
KINGDOM
: 44 0 1 213 088 168
: 44 0 1 213 232 009
e-mail : [email protected]
146, Ring Road,
Sector 5, H.S.R LAYOUT
BANGALORE 5600 34
INDIA
: 91 80 5503498
: 91 80 5501964
e-mail :
[email protected]
PANEPR
Slide 31
fluidyn - PANEOLE
- for the evaluation of Wind Energy Density of a potential site
PANEOLE
INTRODUCTION
PANEOLE
About PANEOLE …..
A unique 3D fluid dynamics based software available for wind
power potential prediction.
Reliable and high precision tool capable of generating wind field
atlas for the wind turbines siting
Wind field modeling is done by solving Navier-Stokes equations
Control-volume or integral-balance approach to construct the finite
difference approximations for each of these control volumes to preserve
local conservation of differenced quantities
Main application Area : This software could be used for siting of
turbines and prediction of power generation capacities at windy sites
PANEOLE
APPLICATION AREA
PANEOLE
Application Areas:
Establish wind energy density atlas over the potential site
Siting of Turbines and prediction of power generation capacities
The support for PANEOLE development is through …
ADEME
French ministry of environment agency
EED (Espace Eolien Developpement)
PANEOLE
PANEOLE FEATURES
PANEOLE
SALIENT FEATURES ….
Roughness curves and altitude curves can be imported through map
files
Mass consistent wind field model with Lagrangian multiplier technique
and weighted interpolation schemes for one or more meteorological
stations
According to the user specification, Cartesian or BFC grid generation
techniques can be used for mesh generation
The influence of obstacles like buildings, hillocks on the wind pattern
are considered
Turbulence models can be incorporated by selecting among the k-diff,
k-l or k-eps models
Energy density with respect to the prevailing wind over the whole
domain is calculated
Bar graphs show the power productions for the specified periods
PANEOLE
Comparison between cartesian and curvilinear grid
Cartesian uniform
Terrain
Curvilinear non-uniform
GRID
Modeled Terrain
The Cartesian grid transforms the slopes into steps which can cause turbulence.
PANEOLE
Example of Epinay-sur-Seine
Wind strongly disturbed by population centres(Urban area)
PANEOLE
Example of Southwark (UK)
Representation of turbulence in the vertical plane
PANEOLE
GRAPHICAL USER INTERFACE
& INPUTS REQUIRED
PANEOLE
fluidyn-PANEOLE
INPUTS
SOLVER
OUTPUTS
Digitisation of
Topography
Grid
Velocity vectors
Meteorological data
processing
Atlas of wind speed
and wind power
density
Establishing the
Windfield
Annual energy
production of wind
turbines
Characteristics of
turbines
Meteorological
Data
PANEOLE
PANEOLE Menu Structure
Pre-Processor Options
Post-Processor Options
Processor (Simulation) Options
PANEOLE
File Handling Options
Option to load Bitmap in the background
Options to import Map Files
PANEOLE
Model Setup: Location Details and Study Domain
PANEOLE
Model Setup: Digitizing the topography
List of Topographical Objects
Operations on the objects
Setting the Scale
PANEOLE
Meteorological Data
Key-in and Hourly Meteo Data
PANEOLE
Meteorological Data: Time Series and Windrose
Time Series
Data file
Windrose Frequency
Table File
Operations on Meteo Stations
PANEOLE
Model Setup: Selecting the Simulation Options
PANEOLE
Post Processing Features
Velocity Vectors
Body Fitted Mesh
Velocity Vectors in
vertical sections
WPD Contours
Power Production
PANEOLE
Output Options
Menu options for ‘Output’
The Menu Options under ‘Output’ are:
To create ‘Annotations’ for the view plots using the annotation elements
available like Line, Arrow, Polygon, Box, circle and also to write ‘Text’.
To ‘Save’ the files loaded/created in the various formats that are available
like ‘Bitmap’, ‘HPGL’, ‘Postscript’, ‘PCL’ etc.
To make ‘Animation’ sequences with the saved Bitmap images.
PANEPR
REAL CASE STUDIES
Ludres
Jogimatti
PANEOLE
CASE-1: LUDRES
(Simulation carried out for the predominant wind direction)
PANEOLE
Case Description:
• Objective is to identify the zones of the significant winds in order to locate
the wind turbines
• To establish the windfield over the computational domain for the
predominant wind speed and direction
• The complexity of the terrain such as undulations, vegetation, water bodies
are taken into account
PANEOLE
Input Data:
•
Bitmap in the background has been used to digitize the topograhy
•
The topographical features being considered are:
- Altitude contours
- Vegetation
•
Windfield was established using Predominant windspeed and direction
PANEOLE
Background map used to build Terrain Model
N
Vent dominant 250°N
Ludres
PANEOLE
Ludres: Terrain undulations and Body fitted Mesh
420m
250m
PANEOLE
Zone of strongest wind at a
height of 3 meters above the
ground
PANEOLE
Zone of strongest wind at a
height of 12 meters above the
ground
PANEOLE
Wind velocity vectors at a plane 12 m above the ground
Back to
Case Studies
PANEOLE
CASE-2: JOGIMATTI
PANEOLE
Case Description:
•
To evaluate the wind power density of a potential site
• Estimation of annual power production by the turbines placed at the
predetermined locations
PANEOLE
Topography built on the Background map
PANEOLE
Digitized topography and location of Turbines
PANEOLE
PANEOLE
PANEOLE
PANEOLE
Back to
Case Studies
PANEOLE
TRANSOFT team
Supplying tomorrow’s advanced
technology at today’s prices
7 boulevard de la Libération
93200 SAINT-DENIS
FRANCE
: 33 01 42 43 16 66
: 33 01 42 43 50 33
e-mail : [email protected]
1191 Crestmont Drive
LAFAYETTE CA 94549 - 3004
USA
: 1 925 284 1200
: 1 925 284 1240
e-mail :
[email protected]
15/17, Belwell Lane
Four Oaks, Sutton Coldfield
West Midlands B7 44AA UNITED
KINGDOM
: 44 0 1 213 088 168
: 44 0 1 213 232 009
e-mail : [email protected]
146, Ring Road,
Sector 5, H.S.R LAYOUT
BANGALORE 5600 34
INDIA
: 91 80 5503498
: 91 80 5501964
e-mail :
[email protected]
PANEPR
Slide 32
fluidyn - PANEOLE
- for the evaluation of Wind Energy Density of a potential site
PANEOLE
INTRODUCTION
PANEOLE
About PANEOLE …..
A unique 3D fluid dynamics based software available for wind
power potential prediction.
