Arevon Energy, Inc., a leading renewable energy developer, owner, and operator, and Meta Platforms, Inc., have signed two extensive Environmental Attributes Purchase Agreements (EAPA) for the Kelso Solar Project located in Scott County, Missouri. The Kelso Solar Project, boasting a power generation capacity of 349 megawatts (MWac), is expected to facilitate Meta’s regional operations by providing 100% renewable energy support.
Arevon will own and operate the Kelso Solar Project. The project is also expected to bring numerous economic advantages to the vicinity of the power plant. This includes over 450 full-time equivalent construction jobs during its development phase and five permanent positions for ongoing operation and maintenance.
Additionally, land leases with local landowners are projected to generate millions of dollars in annual revenue. Over the project’s lifespan, the solar facility is expected to distribute more than $34 million to local governments, with nearly $28 million allocated to area schools. The project’s construction activities and ongoing operations will stimulate increased spending at local businesses, including stores, restaurants, and hotels.
The initial phase of the Kelso Solar Project is expected to commence operations in the fourth quarter of 2025, with the subsequent phase slated to follow shortly after in the first quarter of 2026.
“We meet 100 percent of our energy demand with renewable power, and we continue to invest in clean energy projects as we grow. This partnership with Arevon decarbonizes our operations and contributes to a more sustainable, resilient energy infrastructure,” said,Urvi Parekh, Head of Renewable Energy, Meta.
“Through its Kelso Solar Project, Arevon is pleased to contribute to Meta’s goal of having its global operations supported by 100 percent renewable energy,” said Kevin Smith, Chief Executive Officer, Arevon. “We appreciate the opportunity to collaborate with Meta to help in meeting their admirable sustainability targets and accelerate the country’s energy transition.”
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