Meta signed 3 separate solar deals in Texas, adding 1,376 megawatts to feed its growing data centers

The agreements with ENGIE, Enbridge and Zelestra lock in new generation on a Texas grid where approved demand from large customers such as data centers was on track to grow 73% by the end of 2025.

6001megawatts of new solar power ENGIE will build at Swenson Ranch in Stonewall County Texas, a 900 million dollar investment selling 100% of its output to Meta
6002megawatts of new solar power Enbridge will build at Clear Fork near San Antonio Texas, an estimated 0.9 billion dollar project under a long term contract to Meta
1763megawatts of new solar power Zelestra will build at Skull Creek in Texas, its seventh power purchase agreement with Meta

What the Meta solar deals in Texas cover

Meta signed 3 separate power purchase agreements in Texas across 2025 and early 2026, a contract type in which a buyer agrees to pay for the entire output of a specific new power plant. Megawatts measure how much electricity a power plant can generate at any one moment, and 1,000 megawatts equal 1 gigawatt. ENGIE will build the 600 megawatt Swenson Ranch Solar project in Stonewall County, Texas, a 900 million dollar investment expected to reach service in 2027, selling 100% of its output to Meta. Enbridge will build the 600 megawatt Clear Fork project near San Antonio, Texas, an estimated 0.9 billion dollar project under a long term contract for 100% of its output, expected to enter service in summer 2027. Zelestra will build the 176 megawatt Skull Creek Solar Plant in Texas, its seventh power purchase agreement with Meta, though the only readable source on that deal states no county or in service date for it. Together the 3 projects add 1,376 megawatts of new solar capacity, a total this site calculated by adding the 3 sourced figures, not a sum any single company states.

Why Meta is locking in whole projects instead of smaller purchases

The ENGIE deal alone brings its relationship with Meta to more than 1.3 gigawatts across 4 Texas projects, source 1. Urvi Parekh, head of global energy at Meta, said the new project extends that partnership.

We are thrilled to bring an additional 600MW of solar energy to the grid, and expand our partnership with ENGIE to 1.3 GW.

Urvi Parekh, head of global energy at Meta. Source 1.

Matthew Akman, executive vice president, corporate strategy, and president, power at Enbridge, said the separate Clear Fork project reflects the same rising demand.

Clear Fork demonstrates the growing demand for renewable power across North America from blue-chip companies who are involved in technology and data center operations.

Matthew Akman, executive vice president, corporate strategy, and president, power at Enbridge. Source 2.

The Zelestra deal stands apart from the ENGIE running total, bringing its own relationship with Meta to 7 power purchase agreements totaling 1.2 gigawatts of solar capacity across the United States, source 3. That nationwide count and the Texas only ENGIE count measure different things, and this site does not add them together.

The 3 new solar projects Meta is buying power from in Texas
0200400600600SwensonRanch600ClearFork176SkullCreekmegawatts

The Swenson Ranch figure is from ENGIE, source 1. The Clear Fork figure is from Enbridge, source 2. The Skull Creek figure is from Zelestra, reported by PV Tech, source 3. Combined, the 3 projects add 1,376 megawatts of new solar capacity, a total this site calculated from the 3 sourced figures, not a sum any single company states.

Source 1.

Show the numbers
Swenson Ranch600
Clear Fork600
Skull Creek176

Why the deals are concentrated in Texas

Large flexible load customers, a category that includes data centers, held 5,479 megawatts of approved capacity on ERCOT, the grid operator that manages the power grid serving most of Texas, according to the United States Energy Information Administration, source 5. The agency expected that figure to reach 9,500 megawatts by the end of 2025, a 73% increase, with a further 26,500 megawatts of applications still pending. This federal data is dated October 2024, before any of the 3 deals in this article were signed, and shows the scale of demand growth that made rapid new solar contracting in Texas necessary, not a current 2025 or 2026 number.

Texas large load approved capacity growing fast
Approved in 20245479Expected by end of 20259500Pending applications265000100002000030000megawatts

This federal data is dated October 2024, before any of the 3 deals in this article were announced, and shows the trend that set up this demand, not a current 2025 or 2026 figure.

Source 5.

Show the numbers
Approved in 20245479
Expected by end of 20259500
Pending applications26500

A 2027 deadline is shaping the timing

All 3 projects target a 2027 in service date. The One Big Beautiful Bill Act requires wind and solar projects still in development to reach service by 2027 to keep the federal investment tax credit at its prior, more valuable rate, a tax break that lowers the cost of building a new solar project, source 4. That detail comes from trade press coverage of the 3 deals, not from either company own announcement, and helps explain why 3 separate developers are racing to finish new Texas solar projects on the same schedule.

Sources

  1. ENGIE and Meta expand Power Purchase Agreements to more than 1.3 GW in U.S with addition of new 600 MW solar project. ENGIE North America. Published 2025-10-27. Accessed 2026-09-29.
  2. Enbridge Announces 600-Megawatt Solar Project to Support Meta Platforms, Inc. Data Center Operations. Enbridge. Published 2025-07-22. Accessed 2026-09-29.
  3. Zelestra inks 176MW Texas solar PV PPA with Meta, 50MW in Ohio with AEPEP. PV Tech. Published 2026-02-04. Accessed 2026-09-29.
  4. Meta to power Texas data centers with 600 MW solar plant. Utility Dive. Published 2025-07-24. Accessed 2026-09-29.
  5. Data centers and cryptocurrency mining in Texas drive strong power demand growth. United States Energy Information Administration, Today in Energy. Published 2024-10-03. Accessed 2026-09-29.

Was this article helpful

Back to the home page