Transcript Slide 1

Energy statistics and data acquisition for MODVESS
Energy statistics and data
acquisition for MODVESS
Branko Vuk
Energy institute Hrvoje Požar
Zagreb
[email protected]
Training on Energy Economy and Demand
Side Management: Security of Energy
Supply, Zagreb 9 - 10 October 2013
1
Data for MODVESS
Natural
(for the period
2006
-2011)
Data
forgas
MODVESS
are
grouped
into five Volume of Working Gas 1st of February
Crude
Oil (for the
period
2006
-2011)
Electricity
(for
the
period
2006
-2011)
Power Gas
Demand
the same Transmission Area
Natural GasEnergy
Importand Economy (for the period 2006 -2011) VolumePeak
of Working
1st ofinMarch
Crude
Oil
Import
categories:
Load Gas
and Capacity at Peak
Capacity
of Distribution
Substations (110/MV, 35/MV,
ExportedPeak
Natural
Consumption
of Protected
Customers
National
GDP
Crude
Oil
Export
Maximum
Daily
Electricity
Consumption
MV/LV)
Petroleum
Products
(for
the
period 2006 -2011)
Total Domestic
Gas
Consumption
Consumption December
TotalNatural
Primary
Energy
Demand
- Natural
gas
TotalAnnual
Domestic
Crude
Oil Consumption
Power
Production
Peak Power
Demand in the same distribution area
Petroleum
Products
Import
Export
Natural GasNumber
Import per
Supplier Country
Consumption
January
of
Inhabitants
Crude
Oil Import
per
Supplier
Country
- Crude
oil
Total
Primary
Energy
Supply
Failure
rate for distribution of electricity to customers
Total
Domestic
Products
Exported
Natural
Gas Petroleum
per Supplier
CountryConsumption
Consumption
February
LGP
Consumption
in Households
areas
Exported
Crude
OilPower
per Supplier
Country and Services outside urban
Annual
Hydro
Production
(unplanned
Total
Petroleum
Products
Supply
Capacity
of Import
Pipelines
Consumption MarchSAIFI)
Heat
Supply
in the
same areas
(outside urban)
- Oil
Derivatives
ICRGTotal
RiskTotal
Rating
Index
for
the
Suppliers
Country
Domestic
Electricity
Production
Number
of customers
within the distribution area (number
Petroleum
Products
Supplier
Capacity
of Number
Receiving
Terminals
Interruptible
Natural
Gas
Fuelper
Poverty
Households
Average
LevelMonthly
of of
Crude
Oil
Storage
- Electricity
Average
RES
Supply
of
connections)
No. of
Oil Products
Suppliers
Maximum
Demand
of Natural
Gas Products for the same Average supply of gas divided under:
Total
Number
of Households
Maximum
Refinery
Intake
for Supply
the same
Maximum
Monthly
RES
forperiod
the same period Gas supply
Available
Power Supply
Capacity
of
Import
Pipelines
period and
from offshore
fields under Disruption of Single Largest
Average
selling
price for Heating Oil
- Energy
the
Economy
Capacity
of
Import
Pipelines
Average
Hourly
Load
Power
Infrastructure
Capacity
of Supply
Receiving
Terminals
Total Natural
Gas
supply
from
onshore fields
Average
sellingTerminals
price
for Heating Oil in EU MemberGas
Countries
Capacity
of Receiving
In Natural
each
group
are
collected
the
following
Maximum
Hourly
Load
during
the
same
period
Demand
in
the same
period under Extreme Cold period
Maximum
Demand
of
Petroleum
Products
GasAverage
Supply per
Supplier
Gas supply cross border
Slovenia
selling
priceOil
forfor
Natural
Gas period
Maximum
Demand
of
Crude
the
same
Minimum
Hourly
Load during
the
same
period
Average
Power divided under:
Ability
to Process
Inferior
Crude
orin
Heavy
Sour Crudes
Number
of Natural
Gas
Suppliers
Gas
supply
crossSupply
borderofHungary
Average
selling
priceQuality
for Natural
Gas
EU Member
Countries
data:
TotalDifference
Crude
Oil Supply
in Electricity Import and Export
Import
Ability
to haveper
a Superior
Product
comprising
of High
Percentage of Light Destilates
Natural
GasAverage
Supply
Country
Gas supply
storage
selling
priceRefinery
for Electricity