Reliable and high precision tool capable of generating wind field
atlas for the wind turbines siting
Wind field modeling is done by solving Navier-Stokes equations
Control-volume or integral-balance approach to construct the finite
difference approximations for each of these control volumes to preserve
local conservation of differenced quantities
Main application Area : This software could be used for siting of
turbines and prediction of power generation capacities at windy sites
PANEOLE
APPLICATION AREA
PANEOLE
Application Areas:
Establish wind energy density atlas over the potential site
Siting of Turbines and prediction of power generation capacities
The support for PANEOLE development is through …
ADEME
French ministry of environment agency
EED (Espace Eolien Developpement)
PANEOLE
PANEOLE FEATURES
PANEOLE
SALIENT FEATURES ….
Roughness curves and altitude curves can be imported through map
files
Mass consistent wind field model with Lagrangian multiplier technique
and weighted interpolation schemes for one or more meteorological
stations
According to the user specification, Cartesian or BFC grid generation
techniques can be used for mesh generation
The influence of obstacles like buildings, hillocks on the wind pattern
are considered
Turbulence models can be incorporated by selecting among the k-diff,
k-l or k-eps models
Energy density with respect to the prevailing wind over the whole
domain is calculated
Bar graphs show the power productions for the specified periods
PANEOLE
Comparison between cartesian and curvilinear grid
Cartesian uniform
Terrain
Curvilinear non-uniform
GRID
Modeled Terrain
The Cartesian grid transforms the slopes into steps which can cause turbulence.
PANEOLE
Example of Epinay-sur-Seine
Wind strongly disturbed by population centres(Urban area)
PANEOLE
Example of Southwark (UK)
Representation of turbulence in the vertical plane
PANEOLE
GRAPHICAL USER INTERFACE
& INPUTS REQUIRED
PANEOLE
fluidyn-PANEOLE
INPUTS
SOLVER
OUTPUTS
Digitisation of
Topography
Grid
Velocity vectors
Meteorological data
processing
Atlas of wind speed
and wind power
density
Establishing the
Windfield
Annual energy
production of wind
turbines
Characteristics of
turbines
Meteorological
Data
PANEOLE
PANEOLE Menu Structure
Pre-Processor Options
Post-Processor Options
Processor (Simulation) Options
PANEOLE
File Handling Options
Option to load Bitmap in the background
Options to import Map Files
PANEOLE
Model Setup: Location Details and Study Domain
PANEOLE
Model Setup: Digitizing the topography
List of Topographical Objects
Operations on the objects
Setting the Scale
PANEOLE
Meteorological Data
Key-in and Hourly Meteo Data
PANEOLE
Meteorological Data: Time Series and Windrose
Time Series
Data file
Windrose Frequency
Table File
Operations on Meteo Stations
PANEOLE
Model Setup: Selecting the Simulation Options
PANEOLE
Post Processing Features
Velocity Vectors
Body Fitted Mesh
Velocity Vectors in
vertical sections
WPD Contours
Power Production
PANEOLE
Output Options
Menu options for ‘Output’
The Menu Options under ‘Output’ are:
To create ‘Annotations’ for the view plots using the annotation elements
available like Line, Arrow, Polygon, Box, circle and also to write ‘Text’.
To ‘Save’ the files loaded/created in the various formats that are available
like ‘Bitmap’, ‘HPGL’, ‘Postscript’, ‘PCL’ etc.
To make ‘Animation’ sequences with the saved Bitmap images.
PANEPR
REAL CASE STUDIES
Ludres
Jogimatti
PANEOLE
CASE-1: LUDRES
(Simulation carried out for the predominant wind direction)
PANEOLE
Case Description:
• Objective is to identify the zones of the significant winds in order to locate
the wind turbines
• To establish the windfield over the computational domain for the
predominant wind speed and direction
• The complexity of the terrain such as undulations, vegetation, water bodies
are taken into account
PANEOLE
Input Data:
•
Bitmap in the background has been used to digitize the topograhy
•
The topographical features being considered are:
- Altitude contours
- Vegetation
•
Windfield was established using Predominant windspeed and direction
PANEOLE
Background map used to build Terrain Model
N
Vent dominant 250°N
Ludres
PANEOLE
Ludres: Terrain undulations and Body fitted Mesh
420m
250m
PANEOLE
Zone of strongest wind at a
height of 3 meters above the
ground
PANEOLE
Zone of strongest wind at a
height of 12 meters above the
ground
PANEOLE
Wind velocity vectors at a plane 12 m above the ground
Back to
Case Studies
PANEOLE
CASE-2: JOGIMATTI
PANEOLE
Case Description:
•
To evaluate the wind power density of a potential site
• Estimation of annual power production by the turbines placed at the
predetermined locations
PANEOLE
Topography built on the Background map
PANEOLE
Digitized topography and location of Turbines
PANEOLE
PANEOLE
PANEOLE
PANEOLE
Back to
Case Studies
PANEOLE
TRANSOFT team
Supplying tomorrow’s advanced
technology at today’s prices
7 boulevard de la Libération
93200 SAINT-DENIS
FRANCE
: 33 01 42 43 16 66
: 33 01 42 43 50 33
e-mail : [email protected]
1191 Crestmont Drive
LAFAYETTE CA 94549 - 3004
USA
: 1 925 284 1200
: 1 925 284 1240
e-mail :
[email protected]
15/17, Belwell Lane
Four Oaks, Sutton Coldfield
West Midlands B7 44AA UNITED
KINGDOM
: 44 0 1 213 088 168
: 44 0 1 213 232 009
e-mail : [email protected]
146, Ring Road,
Sector 5, H.S.R LAYOUT
BANGALORE 5600 34
INDIA
: 91 80 5503498
: 91 80 5501964
e-mail :
[email protected]
PANEPR
Slide 33
fluidyn - PANEOLE
- for the evaluation of Wind Energy Density of a potential site
PANEOLE
INTRODUCTION
PANEOLE
About PANEOLE …..
A unique 3D fluid dynamics based software available for wind
power potential prediction.
Reliable and high precision tool capable of generating wind field
atlas for the wind turbines siting
Wind field modeling is done by solving Navier-Stokes equations
Control-volume or integral-balance approach to construct the finite
difference approximations for each of these control volumes to preserve
local conservation of differenced quantities
Main application Area : This software could be used for siting of
turbines and prediction of power generation capacities at windy sites
PANEOLE
APPLICATION AREA
PANEOLE
Application Areas:
Establish wind energy density atlas over the potential site
Siting of Turbines and prediction of power generation capacities
The support for PANEOLE development is through …
ADEME
French ministry of environment agency
EED (Espace Eolien Developpement)
PANEOLE
PANEOLE FEATURES
PANEOLE
SALIENT FEATURES ….
