- ENGIE ranks as the world’s number one supplier of energy for renewable corporate Power Purchase Agreements (cPPAs).
3.6 GW signed in 2025 in this category, according to BloombergNEF’s annual benchmark review.
- ENGIE has contracted 13.8 GW of cPPA since 2011, making the Group the global leader for the entire period from 2011 to 2025.
- Confirmation of the Group’s leadership and the resilience of its renewable energy growth model.
This success has been driven by several major transactions concluded with leading tech players, including Apple, Google and Meta, as well as the ongoing expansion of its B2B customer base. This now includes manufacturing, agrifood, transport and logistics, retail, and business services.
ENGIE, a pioneer in the cPPA market for over a decade, leverages a portfolio of renewable and flexible assets, combining wind, solar and storage solutions, including batteries, to drive its performance and benefits from the Group’s balanced geographical presence. With a strong historical presence in this market in Europe, Latin America, and the United States, ENGIE intends to continue its growth by making cPPA more accessible to a growing number of businesses and exploring new high-potential countries, such as India.
Edouard Neviaski, Executive Vice President in charge of GBU Supply & Energy Management, explains: “ENGIE’s outstanding performance on the cPPA market reflects our clients’ growing interest in securing their long-term energy supplies, even amid a softening market. The continued trust they place in us to support them in their decarbonization efforts is both a strong recognition and a powerful driver for the daily commitment of ENGIE’s teams.”
ENGIE continues to innovate with the development of its 24/7 Carbon-Free Energy renewable electricity supply solution, which exceeds the scope of annual green energy sourcing. This offer matches site consumption hour by hour with generation from dedicated, local renewable and flexible assets. It thus guarantees traceable electricity while contributing to grid resilience.