toOutput
Households
Crude
Oil Supply
perElectricity
Supplier
Electricity
Plants of Protected Consumers - Households
Total
Domestic
Demand
Ability
to
make
High
Quality
Refinery
Products
No. of Natural
Gas Importing
Countries
Gas Demand
Average
selling price
for Electricity to Households Monthly
in EU Member
Countries
No. of
Crude
Oil
Suppliers
CHP
Plants
Capacity
of
Cross
Border
Transmission
Average
LevelProduction
of Households
Crude Oil
Domestic
Offshore
of Equivalent
Natural GasStorage CapacityMonthly Gas Demand of Protected Consumers - Public
Number
of
Crude
Oil
Supply
per Country connected to Natural Gas SupplyImport
Total
Power
Supply
Average
Supply
of
Petroleum
Products
the
same (district
period
Total Domestic
Gas
(Onshore
plus
Heating
Plants
TotalNatural
Number
ofProduction
households
with for
Heat
Supply
heat
supply)
No. of
Crude
Oil
Supplying
Countries
Hydro
Power Demand
Supply per
Supplier
and
Fuel for the same year
Average
of
Petroleum
Products
Offshore)
Capacity
of
Input Pipeline at Pula
Number
of
Households
connected
to
District
Heating
Supply
Wind
Domestic
Offshore
Production
Number
of
Power
Suppliers
Petroleum
Products
Supply
per
Country
Maximum
Withdrawal
from UGS
and
LNGEquipment
storage
Number
of Rate
Households
with
LPG
TotalPower
Domestic
Crude
Oil
Production
(Onshore
plus Offshore) Combustible Fuels
Supply
per
Country
Number
of
Supplying
Countries
Maximum Daily
Gas
Demand
for Protected
Customers
during
Total
Number
of
Households
in
Rural
Areas
Main Activity Plants
Maximum
daily
Crude
Oil Refinery
Intake
Number
of
Importing
Countries
Petroleum
Products
Export
per
Country
extreme
temperatures
in
7
days
Electricity Consumption in Households for Space HeatingAutoproducer Plants
Proven Reserves
Capacity
of all Dual Fuel Power Plants
Volume Available
of WorkingPower
Gas 1st
of December
Domestic Supply Hydro Power Plants
Nelson
Complexity
Index
before
upgradePlants
Capacity
from
Generating
Volume Power
of Working
Gas 1st
of all
January
Domestic Supply Thermal Power Plants
Nelson
Complexity
Index
afterfrom
upgrade
Available
Power
Capacity
Hard Coal
Domestic Supply Plomin Plants
Capacity of Domestic Wind Turbines Onshore and Offshore Nuclear Power Plant Krsko (in Slovenia)
Total Domestic Power Capacity
Demand under Extreme Cold temperatures
Capacity of Transmission Substations
Training on Energy Economy and Demand
Side Management: Security of Energy
Supply, Zagreb 9 - 10 October 2013
2
The main source of data for MODVESS
The main source of data for MODVESS was the energy balance of the Republic of Croatia
What is energy balance? - Energy statistic of special shape...
Time interval is calendar year
Multi-year series - trends and changes
Basically it is a table
Columns are energy forms
Rows are the positions in energy flows
Training on Energy Economy and Demand
Side Management: Security of Energy
Supply, Zagreb 9 - 10 October 2013
3
Energy forms in the energy balance
Primary energy forms:
Anthracite, Hard coal, Brown coal, Lignite, Crude oil, Natural gas, Hydro energy, Fuel
wood, Wind energy, Solar energy, Geothermal energy, Biofuels, Biogas, Other solid
biomass (Wood pellets, Wood briquettes, Wood cheeps, Wood wastes), Non renewable
wastes
Transformed energy forms:
Charcoal, Coke, Liquefied petroleum gas, Gasoline, Kerosene, Jet fuel, Diesel fuel,
Extralight fuel oil, Low sulphur fuel oil, Standard fuel oil, Naphtha, White spirit, Bitumen,
Oils and greases, Paraffin and waxes, Petroleum coke, Ethan, Other non-energy
derivatives, Refinery gas, Refinery feedstocks, Refinery Additives, City gas, Electricity,
District heat
Training on Energy Economy and Demand
Side Management: Security of Energy