Roughness curves and altitude curves can be imported through map
files
Mass consistent wind field model with Lagrangian multiplier technique
and weighted interpolation schemes for one or more meteorological
stations
According to the user specification, Cartesian or BFC grid generation
techniques can be used for mesh generation
The influence of obstacles like buildings, hillocks on the wind pattern
are considered
Turbulence models can be incorporated by selecting among the k-diff,
k-l or k-eps models
Energy density with respect to the prevailing wind over the whole
domain is calculated
Bar graphs show the power productions for the specified periods
PANEOLE
Comparison between cartesian and curvilinear grid
Cartesian uniform
Terrain
Curvilinear non-uniform
GRID
Modeled Terrain
The Cartesian grid transforms the slopes into steps which can cause turbulence.
PANEOLE
Example of Epinay-sur-Seine
Wind strongly disturbed by population centres(Urban area)
PANEOLE
Example of Southwark (UK)
Representation of turbulence in the vertical plane
PANEOLE
GRAPHICAL USER INTERFACE
& INPUTS REQUIRED
PANEOLE
fluidyn-PANEOLE
INPUTS
SOLVER
OUTPUTS
Digitisation of
Topography
Grid
Velocity vectors
Meteorological data
processing
Atlas of wind speed
and wind power
density
Establishing the
Windfield
Annual energy
production of wind
turbines
Characteristics of
turbines
Meteorological
Data
PANEOLE
PANEOLE Menu Structure
Pre-Processor Options
Post-Processor Options
Processor (Simulation) Options
PANEOLE
File Handling Options
Option to load Bitmap in the background
Options to import Map Files
PANEOLE
Model Setup: Location Details and Study Domain
PANEOLE
Model Setup: Digitizing the topography
List of Topographical Objects
Operations on the objects
Setting the Scale
PANEOLE
Meteorological Data
Key-in and Hourly Meteo Data
PANEOLE
Meteorological Data: Time Series and Windrose
Time Series
Data file
Windrose Frequency
Table File
Operations on Meteo Stations
PANEOLE
Model Setup: Selecting the Simulation Options
PANEOLE
Post Processing Features
Velocity Vectors
Body Fitted Mesh
Velocity Vectors in
vertical sections
WPD Contours
Power Production
PANEOLE
Output Options
Menu options for ‘Output’
The Menu Options under ‘Output’ are:
To create ‘Annotations’ for the view plots using the annotation elements
available like Line, Arrow, Polygon, Box, circle and also to write ‘Text’.
To ‘Save’ the files loaded/created in the various formats that are available
like ‘Bitmap’, ‘HPGL’, ‘Postscript’, ‘PCL’ etc.
To make ‘Animation’ sequences with the saved Bitmap images.
PANEPR
REAL CASE STUDIES
Ludres
Jogimatti
PANEOLE
CASE-1: LUDRES
(Simulation carried out for the predominant wind direction)
PANEOLE
Case Description:
• Objective is to identify the zones of the significant winds in order to locate
the wind turbines
• To establish the windfield over the computational domain for the
predominant wind speed and direction
• The complexity of the terrain such as undulations, vegetation, water bodies
are taken into account
PANEOLE
Input Data:
•
Bitmap in the background has been used to digitize the topograhy
•
The topographical features being considered are:
- Altitude contours
- Vegetation
•
Windfield was established using Predominant windspeed and direction
PANEOLE
Background map used to build Terrain Model
N
Vent dominant 250°N
Ludres
PANEOLE
Ludres: Terrain undulations and Body fitted Mesh
420m
250m
PANEOLE
Zone of strongest wind at a
height of 3 meters above the
ground
PANEOLE
Zone of strongest wind at a
height of 12 meters above the
ground
PANEOLE
Wind velocity vectors at a plane 12 m above the ground
Back to
Case Studies
PANEOLE
CASE-2: JOGIMATTI
PANEOLE
Case Description:
•
To evaluate the wind power density of a potential site
• Estimation of annual power production by the turbines placed at the
predetermined locations
PANEOLE
Topography built on the Background map
PANEOLE
Digitized topography and location of Turbines
PANEOLE
PANEOLE
PANEOLE
PANEOLE
Back to
Case Studies
PANEOLE
TRANSOFT team
Supplying tomorrow’s advanced
technology at today’s prices
7 boulevard de la Libération
93200 SAINT-DENIS
FRANCE
: 33 01 42 43 16 66
: 33 01 42 43 50 33
e-mail : [email protected]
1191 Crestmont Drive
LAFAYETTE CA 94549 - 3004
USA
: 1 925 284 1200
: 1 925 284 1240
e-mail :
[email protected]
15/17, Belwell Lane
Four Oaks, Sutton Coldfield
West Midlands B7 44AA UNITED
KINGDOM
: 44 0 1 213 088 168
: 44 0 1 213 232 009
e-mail : [email protected]
146, Ring Road,
Sector 5, H.S.R LAYOUT
BANGALORE 5600 34
INDIA
: 91 80 5503498
: 91 80 5501964
e-mail :
[email protected]
PANEPR
Slide 34
fluidyn - PANEOLE
- for the evaluation of Wind Energy Density of a potential site
PANEOLE
INTRODUCTION
PANEOLE
About PANEOLE …..
A unique 3D fluid dynamics based software available for wind
power potential prediction.
Reliable and high precision tool capable of generating wind field
atlas for the wind turbines siting
Wind field modeling is done by solving Navier-Stokes equations
Control-volume or integral-balance approach to construct the finite
difference approximations for each of these control volumes to preserve
local conservation of differenced quantities
Main application Area : This software could be used for siting of
turbines and prediction of power generation capacities at windy sites
PANEOLE
APPLICATION AREA
PANEOLE
Application Areas:
Establish wind energy density atlas over the potential site
Siting of Turbines and prediction of power generation capacities
The support for PANEOLE development is through …
ADEME
French ministry of environment agency
EED (Espace Eolien Developpement)
PANEOLE
PANEOLE FEATURES
PANEOLE
SALIENT FEATURES ….
Roughness curves and altitude curves can be imported through map
files
Mass consistent wind field model with Lagrangian multiplier technique
and weighted interpolation schemes for one or more meteorological
stations
According to the user specification, Cartesian or BFC grid generation
techniques can be used for mesh generation
The influence of obstacles like buildings, hillocks on the wind pattern
are considered
Turbulence models can be incorporated by selecting among the k-diff,
k-l or k-eps models
Energy density with respect to the prevailing wind over the whole
domain is calculated
Bar graphs show the power productions for the specified periods
PANEOLE
Comparison between cartesian and curvilinear grid
Cartesian uniform
Terrain
Curvilinear non-uniform
GRID
Modeled Terrain
The Cartesian grid transforms the slopes into steps which can cause turbulence.
