Transcript SKYPOWER - chile-canada

PRESENTATION
Established in
Over
100
2003
employees, advisors & consultants
200
+11000
Over
projects
MW under development
Across Canada, the U.S., Panama and India
6
+
Million acres of
land under
option
Industry leading suppliers
and construction management
SkyPower
 Develops
 Finances
 Procures
 Constructs
 Owns and Operates
Wind
and
Solar
Power Projects
Our Mission:
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We are committed to meeting the growing worldwide demands for power by
creating commercially viable renewable energy solutions.
Social Responsibility:
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We are committed to developing renewable energy projects that promote regional
development and local partnerships that give back to the community.
Ecological Integrity:
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We are committed to utilizing renewable energy, such as wind and solar, to
mitigate the negative environmental impacts of fossil fuels
Commercial Viability:
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We are committed to a business model that creates win-win economics for all
projects partners.
SkyPower has secured approximately 400 MW of Power Purchase
Agreements (PPA) for Renewable Energy projects in Canada
Wind Power
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8 Renewable Energy Standard Offer Program (RESOP) contracts with Ontario Power Authority (OPA)
totaling 72 MW
64.5 MW PPA with OPA for recently awarded Byran Wind Project
201 MW PPA with Hydro Quebec
30 MW PPA with Nova Scotia Power
27 MW PPA with Newfoundland and Labrador Hydro
International projects under development in India and
the U.S.
Solar Power
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9 Contracts signed with OPA totaling 88.12 MW
First Solar Farm under construction in Ontario (19MW)
Additional 190 MW under development in Ontario
Projects under development internationally
Hydro Power
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83.5 MW Project under development in Panama
1)
Find Basic Resources
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2)
Land
Wind
Transmission
Market
Community & Municipal
Support
Measure
 Wind: meteorological tower
 Environmental Feasibility
3)
Assess
 Wind Resources (wind
engineers)
 Environmental Impacts
(scientists and
environmental researchers)
 Community Awareness
(stakeholder engagement)
 Transmission
(interconnection studies)
 Equipment Availability
(turbines in particular)
4) Development
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Turbine Layouts
Engineering Plans
Public Consultation
Interconnection Agreement
Planning & Permitting
Procurement
Power Purchase Agreement
Dismantlement Plan
There are many stages of development before a wind farm can be approved and
built. Once a site has been selected for its good overall potential, work begins on
several main tasks:
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WIND ASSESSMENT
Scientists and engineers use meteorological masts to measure wind speed
and other climatic conditions for at least one year. This data is then used to
estimate how much energy the wind farm will produce.
WIND FARM DESIGN
Wind data is combined with topographical information to design the wind
farm. This data is used to model wind flow, turbine performance, sound
levels and other parameters to optimize the location of the wind turbines.
They also design the access roads, turbine foundations and local electric
network, as well as the connection to the electricity grid.
ENVIRONMENTAL STUDY
Environmental assessments are conducted to identify any impacts on
landscape, plants and wildlife, soil and water, land use or other activities
such as aviation and telecommunications. If negative impacts are identified,
the design is adjusted to avoid or mitigate them.
4. LAND ACQUISITION
Early in the process, developers usually approach landowners to negotiate “option”
agreements to use their land. As the project progresses, the developer will seek to
convert the options into firm land lease agreements.
5. PERMITTING AND PUBLIC CONSULTATION
As with any other major power project, developers must seek municipal, provincial
and federal permits before the project can go ahead. They also meet the local
communities to present the project, solicit their feedback and seek community
support.
6. ECONOMIC AND FINANCIAL ANALYSIS
Developers must demonstrate the economic viability of their project to raise the
funds to build the wind farm. On one hand, they work to estimate the cost of
turbines and their installation, as well as roads, electrical system, operation and
maintenance, etc. On the other hand, they estimate the income they will get from the
energy production of the wind farm over the lifetime of the project. Then they make
sure everything balances.
7. MANUFACTURING
The wind turbine parts are manufactured and pre-assembled into the main
components at the factory, then shipped to the wind farm site where the final
assembly will take place.
8. SITE PREPARATION
In the meantime, the crews have to prepare the site. They build access roads and
clear the areas where turbines will be erected. They then prepare the foundations;
do the excavating, followed by installing the formworks and pouring concrete.
9. CONSTRUCTION
Once all components have been received, the assembly can take place. A crane is
used to erect the tower and install the nacelle and rotor with its hub and blades.
On the ground, the electrical collection network is installed and connected to the
grid through the substation.
10. COMMISSIONING
Finally, the wind farm is tested before becoming fully operational. Currently in
Canada, the construction phase presents the best opportunities for local business
and jobs. Other activities related to logistics, travel, lodging and material supply
generate significant additional local revenue.
11. OPERATION AND MAINTENANCE
A variety of skill sets are required to ensure the effective operation of a Wind
Farm. The activities that have to be performed on a regular basis throughout the
project’s life include monitoring and analyzing performance, conducting
environmental surveys and performing preventive maintenance and repairs on the
turbines and other components of the facility. In addition to the permanent
employment created to perform these tasks, a region with several wind farms
may take the opportunity to develop and deliver new training programs for the
specialized workers needed for these jobs.
 Environmental assessments are conducted at an early stage in the
development of wind energy projects..
 Environmental assessments describe the existing environmental
conditions in the area of interest.
 Typically an environmental assessment includes:
Physical environment
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Groundwater and hydrogeology
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Surface water resources
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Archaeological resources
 Biological environment
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Wildlife and habitats (including birds and bats)
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Wetlands and aquatic environments
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Vegetation
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Sensitive species and habitats
 Socio-economic assessment
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Sound model
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Visual simulation
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Shadow flicker analysis
 Assessment
Field studies and research are carried out to predict and assess
effects of the project on the environment.
 Reporting
Screening Report includes the findings of the assessment and
recommends mitigation for likely adverse effects.
 Government review
Report is submitted to government agencies for review.
 Public Review
Public is given 30 days to review the report and make comments.
Public can request further information if concerns are deemed
unresolved.
 Acceptance of the EA
COMMUNTITY ENGAGEMENT
SkyPower is committed to early, frequent and ongoing consultation with all levels
of government and the community, making it a major part of our development
process.
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Proactive ongoing outreach to interested communities and regulatory agencies .
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Continue to plan for multiple ongoing public community information sessions for
each project municipality.
COMMUNITY BENEFITS
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Public Consultation, Hall Rentals and Catering
Clothing and Souvenirs
Site Preparation Work (e.g. dirt work, roads and crane pads building, trenching for
underground lines, etc.), install the foundations, assemble the tools and
equipment required for construction and transport and erect the turbine
components.
O&M involves millions in local spending
Full/Part time jobs
Tax
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For an average 64.5 MW Wind Project it can provide 100 construction
jobs and 5-8 fulltime operation and maintenance jobs.
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A Wind Project can provide an estimate 100K of annual tax revenues
to local municipalities.
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A Wind Project will generate tourism for local communities.
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Wind Projects are compatible with other land uses, such as farming
and can serve as a boost for rural economic development while
maintain cultural security.
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Wind Projects offset the emissions of other energy sources, thus
reducing our contribution to global climate change and cleaner air.
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Wind Projects will power grid efficiency and stability.
Robert Carillo
Vice President and Head of
Partnerships and International Development
SkyPower Corp.
416-979-4625
[email protected]