Supply, Zagreb 9 - 10 October 2013
4
Positions of the energy flows in energy balance
ENERGY
TRANSFORMATIONS
PRIMARY
ENERGY BALANCE
TRANSPORT
FINAL (energy)
•(production
Production- consumption)
International air transport,
CONSUMPTION
Hydropower
plants, Thermal power
plants, MA
CHP plants,Road
MA heating plants,
•INDUSTRY
Import
Domestic
air transport,
Autoproducer
plants, Autoproducer
heating
plants, Oil refineries, NGL plant, Coke
•Iron
Export
transport,
Rail transport,
and steel CHP
industry,
oven
plant,
Gas works,
Wind power
plants, Solar
power
•Chemical
Stock
change
Domestic
sea and
riverplants
industry,
Non•ENERGY
Marinemetals
bunkers
transport, Pipeline transport
ferrous
industry,
SECTOR
OWN USE
•Oil
TOTAL
CONSUMPTION
(TPES,
GIC)
Non-metallic
minerals Bio
and gas
production,
gas production
plants, Coal mines, Hydropower
industry,
Industry
of plants, MA CHP plants, Autoproducer CHP plants,
plants,
Thermal
power
OTHER SECTORS
transport
equipment,
Autoproducer heating plants, Oil refineries,
NGL
Commercial
andplants,
PublicCoke oven plants,
Machinery, Mining and
Gasworks
Services, Residential,
quarrying, Food, beverages
Agriculture/Forestry, Fishing,
TRANSPORT
DISTRIBUTION
and tobaccoAND
industry,
Paper, LOSSES
Non-specified
FINAL
ENERGY
CONSUMPTION
pulp and
printing
industry,
NON
CONSUMPTION (Energy Sector, Petrochemical Industry,
WoodENERGY
Industry,
Other
Industry,Textile
Transportation,
Agriculture, Construction, Other sectors)
Construction,
and
ENERGY
CONSUMPTION
Leather Industry,
Other
Industry
Training on Energy Economy and Demand
Side Management: Security of Energy
Supply, Zagreb 9 - 10 October 2013
5
Data for the primary energy balance
450
250
600
Total
Primary
Energy
Supply
Croatia
Export
from
Croatia
Energy
Import
in Croatia
Total
Primary
Energy
Supply
ininCroatia
Primary
Energy
Production
400
140
400 350
120
500
200
350
400 300
100
300
Production
oil (INA), Natural gas (INA), Hydro energy (HEP), Fuel wood (CBS
250
300(Crude
150
250 80
+estimation),
Wind energy (HEP+Croatian Energy Market Operator (HROTE)), Solar
200 200
200
PJ
PJPJ(HROTE),
energy
60 Geothermal energy (INA + survey), Biofuels, Biogas, Wood pellets,
100
100
150
150
Wood briquettes,
Wood cheeps, Wood wastes (Specially pilot survey –CBS), Non
40
0 100
renewable100
50wastes (Survey – cement industry)
50 20
-100
50
00 Export
-200
Import and
as production
+ Custom
office)
2006 (same2007
2007
2008
2009
2010
2011
0 2006
2008
2009
2010
2011
2006 2006
20072007
2008
2009
2010
2011
2008
2009
2010
2011
Renewables
0,24
0,80
0,95
1,39
2,24
2,83
Stock
change
(same
as
production
+
HANDA
the
Croatian
Compulsory
Oil Stocks
Renewables
0,24
0,82
1,01
1,30
2,63
2,97
Marine
Bunkers
-0,81
-1,00
-0,87
-0,28
-0,25
-0,98
Biomass
0,03
0,03
0,11
0,38
0,20
0,23
Electricity
6,83
6,90
3,72
Heat
0,64 9,69
1,015,22
1,255,71
1,48
1,76
1,73
Agency)
HeatChanges
0,64
1,01
1,25
1,48
1,76
1,73
Stock
-1,13
-0,2028,12
-13,05
8,63
-4,94
2,44
Electricity
20,24
22,90
23,68
20,46
17,15
27,71
Electricity
29,93
29,39
27,29
24,06
31,43
Natural
Gas
30,45
25,56
23,66
27,37
16,46
8,79
Hydro
Power
58,18
42,21
50,19
65,77
79,71
42,59
Marine
bunkers
(INA)
Hydro
Power
58,18
42,21
50,19
65,77
79,71
42,59
Export
-121,15
-119,35
-106,85
-118,43
-109,89
-87,83
Natural GasProducts
38,30
35,87
41,71
35,50
36,37
29,79
Petroleum
77,95
85,42
73,02
79,69
80,34
66,71
Natural
Gas
94,27
100,12
94,05
93,50
93,88
85,02
Natural
Gas
99,86
114,22
110,22
102,15
111,37
108,60
ImportCONSUMPTION
341,89
336,74
305,37
298,20
282,61
TOTAL
Petroleum
Crude
Oil Products324,8953,10
50,86
79,01
46,54
53,81
68,05
0,00
0,00
0,00
0,00
0,00
0,00
Liquid Fuels
Crude
Oil
Production
Crude
Oil
Biomass
Biomass
Biomass
Coal
TPES
Coaland