PANEOLE
Example of Epinay-sur-Seine
Wind strongly disturbed by population centres(Urban area)
PANEOLE
Example of Southwark (UK)
Representation of turbulence in the vertical plane
PANEOLE
GRAPHICAL USER INTERFACE
& INPUTS REQUIRED
PANEOLE
fluidyn-PANEOLE
INPUTS
SOLVER
OUTPUTS
Digitisation of
Topography
Grid
Velocity vectors
Meteorological data
processing
Atlas of wind speed
and wind power
density
Establishing the
Windfield
Annual energy
production of wind
turbines
Characteristics of
turbines
Meteorological
Data
PANEOLE
PANEOLE Menu Structure
Pre-Processor Options
Post-Processor Options
Processor (Simulation) Options
PANEOLE
File Handling Options
Option to load Bitmap in the background
Options to import Map Files
PANEOLE
Model Setup: Location Details and Study Domain
PANEOLE
Model Setup: Digitizing the topography
List of Topographical Objects
Operations on the objects
Setting the Scale
PANEOLE
Meteorological Data
Key-in and Hourly Meteo Data
PANEOLE
Meteorological Data: Time Series and Windrose
Time Series
Data file
Windrose Frequency
Table File
Operations on Meteo Stations
PANEOLE
Model Setup: Selecting the Simulation Options
PANEOLE
Post Processing Features
Velocity Vectors
Body Fitted Mesh
Velocity Vectors in
vertical sections
WPD Contours
Power Production
PANEOLE
Output Options
Menu options for ‘Output’
The Menu Options under ‘Output’ are:
To create ‘Annotations’ for the view plots using the annotation elements
available like Line, Arrow, Polygon, Box, circle and also to write ‘Text’.
To ‘Save’ the files loaded/created in the various formats that are available
like ‘Bitmap’, ‘HPGL’, ‘Postscript’, ‘PCL’ etc.
To make ‘Animation’ sequences with the saved Bitmap images.
PANEPR
REAL CASE STUDIES
Ludres
Jogimatti
PANEOLE
CASE-1: LUDRES
(Simulation carried out for the predominant wind direction)
PANEOLE
Case Description:
• Objective is to identify the zones of the significant winds in order to locate
the wind turbines
• To establish the windfield over the computational domain for the
predominant wind speed and direction
• The complexity of the terrain such as undulations, vegetation, water bodies
are taken into account
PANEOLE
Input Data:
•
Bitmap in the background has been used to digitize the topograhy
•
The topographical features being considered are:
- Altitude contours
- Vegetation
•
Windfield was established using Predominant windspeed and direction
PANEOLE
Background map used to build Terrain Model
N
Vent dominant 250°N
Ludres
PANEOLE
Ludres: Terrain undulations and Body fitted Mesh
420m
250m
PANEOLE
Zone of strongest wind at a
height of 3 meters above the
ground
PANEOLE
Zone of strongest wind at a
height of 12 meters above the
ground
PANEOLE
Wind velocity vectors at a plane 12 m above the ground
Back to
Case Studies
PANEOLE
CASE-2: JOGIMATTI
PANEOLE
Case Description:
•
To evaluate the wind power density of a potential site
• Estimation of annual power production by the turbines placed at the
predetermined locations
PANEOLE
Topography built on the Background map
PANEOLE
Digitized topography and location of Turbines
PANEOLE
PANEOLE
PANEOLE
PANEOLE
Back to
Case Studies
PANEOLE
TRANSOFT team
Supplying tomorrow’s advanced
technology at today’s prices
7 boulevard de la Libération
93200 SAINT-DENIS
FRANCE
: 33 01 42 43 16 66
: 33 01 42 43 50 33
e-mail : [email protected]
1191 Crestmont Drive
LAFAYETTE CA 94549 - 3004
USA
: 1 925 284 1200
: 1 925 284 1240
e-mail :
[email protected]
15/17, Belwell Lane
Four Oaks, Sutton Coldfield
West Midlands B7 44AA UNITED
KINGDOM
: 44 0 1 213 088 168
: 44 0 1 213 232 009
e-mail : [email protected]
146, Ring Road,
Sector 5, H.S.R LAYOUT
BANGALORE 5600 34
INDIA
: 91 80 5503498
: 91 80 5501964
e-mail :
[email protected]
PANEPR
Slide 35
fluidyn - PANEOLE
- for the evaluation of Wind Energy Density of a potential site
PANEOLE
INTRODUCTION
PANEOLE
About PANEOLE …..
A unique 3D fluid dynamics based software available for wind
power potential prediction.
Reliable and high precision tool capable of generating wind field
atlas for the wind turbines siting
Wind field modeling is done by solving Navier-Stokes equations
Control-volume or integral-balance approach to construct the finite
difference approximations for each of these control volumes to preserve
local conservation of differenced quantities
Main application Area : This software could be used for siting of
turbines and prediction of power generation capacities at windy sites
PANEOLE
APPLICATION AREA
PANEOLE
Application Areas:
Establish wind energy density atlas over the potential site
Siting of Turbines and prediction of power generation capacities
The support for PANEOLE development is through …
ADEME
French ministry of environment agency
EED (Espace Eolien Developpement)
PANEOLE
PANEOLE FEATURES
PANEOLE
SALIENT FEATURES ….
Roughness curves and altitude curves can be imported through map
files
Mass consistent wind field model with Lagrangian multiplier technique
and weighted interpolation schemes for one or more meteorological
stations
According to the user specification, Cartesian or BFC grid generation
techniques can be used for mesh generation
The influence of obstacles like buildings, hillocks on the wind pattern
are considered
Turbulence models can be incorporated by selecting among the k-diff,
k-l or k-eps models
Energy density with respect to the prevailing wind over the whole
domain is calculated
Bar graphs show the power productions for the specified periods
PANEOLE
Comparison between cartesian and curvilinear grid
Cartesian uniform
Terrain
Curvilinear non-uniform
GRID
Modeled Terrain
The Cartesian grid transforms the slopes into steps which can cause turbulence.
