EDPR's 200-MW Solar Project Powers Meta in Arizona

• EDP Renewables completes 200-MW solar project Brittlebush to power Meta Platforms Inc., supporting clean energy goals in Arizona.

EDP Renewables North America has completed a 200-MW solar project in Arizona, named Brittlebush, which will exclusively power Meta Platforms Inc. The solar park, located near Coolidge, is expected to generate enough electricity for over 32,000 Arizona homes annually, supporting Meta's data center in Mesa and helping the tech company achieve its clean energy goals. The project involved the installation of 500,000 PV panels across more than 1,200 acres at a cost of over $250 million.

Meta's off-take agreement is facilitated by utility Salt River Project, aligning with SRP's goal to reduce its carbon footprint by 82% by 2035. This project follows Meta's agreement in December to receive the majority of power from a 300-MW solar park owned by Ørsted A/S for its Mesa data center, showcasing the company's commitment to renewable energy sources.

How will EDP Renewables' Brittlebush solar project benefit Meta Platforms Inc.?

• The Brittlebush solar project will provide Meta Platforms Inc. with a reliable and sustainable source of electricity to power its data center in Mesa, Arizona.
  
• By exclusively using renewable energy from the solar park, Meta will be able to reduce its carbon footprint and achieve its clean energy goals.
  
• The off-take agreement with EDP Renewables North America will help Meta Platforms Inc. in meeting its sustainability targets and demonstrating its commitment to environmental responsibility.
  
• The partnership with EDP Renewables North America and Salt River Project will support Meta Platforms Inc. in its efforts to transition towards a more sustainable and environmentally friendly energy supply for its operations.
• The completion of the Brittlebush solar project adds to Meta's portfolio of renewable energy sources, further solidifying the company's dedication to utilizing clean energy for its data center operations.