andCoke
Coke
Total
Total
Total
185,15
38,90
189,70
37,27
180,15
35,42
178,04
33,07
152,54
30,69
149,30
28,37
15,48
17,38
1,14
411,40
31,6135,56
209,60
324,89
121,15
411,40
13,62
15,42
35,69
1,29
418,20
33,74
196,86
341,89
119,35
418,20
13,80
17,01
39,26
1,08
414,90
34,65
198,93
336,74
106,85
414,90
14,42
17,97
23,21
0,69
408,37
24,66
213,09
305,37
118,43
408,37
16,05
19,96
33,13
1,67
411,73
30,92
228,62
298,20
109,89
411,73
31,92
0,69
383,64
31,66
209,60167,96
1,92
196,86
191,31
1,86
198,93
147,27
3,38
213,09
172,45
3,84
228,62
150,64
4,52
Training on Energy Economy and Demand
Side Management: Security of Energy
Supply, Zagreb 9 - 10 October 2013
187,42
121,20
7,92
19,23
26,74
187,42
282,61
87,83
383,64
6
Data for the energy transformation sector
Energy Transformation Inputs by Plants
Energy Transformation Outputs by Plants
Energy
TransformationOutputs
Inputs byby
Energy
Forms
Energy
Transformation
Energy
Forms
400
ENERGY TRANSFORMATIONS
350
(production
350 - consumption)
300
300
Hydropower
plants (HEP), Thermal power plants (HEP), MA CHP plants (HEP + Specially
300
250
250–CBS),
pilot survey
MA heating plants (Survey of all heating plants + survey of all natural
250
gas supplier
companies),
Autoproducer CHP plants and Autoproducer heating plants (CBS
200
200
200
PJ IND-21/PRODCOM/G
survey
and IND-21/REPRO/G), Oil refineries (INA), NGL plant (INA),
PJ
PJ 150
Coke oven 150
plants,150Gas works (direct communication), Wind power plants (HEP + Croatian
Energy Market
Operator
HROTE), Solar power plants (HROTE),
100
100
100
350
400
350
300
250
200
150
100
50
50
50
50
00
2006
2006
0
0
Renewables
0,24
Steam
and Hot
Gasworks
33,22
Gasworks
Water
NGL
Hydro
Power
58,18
NGL Plant
Plant
Petroleum
Refineries
Petroleum
Refineries
Electricity
44,75
Gaseous Fuels
37,91
Autoproducer
AutoproducerHeating
HeatingPlants
Plants
Gaseous
Fuels
10,76
Liquid Fuels
246,32
Autoproducer
CogenerationPlants
Plants
Autoproducer
Cogeneration
MALiquid
HeatingFuels
Plants
MA
Heating
Plants
199,88
Solid biomass
2,16
MA Cogeneration Plants
MA
Cogeneration Plants
Solid
Fuels
3,53
21,94
PowerCoal
Plants
Power Plants
Hydro Power Plants
TOTAL
TOTALPlants
Hydro
Power
TOTAL
TOTAL
292,15
366,75
2007
2007
0,40
0,54
0,57 32,45
7,72
7,75 42,21
205,92
207,96 44,08
50,77
5,78
7,10
10,98
22,01 264,05
17,29
2006
2006
2007
2007
0,42
0,44
7,30
7,32
225,27
226,84
5,38
6,63
22,05
17,25
3,74
2,98
218,50
2,06
3,51
37,58 23,23
3,63
2,99
21,87
15,64
23,57
16,29
14,24
58,18
18,78
42,21
22,04
366,75
292,15
309,52
382,72
50,04
15,84
382,72
309,52
2008
2008
0,59
32,16
50,19
44,37
44,05
7,71
225,95
2008
2008
0,21
0,22
6,83
6,83
190,60
193,03
4,85
5,93
21,39
17,01
187,15
1,81
2,77
24,03
23,42
16,49
274,17
346,60
19,17
3,62
2,96
41,98
16,04
50,19
346,60
274,17
2009
2009
2009
2009
0,77 0,20
30,72 0,20
65,77 6,48
6,52
207,03
46,00
38,25 206,08
4,28
5,22
9,92 16,27
242,28
20,40
2010
2010
2010
1,61 2010
30,300,18
0,18
79,715,78
5,81
181,84
50,78
40,73180,35
4,10
4,95
8,0215,31
200,63
19,19
3,57
199,67
1,74 2,90
23,09
16,23
3,16 33,51
16,50
4,08
175,14
1,61 3,09
26,59
18,73
3,1524,89
22,94
3,75
144,39
2,233,02
26,79
18,48
2,00
23,97
28,37
65,77
289,47
365,31 24,53
79,71
267,39
347,2330,37
42,59
226,17
283,52
16,63
289,47
267,39
226,17
12,52
365,31
9,48
347,23
Training on Energy Economy and Demand
Side Management: Security of Energy
Supply, Zagreb 9 - 10 October 2013
2011
2011
2011
2,142011
0,13
27,68
0,13
4,83
42,59
4,86
154,54
154,66
38,99
42,32
3,72
4,50
13,10
170,27
17,85
13,74
11,08
283,52
7
Data for the energy sector own use
Energy Sector Own Use by Plants
Energy Sector Own Use by Energy Forms
This is consumption
of energy in production of primary and transformed energy forms.