PANEOLE
Example of Epinay-sur-Seine
Wind strongly disturbed by population centres(Urban area)
PANEOLE
Example of Southwark (UK)
Representation of turbulence in the vertical plane
PANEOLE
GRAPHICAL USER INTERFACE
& INPUTS REQUIRED
PANEOLE
fluidyn-PANEOLE
INPUTS
SOLVER
OUTPUTS
Digitisation of
Topography
Grid
Velocity vectors
Meteorological data
processing
Atlas of wind speed
and wind power
density
Establishing the
Windfield
Annual energy
production of wind
turbines
Characteristics of
turbines
Meteorological
Data
PANEOLE
PANEOLE Menu Structure
Pre-Processor Options
Post-Processor Options
Processor (Simulation) Options
PANEOLE
File Handling Options
Option to load Bitmap in the background
Options to import Map Files
PANEOLE
Model Setup: Location Details and Study Domain
PANEOLE
Model Setup: Digitizing the topography
List of Topographical Objects
Operations on the objects
Setting the Scale
PANEOLE
Meteorological Data
Key-in and Hourly Meteo Data
PANEOLE
Meteorological Data: Time Series and Windrose
Time Series
Data file
Windrose Frequency
Table File
Operations on Meteo Stations
PANEOLE
Model Setup: Selecting the Simulation Options
PANEOLE
Post Processing Features
Velocity Vectors
Body Fitted Mesh
Velocity Vectors in
vertical sections
WPD Contours
Power Production
PANEOLE
Output Options
Menu options for ‘Output’
The Menu Options under ‘Output’ are:
To create ‘Annotations’ for the view plots using the annotation elements
available like Line, Arrow, Polygon, Box, circle and also to write ‘Text’.
To ‘Save’ the files loaded/created in the various formats that are available
like ‘Bitmap’, ‘HPGL’, ‘Postscript’, ‘PCL’ etc.
To make ‘Animation’ sequences with the saved Bitmap images.
PANEPR
REAL CASE STUDIES
Ludres
Jogimatti
PANEOLE
CASE-1: LUDRES
(Simulation carried out for the predominant wind direction)
PANEOLE
Case Description:
• Objective is to identify the zones of the significant winds in order to locate
the wind turbines
• To establish the windfield over the computational domain for the
predominant wind speed and direction
• The complexity of the terrain such as undulations, vegetation, water bodies
are taken into account
PANEOLE
Input Data:
•
Bitmap in the background has been used to digitize the topograhy
•
The topographical features being considered are:
- Altitude contours
- Vegetation
•
Windfield was established using Predominant windspeed and direction
PANEOLE
Background map used to build Terrain Model
N
Vent dominant 250°N
Ludres
PANEOLE
Ludres: Terrain undulations and Body fitted Mesh
420m
250m
PANEOLE
Zone of strongest wind at a
height of 3 meters above the
ground
PANEOLE
Zone of strongest wind at a
height of 12 meters above the
ground
PANEOLE
Wind velocity vectors at a plane 12 m above the ground
Back to
Case Studies
PANEOLE
CASE-2: JOGIMATTI
PANEOLE
Case Description:
•
To evaluate the wind power density of a potential site
• Estimation of annual power production by the turbines placed at the
predetermined locations
PANEOLE
Topography built on the Background map
PANEOLE
Digitized topography and location of Turbines
PANEOLE
PANEOLE
PANEOLE
PANEOLE
Back to
Case Studies
PANEOLE
TRANSOFT team
Supplying tomorrow’s advanced
technology at today’s prices
7 boulevard de la Libération
93200 SAINT-DENIS
FRANCE
: 33 01 42 43 16 66
: 33 01 42 43 50 33
e-mail : [email protected]
1191 Crestmont Drive
LAFAYETTE CA 94549 - 3004
USA
: 1 925 284 1200
: 1 925 284 1240
e-mail :
[email protected]
15/17, Belwell Lane
Four Oaks, Sutton Coldfield
West Midlands B7 44AA UNITED
KINGDOM
: 44 0 1 213 088 168
: 44 0 1 213 232 009
e-mail : [email protected]
146, Ring Road,
Sector 5, H.S.R LAYOUT
BANGALORE 5600 34
INDIA
: 91 80 5503498
: 91 80 5501964
e-mail :
[email protected]
PANEPR
Slide 36
fluidyn - PANEOLE
- for the evaluation of Wind Energy Density of a potential site
PANEOLE
INTRODUCTION
PANEOLE
About PANEOLE …..
A unique 3D fluid dynamics based software available for wind
power potential prediction.
Reliable and high precision tool capable of generating wind field
atlas for the wind turbines siting
Wind field modeling is done by solving Navier-Stokes equations
Control-volume or integral-balance approach to construct the finite
difference approximations for each of these control volumes to preserve
local conservation of differenced quantities
Main application Area : This software could be used for siting of
turbines and prediction of power generation capacities at windy sites
PANEOLE
APPLICATION AREA
PANEOLE
Application Areas:
Establish wind energy density atlas over the potential site
Siting of Turbines and prediction of power generation capacities
The support for PANEOLE development is through …
ADEME
French ministry of environment agency
EED (Espace Eolien Developpement)
PANEOLE
PANEOLE FEATURES
PANEOLE
SALIENT FEATURES ….
Roughness curves and altitude curves can be imported through map
files
Mass consistent wind field model with Lagrangian multiplier technique
and weighted interpolation schemes for one or more meteorological
stations
According to the user specification, Cartesian or BFC grid generation
techniques can be used for mesh generation
The influence of obstacles like buildings, hillocks on the wind pattern
are considered
Turbulence models can be incorporated by selecting among the k-diff,
k-l or k-eps models
Energy density with respect to the prevailing wind over the whole
domain is calculated
Bar graphs show the power productions for the specified periods
PANEOLE
Comparison between cartesian and curvilinear grid
Cartesian uniform
Terrain
Curvilinear non-uniform
GRID
Modeled Terrain
The Cartesian grid transforms the slopes into steps which can cause turbulence.
PANEOLE
Example of Epinay-sur-Seine
Wind strongly disturbed by population centres(Urban area)
PANEOLE
Example of Southwark (UK)
Representation of turbulence in the vertical plane
PANEOLE
GRAPHICAL USER INTERFACE
& INPUTS REQUIRED
PANEOLE
fluidyn-PANEOLE
INPUTS
SOLVER
OUTPUTS
Digitisation of
Topography
Grid
Velocity vectors
Meteorological data
processing
Atlas of wind speed
and wind power
density
Establishing the
Windfield
Annual energy
production of wind
turbines
Characteristics of
turbines
Meteorological
Data
PANEOLE
PANEOLE Menu Structure
Pre-Processor Options
Post-Processor Options
Processor (Simulation) Options
PANEOLE
File Handling Options
Option to load Bitmap in the background
Options to import Map Files
PANEOLE
Model Setup: Location Details and Study Domain
PANEOLE
Model Setup: Digitizing the topography
List of Topographical Objects
Operations on the objects
Setting the Scale
PANEOLE
Meteorological Data
Key-in and Hourly Meteo Data
PANEOLE
Meteorological Data: Time Series and Windrose
Time Series
Data file
Windrose Frequency
Table File
Operations on Meteo Stations
PANEOLE
Model Setup: Selecting the Simulation Options
PANEOLE
Post Processing Features
Velocity Vectors
Body Fitted Mesh
Velocity Vectors in
vertical sections
WPD Contours
Power Production
PANEOLE
Output Options
Menu options for ‘Output’
The Menu Options under ‘Output’ are:
To create ‘Annotations’ for the view plots using the annotation elements
available like Line, Arrow, Polygon, Box, circle and also to write ‘Text’.
