EDF Renewables Canada today announced the signing of a 20-year Renewable Electricity Support Agreement (RESA) with the Alberta Electricity System Operator (AESO) for the renewable attributes related to the 201.6 megawatt (MW) Cypress Wind Project. The contract, secured through Round 2 of the Renewable Electricity Program’s (REP2) competitive procurement process managed by the AESO on behalf of the Alberta Government, represents a partnership between EDF Renewables, Canada and the Blood Tribe
This new project contributes to the CAP 2030 EDF Group’s strategy aimed at doubling its renewable energy capacity between 2015 and 2030 to reach 50 GW worldwide.
Cypress Wind is located on approximately 11,400 acres of privately owned land southeast of Medicine Hat, in Cypress County, Alberta, in the Traditional Territory of the Blood Tribe.
Construction is anticipated to begin in 2020, following the receipt of all required provincial and municipal approvals and permits.
The project construction is expected to mobilize more than 250 jobs at peak construction.
When commissioned in 2021, the electricity generated at full capacity will power up to 100,000 average Alberta homes.
To date, EDF Renewables has around 1.6 gigawatt (GW) combined wind and solar installed capacity in Canada.
About EDF Renewables (previously EDF Energies Nouvelles)
EDF Renewables is a leading international player in renewable energies, with gross installed capacity of 12.7 GW worldwide. Its development is mainly focused on wind and solar photovoltaic power. EDF Renewables operates mostly in Europe and North America but is continuing to grow by moving into promising emerging regions such as Brazil, China, India, South Africa and the Middle East. The company has strong positions in offshore wind power, but also in other areas of the renewable energies industry such as energy storage. EDF Renewables develops, builds, operates and maintains renewable energies projects, both for itself and for third parties. EDF Renewables is the EDF Group subsidiary specialising in developing solar and wind power.