40
40
Sources of data
are:
35
35
Oil and gas production
(INA + CBS survey IND-21/PRODCOM/G and IND-21/REPRO/G),
30 plants (Specially pilot survey –CBS), Hydropower plants and thermal
Bio gas production
30
power plants25(HEP),
MA CHP plants (HEP+ Specially pilot survey –CBS), Autoproducer CHP
25
plantsPJ(CBS survey
IND-21/PRODCOM/G and IND-21/REPRO/G), Oil refineries (INA), NGL
20
PJ
20
plant (INA)
15
15
10
5
0
Steam and Hot Water
NGL
Plant
Electricity
Petroleum Refineries
Gaseous Fuels
MA Cogeneration Plants
Thermal
Power Plants
Liquid Fuels
Hydro Power Plants
Solid Fuels
10
5
2006
0
9,16
3,89
12,59
2,70
2006
0,74
22,05
9,05
4,37
1,12
14,79
1,14
3,65
0,78
Electric Energy Supply Industry
0,12
2,10
Biogas
TOTALproduction
0,00
33,97
Oil and Gas Extraction
TOTAL
1,71
2007
30,05
2008
2009
2010
2011
2007
9,18 2008
9,292009
8,04
2010
6,18
2011
0,65
3,88 0,64
3,420,81
0,91
3,62
0,81
3,53
24,52
19,29
22,40
19,11
24,11
1,14
10,351,25
14,82
1,19
14,65
1,06
19,09
0,92
1,40
1,33 1,26
1,910,93
0,84
2,35
0,96
1,96
0,95
0,70
0,56
0,94
0,78
0,12
1,64 0,11
2,140,12
1,58
0,12
1,27
0,12
0,02
32,03
0,00
26,380,00
0,05
31,59
0,05
30,24
4,10
5,17
3,13
5,54
7,22
4,32
30,05
33,97
26,38
31,59
30,24
32,03
Training on Energy Economy and Demand
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Supply, Zagreb 9 - 10 October 2013
8
Losses, final energy consumption, final non energy consumption,
final (energy) consumption
Sectors
Supply
Primary
Total
Sectors
byby
Consumption
Energy Energy
Final
Losses – in transportation (or
transmission)
for
network
energy forms:
450
300
•
electricity
(HEP)
•
natural gas (INA,
survey of 40 natural gas supplier companies)
400
250
•
district heat350
(HEP, survey about 20 district heat supplier companies)
200
Final non energy
consumption (INA, CBS survey IND-21/PRODCOM/G and IND300
21/REPRO/G, estimates)
PJ 150
250
Final energy consumption
(for every sector from different sources)
200
•
for final
100 consumption there is a lack of data
150
•
there are certain
difficulties in the preparation of balance of final energy
50
consumption
100
•
there is0 a need
for improvement of data sources in the future
50
2011
2010
2009
2008
2007
2006
The firstConstruction
step for final
balance is 8,61
calculation6,72of final energy
consumption
(for
5,58
5,85
7,23 energy 7,69
0
Agriculture form):
10,49
10,272010
10,47 2009
10,59 2008
10,27
2011
2007
2006 10,05
every
energy
Consumption
Final Energy
259,18
265,79
268,74 27,88 270,49
Services
31,33
31,72
30,06265,46
29,76 276,77
28,13
FinalNon
energy
consumption
=
Total
consumption
Total
consumption
in
transformation
Use
Energy
24,94
24,97
25,19
29,89
29,75
27,39
Households
80,04
80,86
77,23
76,17
72,96
78,42
Transmission Losses
10,14
10,88
10,29
9,43
10,79
10,62
84,79
86,80
89,84
90,47
91,07
84,81 own use
sector
-Transport
Energy sector
- Losses
in
transport
and
distribution
Energy Sector Own Use
32,03
30,24
31,59
26,38
33,97
30,05
Industry
46,96
50,30
51,14
61,17
60,83
59,88
Losses
Conversion
57,35 balance)
79,84 of energy
75,84
72,43
73,20 calculations
74,61 previous
All this
values
we have
from
(from
upper
part
TOTAL
259,18
265,79
265,46
276,77
270,49
268,74
Total Primary Energy Supply
411,40
418,20
414,90
408,37
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Final energy consumption industry
70
Final
Energy
ininIndustry
bybyIndustrial
Very
step
in determining
theConsumption
final
energy
consumption
inSectors
all metals
other sectors
is analysis
of energy
Final
Energy
Consumption
Industry
Energy Formes
Ironimportant
and steel
industry,
Chemical
industry,
Non-ferrous
industry,
Non-metallic
consumption in industry.