To ‘Save’ the files loaded/created in the various formats that are available
like ‘Bitmap’, ‘HPGL’, ‘Postscript’, ‘PCL’ etc.
To make ‘Animation’ sequences with the saved Bitmap images.
PANEPR
REAL CASE STUDIES
Ludres
Jogimatti
PANEOLE
CASE-1: LUDRES
(Simulation carried out for the predominant wind direction)
PANEOLE
Case Description:
• Objective is to identify the zones of the significant winds in order to locate
the wind turbines
• To establish the windfield over the computational domain for the
predominant wind speed and direction
• The complexity of the terrain such as undulations, vegetation, water bodies
are taken into account
PANEOLE
Input Data:
•
Bitmap in the background has been used to digitize the topograhy
•
The topographical features being considered are:
- Altitude contours
- Vegetation
•
Windfield was established using Predominant windspeed and direction
PANEOLE
Background map used to build Terrain Model
N
Vent dominant 250°N
Ludres
PANEOLE
Ludres: Terrain undulations and Body fitted Mesh
420m
250m
PANEOLE
Zone of strongest wind at a
height of 3 meters above the
ground
PANEOLE
Zone of strongest wind at a
height of 12 meters above the
ground
PANEOLE
Wind velocity vectors at a plane 12 m above the ground
Back to
Case Studies
PANEOLE
CASE-2: JOGIMATTI
PANEOLE
Case Description:
•
To evaluate the wind power density of a potential site
• Estimation of annual power production by the turbines placed at the
predetermined locations
PANEOLE
Topography built on the Background map
PANEOLE
Digitized topography and location of Turbines
PANEOLE
PANEOLE
PANEOLE
PANEOLE
Back to
Case Studies
PANEOLE
TRANSOFT team
Supplying tomorrow’s advanced
technology at today’s prices
7 boulevard de la Libération
93200 SAINT-DENIS
FRANCE
: 33 01 42 43 16 66
: 33 01 42 43 50 33
e-mail : [email protected]
1191 Crestmont Drive
LAFAYETTE CA 94549 - 3004
USA
: 1 925 284 1200
: 1 925 284 1240
e-mail :
[email protected]
15/17, Belwell Lane
Four Oaks, Sutton Coldfield
West Midlands B7 44AA UNITED
KINGDOM
: 44 0 1 213 088 168
: 44 0 1 213 232 009
e-mail : [email protected]
146, Ring Road,
Sector 5, H.S.R LAYOUT
BANGALORE 5600 34
INDIA
: 91 80 5503498
: 91 80 5501964
e-mail :
[email protected]
PANEPR
Slide 37
fluidyn - PANEOLE
- for the evaluation of Wind Energy Density of a potential site
PANEOLE
INTRODUCTION
PANEOLE
About PANEOLE …..
A unique 3D fluid dynamics based software available for wind
power potential prediction.
Reliable and high precision tool capable of generating wind field
atlas for the wind turbines siting
Wind field modeling is done by solving Navier-Stokes equations
Control-volume or integral-balance approach to construct the finite
difference approximations for each of these control volumes to preserve
local conservation of differenced quantities
Main application Area : This software could be used for siting of
turbines and prediction of power generation capacities at windy sites
PANEOLE
APPLICATION AREA
PANEOLE
Application Areas:
Establish wind energy density atlas over the potential site
Siting of Turbines and prediction of power generation capacities
The support for PANEOLE development is through …
ADEME
French ministry of environment agency
EED (Espace Eolien Developpement)
PANEOLE
PANEOLE FEATURES
PANEOLE
SALIENT FEATURES ….
Roughness curves and altitude curves can be imported through map
files
Mass consistent wind field model with Lagrangian multiplier technique
and weighted interpolation schemes for one or more meteorological
stations
According to the user specification, Cartesian or BFC grid generation
techniques can be used for mesh generation
The influence of obstacles like buildings, hillocks on the wind pattern
are considered
Turbulence models can be incorporated by selecting among the k-diff,
k-l or k-eps models
Energy density with respect to the prevailing wind over the whole
domain is calculated
Bar graphs show the power productions for the specified periods
PANEOLE
Comparison between cartesian and curvilinear grid
Cartesian uniform
Terrain
Curvilinear non-uniform
GRID
Modeled Terrain
The Cartesian grid transforms the slopes into steps which can cause turbulence.
PANEOLE
Example of Epinay-sur-Seine
Wind strongly disturbed by population centres(Urban area)
PANEOLE
Example of Southwark (UK)
Representation of turbulence in the vertical plane
PANEOLE
GRAPHICAL USER INTERFACE
& INPUTS REQUIRED
PANEOLE
fluidyn-PANEOLE
INPUTS
SOLVER
OUTPUTS
Digitisation of
Topography
Grid
Velocity vectors
Meteorological data
processing
Atlas of wind speed
and wind power
density
Establishing the
Windfield
Annual energy
production of wind
turbines
Characteristics of
turbines
Meteorological
Data
PANEOLE
PANEOLE Menu Structure
Pre-Processor Options
Post-Processor Options
Processor (Simulation) Options
PANEOLE
File Handling Options
Option to load Bitmap in the background
Options to import Map Files
PANEOLE
Model Setup: Location Details and Study Domain
PANEOLE
Model Setup: Digitizing the topography
List of Topographical Objects
Operations on the objects
Setting the Scale
PANEOLE
Meteorological Data
Key-in and Hourly Meteo Data
PANEOLE
Meteorological Data: Time Series and Windrose
Time Series
Data file
Windrose Frequency
Table File
Operations on Meteo Stations
PANEOLE
Model Setup: Selecting the Simulation Options
PANEOLE
Post Processing Features
Velocity Vectors
Body Fitted Mesh
Velocity Vectors in
vertical sections
WPD Contours
Power Production
PANEOLE
Output Options
Menu options for ‘Output’
The Menu Options under ‘Output’ are:
To create ‘Annotations’ for the view plots using the annotation elements
available like Line, Arrow, Polygon, Box, circle and also to write ‘Text’.
To ‘Save’ the files loaded/created in the various formats that are available
like ‘Bitmap’, ‘HPGL’, ‘Postscript’, ‘PCL’ etc.