minerals
industry,
70
60Industry of transport equipment, Machinery, Mining and quarrying,
From the table ‘’production’’ I use the production of electricity and heat energy in industrial cogeneration plants
Food,
beverages
and
tobacco
industry,
and production
of60heat
energy
in industrial
heatingPaper,
plants pulp and printing industry, Wood Industry,
50
Consumption of raw
materials
contains
data on energy
consumption
inputs) INDin industrial
Construction,
Textile
andtable
Leather
Industry,
Other
Industry (energy
(CBS survey
50 and industrial heating plants.
cogeneration
plants
21/PRODCOM/G
and
IND-21/REPRO/G, estimations)
40
Table of energy consumption
provides information on the consumption of all individual energy sources.
Data
are
in
form
of
3
tables:
40
It is necessary to connect the data from all three tables, carry out an analysis of each industrial cogeneration and
PJ
PJ Production
•each industrial
heating30plant so that the relations are correct
30
This
analysis
is
complicated
because
often
the data are missing or energy efficiency of plants is incorrect
•
Consumption
of raw
materials
20 analysis and adjustment, energy products consumption (from the third table) is added to
When I carry out all
20 this
•consumptionEnergy
consumption
in the industrial heating plants and to consumption in industrial cogeneration plants - part of the
It
is relatively
complicated
10
production
of steam
and
10 hot waterto analyze industrial CHP plants, industrial heating plants and
Subtracting
the energy of steam
hot waterbranches
produced in industrial heating plants and cogeneration plants in
energy
consumption
in alland
industrial
0
accordance
with theisIEA
Eurostat method
2006
2007 improve2008
2009
2010 collection
2011 for the
My suggestion
to0 /redesign
and
the
data
2006
2007
2008 way of energy
2009
2010
2011
ThenOther
it isManufacturing
determined
the 14,96
total9,86
and the 14,38
actual
energy
consumption
in
the
industry
divided
into
industry sectors
Steam
and
Hot WaterIndustries
13,73
12,43
12,22
11,93
10,08
8,92
8,10
8,11
7,96
industry
in
CBS
according
to the IEA / Eurostat
method 13,29 9,64
Electricity
12,44 10,06
13,2711,80
11,82
12,18
11,76
Food
Industry
9,46
9,95
9,67
Pulp
andsectors
Paper
3,45
2,98 analyses
2,72
2,77
3,04
2,77 or characteristic
For other
of final 13,96
consumption
I13,65
spend
that
are
different
for
each
energy
source
Gaseous
Fuels Industry
15,25
12,78
12,42
11,33
Construction
Materials
Industry 6,66 19,31
16,35
15,09
13,11
Liquid
6,94 20,32
6,4421,47
4,29
3,32
3,13
group
of Fuels
energy
sources
Chemical Industry
10,69
Fuel wood and biomass
0,72
Coal and coke
11,15
TOTAL
Iron
and Steel Industry
59,88 2,62
Non-Metallic Minerals Industry
Non-Ferrous Metals Industry
TOTAL
3,30
0,60
59,88
0,85
11,13
11,74
3,34
0,67
60,83 2,68
60,83
10,23
9,20
8,55
7,92
0,93
0,83
0,86
0,63
11,56
9,00
9,28
8,19
61,173,08
51,14
2,34
50,30
2,67
46,96
2,56
50,30
46,96
2,36
0,60
61,17
2,37
0,55
51,14
Training on Energy Economy and Demand
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2,38
0,59
10
Final energy consumption in all other sectors
Final Energy
Consumption in Households
Other
petroleum
products
Conclusion
Petroleum
products
- motor
fuels
For
every
energy
form
used
for final
consumption
I use different methods and different
District
heat
Brown
coal,
lignite,
coke
Natural
gas
Fuel
wood
and
renewable
energy
sources
Non-energy
petroleum
products
Electricity
Other
petroleum
products
are
LPG,
extra
fuelconsumption
oil,
heavy
fuel
oil
and
acompanies
small
amount
of in
Existing
system
of
data
collection
for
final
energy
should
improve
and
expand
Motor
fuels
include
-industry
gasoline,
diesel
fuel,
jet
fuel
and
(heavy
fuel
oil
- very
very
rare
for
thenatural
drive
sources
The
CBS
data
for
the
does
not
have
data
for
non-energy
petroleum
products
values
are
the
total
final
consumption
and
consumption
of
district
heat
Starting
point
is90
the
total
final
consumption
and
final
consumption
of
industry
At
beginning
of
the
year
I conduct
aadequate
survey
ofLPG
allfinal
distribution
for
It
known
only
final
consumption
inlight
industry
(CBS)
Foristhe
electricity
the
total
final
consumption
and
final
consumption
in
industry
is determined
petroleum
Redesign
improve
the
way
ofbitumen,
energy
data
for
the
industry
in CBSandwaxes
ships)
consumption
(ethane,
naphtha,
white
spirit,
oilof
and
lubricants,
paraffin,
...). These
The
ofand
the
electricity
consumed
transport,
households,
service
sector
agriculture
industry
Rest
ofare
consumption
isisin
households
andcollection
in
service
sector
- consumption
in households
80
gas rest
(about
40
companies)
There
no
additional
data
on
thein consumption
fuel
wood
Majority
of
consumption
ishouseholds
realized
in households
and
services,
and
only
inofagriculture
Conduct
on
site
surveysbalance
for
households
and
service
sector
for the
determination
total
Primary
side
ofbe
energy
determined
total
final
consumption
ofpartly
eachCompany)
motor
fuel
products
must
in
the
energy
balance
Electricity
consumption
in
I share
take
from
the
HEP
(National
Electricity
At
the
beginning
ofhas
the
conduct
athe
survey
of
all
public
heating
plants
innetwork,
all
bigger
and
service
sector
ayear
very
incuts
total
final
consumption
in
these
sectors
Data
from
questionnaire:
total
quantity
of
natural
gas
taken
from
total
Consumption
is70included
estimated
onI small
the
basis
of
of
wood
in forests
-transport
these
data
are
from
There
are
no
sources
of
data
for
consumption
in
these
sectors
consumption,
purposes
of
energy
consumption
and
energy
consumption
in
the
service
sub
sectors
Consumption
of
LPG
is
only
in
road
transport
I
conduct
a
survey
of
all
LPG
traders
It
is
necessary
to
redesign
and
improve
the
way
of
energy
data
collection
for
the
industry
in
CBS.
It is
Transport
- quantity,
electricity
isthe
consumed
in raildistribution
transport
in systems
public
city
transport
(for trams)
and
pipeline
towns
and
a
survey
of
district
heat
in
towns
Zagreb
and
Osijek
At
the
beginning
year
I
conduct
a
survey
of
coal
traders
(about
30
surveys)
delivered
in
distribution
network,
quantities
delivered
to
households,
CBS
60 of losses
Consumption
in these
are-products
assessed
on thecorrespond
basis
of-relations
that
valid
for
(survey
ofconsumed
households
and
services
areonly
in progress
-isIPA
project)
Jet
fuel is
insectors
air
traffic
the
supplier
INA
bigtoproblem
isare
division
on natural
domestic
necessary
define
list
of energy
which
list of
energy
products
in thegas
energy
transport
-to
CBS
Based
on
these
surveys
I
define
final
consumption
of
district
heat
in
households
and
answer
is
about
60%
industry,
service
sector,
agriculture,
transport
and
heating
plants
IThe
also
make
a
climatic
correction
for
each
reference
year
50
and
other
forms
Conduct
onenergy
site
and
model
for the consumption
of motor
fuelsinfor
consumption
andsurveys
on international
airabunker
balance
The rest
of
consumption
is indevelop
agriculture
and services
sector - theredetermination
is no data for these
sectors
PJ
service
sector
Based
on
Iconsumed
estimate
total
consumption
of
brown
coal
and
lignite
in
households
There
is
a the
direct
supply
of industry
from
theafter
transportation
network
(INA)
it project)
should
It
isdifferent
acollection
very
assessment
- on
site
surveys
insurvey
some
areas
(counties)
indicate
The
estimates
ofsurvey
consumption
will
be
the
implementation
of legal
the
survey
of
40
the
purposes
in
transport
sector
(transport
should
start
next
year
-–
IPA
Gasoline
and
diesel
arebe
for
transport,
construction
and
agriculture
Data
should
organized
onimproved
that
way
all
data
will
be
in
place
(in
one
table)
-energy
Agriculture
-rough
in
the
past
(more
than
15
years
ago)
CBS
collected
theone
data
for
entities
-that
basedbe
on
It
is necessary
to
adjust
district
heat
consumption
in
theclear
industry
–from
CBS
andfor
the data
and
consumption
insector
households
and
services,
and
in itthe
future
probably
for
adjust
data
for
direct
data
from
my
survey
and
data
the
CBS
consumption
determined
onto
that
way
is
too
low
Conduct
surveys
for
agriculture
determine
the
energy
consumption
inagriculture
this
sector
There
are
some
data