To make ‘Animation’ sequences with the saved Bitmap images.
PANEPR
REAL CASE STUDIES
Ludres
Jogimatti
PANEOLE
CASE-1: LUDRES
(Simulation carried out for the predominant wind direction)
PANEOLE
Case Description:
• Objective is to identify the zones of the significant winds in order to locate
the wind turbines
• To establish the windfield over the computational domain for the
predominant wind speed and direction
• The complexity of the terrain such as undulations, vegetation, water bodies
are taken into account
PANEOLE
Input Data:
•
Bitmap in the background has been used to digitize the topograhy
•
The topographical features being considered are:
- Altitude contours
- Vegetation
•
Windfield was established using Predominant windspeed and direction
PANEOLE
Background map used to build Terrain Model
N
Vent dominant 250°N
Ludres
PANEOLE
Ludres: Terrain undulations and Body fitted Mesh
420m
250m
PANEOLE
Zone of strongest wind at a
height of 3 meters above the
ground
PANEOLE
Zone of strongest wind at a
height of 12 meters above the
ground
PANEOLE
Wind velocity vectors at a plane 12 m above the ground
Back to
Case Studies
PANEOLE
CASE-2: JOGIMATTI
PANEOLE
Case Description:
•
To evaluate the wind power density of a potential site
• Estimation of annual power production by the turbines placed at the
predetermined locations
PANEOLE
Topography built on the Background map
PANEOLE
Digitized topography and location of Turbines
PANEOLE
PANEOLE
PANEOLE
PANEOLE
Back to
Case Studies
PANEOLE
TRANSOFT team
Supplying tomorrow’s advanced
technology at today’s prices
7 boulevard de la Libération
93200 SAINT-DENIS
FRANCE
: 33 01 42 43 16 66
: 33 01 42 43 50 33
e-mail : [email protected]
1191 Crestmont Drive
LAFAYETTE CA 94549 - 3004
USA
: 1 925 284 1200
: 1 925 284 1240
e-mail :
[email protected]
15/17, Belwell Lane
Four Oaks, Sutton Coldfield
West Midlands B7 44AA UNITED
KINGDOM
: 44 0 1 213 088 168
: 44 0 1 213 232 009
e-mail : [email protected]
146, Ring Road,
Sector 5, H.S.R LAYOUT
BANGALORE 5600 34
INDIA
: 91 80 5503498
: 91 80 5501964
e-mail :
[email protected]
PANEPR
Slide 38
fluidyn - PANEOLE
- for the evaluation of Wind Energy Density of a potential site
PANEOLE
INTRODUCTION
PANEOLE
About PANEOLE …..
A unique 3D fluid dynamics based software available for wind
power potential prediction.
Reliable and high precision tool capable of generating wind field
atlas for the wind turbines siting
Wind field modeling is done by solving Navier-Stokes equations
Control-volume or integral-balance approach to construct the finite
difference approximations for each of these control volumes to preserve
local conservation of differenced quantities
Main application Area : This software could be used for siting of
turbines and prediction of power generation capacities at windy sites
PANEOLE
APPLICATION AREA
PANEOLE
Application Areas:
Establish wind energy density atlas over the potential site
Siting of Turbines and prediction of power generation capacities
The support for PANEOLE development is through …
ADEME
French ministry of environment agency
EED (Espace Eolien Developpement)
PANEOLE
PANEOLE FEATURES
PANEOLE
SALIENT FEATURES ….
Roughness curves and altitude curves can be imported through map
files
Mass consistent wind field model with Lagrangian multiplier technique
and weighted interpolation schemes for one or more meteorological
stations
According to the user specification, Cartesian or BFC grid generation
techniques can be used for mesh generation
The influence of obstacles like buildings, hillocks on the wind pattern
are considered
Turbulence models can be incorporated by selecting among the k-diff,
k-l or k-eps models
Energy density with respect to the prevailing wind over the whole
domain is calculated
Bar graphs show the power productions for the specified periods
PANEOLE
Comparison between cartesian and curvilinear grid
Cartesian uniform
Terrain
Curvilinear non-uniform
GRID
Modeled Terrain
The Cartesian grid transforms the slopes into steps which can cause turbulence.
PANEOLE
Example of Epinay-sur-Seine
Wind strongly disturbed by population centres(Urban area)
PANEOLE
Example of Southwark (UK)
Representation of turbulence in the vertical plane
PANEOLE
GRAPHICAL USER INTERFACE
& INPUTS REQUIRED
PANEOLE
fluidyn-PANEOLE
INPUTS
SOLVER
OUTPUTS
Digitisation of
Topography
Grid
Velocity vectors
Meteorological data
processing
Atlas of wind speed
and wind power
density
Establishing the
Windfield
Annual energy
production of wind
turbines
Characteristics of
turbines
Meteorological
Data
PANEOLE
PANEOLE Menu Structure
Pre-Processor Options
Post-Processor Options
Processor (Simulation) Options
PANEOLE
File Handling Options
Option to load Bitmap in the background
Options to import Map Files
PANEOLE
Model Setup: Location Details and Study Domain
PANEOLE
Model Setup: Digitizing the topography
List of Topographical Objects
Operations on the objects
Setting the Scale
PANEOLE
Meteorological Data
Key-in and Hourly Meteo Data
PANEOLE
Meteorological Data: Time Series and Windrose
Time Series
Data file
Windrose Frequency
Table File
Operations on Meteo Stations
PANEOLE
Model Setup: Selecting the Simulation Options
PANEOLE
Post Processing Features
Velocity Vectors
Body Fitted Mesh
Velocity Vectors in
vertical sections
WPD Contours
Power Production
PANEOLE
Output Options
Menu options for ‘Output’
The Menu Options under ‘Output’ are:
To create ‘Annotations’ for the view plots using the annotation elements
available like Line, Arrow, Polygon, Box, circle and also to write ‘Text’.
To ‘Save’ the files loaded/created in the various formats that are available
like ‘Bitmap’, ‘HPGL’, ‘Postscript’, ‘PCL’ etc.
To make ‘Animation’ sequences with the saved Bitmap images.