for consumption,
construction
(CBS),
but
isconsumption
not
quite
the
data
include
30
production,
raw
material
consumption
and
energy
forwhat
transport
anddata
technological
that
Iservices
estimate
consumption
today
Conduct
surveys
forsources
determine
jet sector
fuel
consumption
and
international
airlevel
bunker
Consumption
inof
agriculture
ishave
assessed
(based
on
‘’blue
diesel’’
consumption’’
and
of activity in
from
these
surveys
Consumption
isI put
only
in
industry
and
is known
from
industry
analysis
industry
Other
renewable
small
share
purposes
The rest
of
consumption
indomestic
thevery
service
20 coke
Conduct
additional
research
and
surveying
construction
sector
forwill
a more
precise
agriculture)
- the
rest
is surveys
consumed
inadditional
transportation
Survey
of
households
and
services
which
are
inthe
progress
project)
improve
In
survey
are
collected
also
data
-determine
the
number
of
consumers,
data
for
Consumption
of10spend
solar
energy
determined
on
the
basis
of (IPA
installed
collectors
It isthe
necessary
to
ofpossibly
households
and
to
the consumption
for
heating,
determination
of
energy
consumption
Data
from
the
CBS
known
consumption
in
rail,
inland
sea
and
river
transport
and
urban
public
cooking, water
cooling,of
electrical
equipment
and
purposes
ruralseveral
areas
estimates
heating
plantsheating,
(the
number
households
and services,
the heated
area ofin
households
Consumption
of
geothermal
energy
determined
on for
theagricultural
basis
of deliveries
from
0
2006 total
2007
2008
2009
2010
2011
Develop
model
for
connecting
consumption
of
motor
fuels
in
transport,
construction
and
transport
difference
to
the
consumption
for
transport
is
the
consumption
in
road
transport
(survey
of households
is in progress
- IPA plants),
project) gas prices, net calorific value, the length
and
services,
heat
power
of
heating
of
geothermal
plants
Heat
6,76
6,79
7,25
7,62
8,20
7,86
agriculture.
Consumption
of
road
transport
include
consumption
of
Croatian
vehicles,
vehicles
in
transit
It
is necessary
to
spend
surveys
of service
sector
to determine
consumption
in certain
subthe
sectors,
Electricity
23,47
23,01
24,16
23,26is determined
23,94
23,48
the
pipelines
(distribution
network)
Consumption
of
wood
briquettes,
wood
pellets
and
charcoal
on
basisto
Surveys
for
final
energy
consumption
should
be
conducted
and
repeated
every
five
years
in
order
through
Croatia,
Croatian
tourist
vehicles
and
cross-border
so
called
‘’fuel
tourism’’
Gaseous Fuels
and consumption
for heating,
water heating,
cooling, electrical
appliances
22,43 cooking,21,38
23,34
23,91
25,04 (survey of
22,87
Analysing
of the
all
these
data
determine
consumption
in all sectors
of final
consumption,
of
the
sspecial
pilot
survey
–CBS
and
estimations
gain
insight
dynamics
of
change
Liquid
Fuelsof
Due
to
lack
knowledge
ofproject)
these
factors
conduct
on 9,77
site
surveys for
12,89
10,88 it is urgently
10,15necessary to
10,41
9,20
services
is
ininprogress
- IPA
Fuel
Wood
and
biomass
12,60
10,62
10,99
11,72
13,46
16,22
losses
in distribution
network
consumption
heating
plants
- other
data
I useallfor
Consumption
of wood
waste
industry
knownincorresponding
from
industry
data
(CBS
data)
transport,
agriculture
and
construction,
and
models
to determine
these
Construction
(CBS)
– improve
andinand
clarify
datatoisdevelop
Coal
0,26
0,13
0,12
0,11
0,22
0,14
additional
analysis
Surveys
of different
households
and
services
whichnext
areyear
in
progress
(IPA
project) 0,22
will
enable the
values
(survey
for transport
should
be started
– IPA project,
beneficiary
is CBS)
Renewables
0,14
0,17
0,19
0,25
TOTAL
78,42for determination
72,96
76,17
80,86
80,04
development
of a model
and
calculation77,23
the actual consumption
of
listed renewable energy sources
Training on Energy Economy and Demand
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Thank you for your attention
Thank you for your attention!
Training on Energy Economy and Demand
Side Management: Security of Energy
Supply, Zagreb 9 - 10 October 2013
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