PANEPR
REAL CASE STUDIES
Ludres
Jogimatti
PANEOLE
CASE-1: LUDRES
(Simulation carried out for the predominant wind direction)
PANEOLE
Case Description:
• Objective is to identify the zones of the significant winds in order to locate
the wind turbines
• To establish the windfield over the computational domain for the
predominant wind speed and direction
• The complexity of the terrain such as undulations, vegetation, water bodies
are taken into account
PANEOLE
Input Data:
•
Bitmap in the background has been used to digitize the topograhy
•
The topographical features being considered are:
- Altitude contours
- Vegetation
•
Windfield was established using Predominant windspeed and direction
PANEOLE
Background map used to build Terrain Model
N
Vent dominant 250°N
Ludres
PANEOLE
Ludres: Terrain undulations and Body fitted Mesh
420m
250m
PANEOLE
Zone of strongest wind at a
height of 3 meters above the
ground
PANEOLE
Zone of strongest wind at a
height of 12 meters above the
ground
PANEOLE
Wind velocity vectors at a plane 12 m above the ground
Back to
Case Studies
PANEOLE
CASE-2: JOGIMATTI
PANEOLE
Case Description:
•
To evaluate the wind power density of a potential site
• Estimation of annual power production by the turbines placed at the
predetermined locations
PANEOLE
Topography built on the Background map
PANEOLE
Digitized topography and location of Turbines
PANEOLE
PANEOLE
PANEOLE
PANEOLE
Back to
Case Studies
PANEOLE
TRANSOFT team
Supplying tomorrow’s advanced
technology at today’s prices
7 boulevard de la Libération
93200 SAINT-DENIS
FRANCE
: 33 01 42 43 16 66
: 33 01 42 43 50 33
e-mail : [email protected]
1191 Crestmont Drive
LAFAYETTE CA 94549 - 3004
USA
: 1 925 284 1200
: 1 925 284 1240
e-mail :
[email protected]
15/17, Belwell Lane
Four Oaks, Sutton Coldfield
West Midlands B7 44AA UNITED
KINGDOM
: 44 0 1 213 088 168
: 44 0 1 213 232 009
e-mail : [email protected]
146, Ring Road,
Sector 5, H.S.R LAYOUT
BANGALORE 5600 34
INDIA
: 91 80 5503498
: 91 80 5501964
e-mail :
[email protected]
PANEPR
Slide 39
fluidyn - PANEOLE
- for the evaluation of Wind Energy Density of a potential site
PANEOLE
INTRODUCTION
PANEOLE
About PANEOLE …..
A unique 3D fluid dynamics based software available for wind
power potential prediction.
Reliable and high precision tool capable of generating wind field
atlas for the wind turbines siting
Wind field modeling is done by solving Navier-Stokes equations
Control-volume or integral-balance approach to construct the finite
difference approximations for each of these control volumes to preserve
local conservation of differenced quantities
Main application Area : This software could be used for siting of
turbines and prediction of power generation capacities at windy sites
PANEOLE
APPLICATION AREA
PANEOLE
Application Areas:
Establish wind energy density atlas over the potential site
Siting of Turbines and prediction of power generation capacities
The support for PANEOLE development is through …
ADEME
French ministry of environment agency
EED (Espace Eolien Developpement)
PANEOLE
PANEOLE FEATURES
PANEOLE
SALIENT FEATURES ….
Roughness curves and altitude curves can be imported through map
files
Mass consistent wind field model with Lagrangian multiplier technique
and weighted interpolation schemes for one or more meteorological
stations
According to the user specification, Cartesian or BFC grid generation
techniques can be used for mesh generation
The influence of obstacles like buildings, hillocks on the wind pattern
are considered
Turbulence models can be incorporated by selecting among the k-diff,
k-l or k-eps models
Energy density with respect to the prevailing wind over the whole
domain is calculated
Bar graphs show the power productions for the specified periods
PANEOLE
Comparison between cartesian and curvilinear grid
Cartesian uniform
Terrain
Curvilinear non-uniform
GRID
Modeled Terrain
The Cartesian grid transforms the slopes into steps which can cause turbulence.
PANEOLE
Example of Epinay-sur-Seine
Wind strongly disturbed by population centres(Urban area)
PANEOLE
Example of Southwark (UK)
Representation of turbulence in the vertical plane
PANEOLE
GRAPHICAL USER INTERFACE
& INPUTS REQUIRED
PANEOLE
fluidyn-PANEOLE
INPUTS
SOLVER
OUTPUTS
Digitisation of
Topography
Grid
Velocity vectors
Meteorological data
processing
Atlas of wind speed
and wind power
density
Establishing the
Windfield
Annual energy
production of wind
turbines
Characteristics of
turbines
Meteorological
Data
PANEOLE
PANEOLE Menu Structure
Pre-Processor Options
Post-Processor Options
Processor (Simulation) Options
PANEOLE
File Handling Options
Option to load Bitmap in the background
Options to import Map Files
PANEOLE
Model Setup: Location Details and Study Domain
PANEOLE
Model Setup: Digitizing the topography
List of Topographical Objects
Operations on the objects
Setting the Scale
PANEOLE
Meteorological Data
Key-in and Hourly Meteo Data
PANEOLE
Meteorological Data: Time Series and Windrose
Time Series
Data file
Windrose Frequency
Table File
Operations on Meteo Stations
PANEOLE
Model Setup: Selecting the Simulation Options
PANEOLE
Post Processing Features
Velocity Vectors
Body Fitted Mesh
Velocity Vectors in
vertical sections
WPD Contours
Power Production
PANEOLE
Output Options
Menu options for ‘Output’
The Menu Options under ‘Output’ are:
To create ‘Annotations’ for the view plots using the annotation elements
available like Line, Arrow, Polygon, Box, circle and also to write ‘Text’.
To ‘Save’ the files loaded/created in the various formats that are available
like ‘Bitmap’, ‘HPGL’, ‘Postscript’, ‘PCL’ etc.
To make ‘Animation’ sequences with the saved Bitmap images.
PANEPR
REAL CASE STUDIES
Ludres
Jogimatti
PANEOLE
CASE-1: LUDRES
(Simulation carried out for the predominant wind direction)
PANEOLE
Case Description:
• Objective is to identify the zones of the significant winds in order to locate
the wind turbines
• To establish the windfield over the computational domain for the
predominant wind speed and direction
• The complexity of the terrain such as undulations, vegetation, water bodies
are taken into account
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Input Data:
•
Bitmap in the background has been used to digitize the topograhy
•
The topographical features being considered are:
- Altitude contours
- Vegetation
•
Windfield was established using Predominant windspeed and direction
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Background map used to build Terrain Model
N
Vent dominant 250°N
Ludres
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Ludres: Terrain undulations and Body fitted Mesh
420m
250m
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Zone of strongest wind at a
height of 3 meters above the
ground
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Zone of strongest wind at a
height of 12 meters above the
ground
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Wind velocity vectors at a plane 12 m above the ground
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CASE-2: JOGIMATTI
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Case Description:
•
To evaluate the wind power density of a potential site
• Estimation of annual power production by the turbines placed at the
predetermined locations
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Topography built on the Background map
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Digitized topography and location of Turbines
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