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Origis Energy Expands West Texas Footprint with 303 MW Solar PPA for Meta

Origis Energy Expands West Texas Footprint with 303 MW Solar PPA for Meta

New updates have been reported about Origis Energy.

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Origis Energy has signed a long-term power purchase agreement with Meta for the 303 MWdc (240 MWac) Greyhound A Solar project in West Odessa, Texas, deepening its position as a major utility-scale renewable platform in the United States. Greyhound A is scheduled to reach commercial operations by mid-2026 and will supply clean power to support Meta’s data center load while contributing additional solar capacity to the local grid. The project anchors Origis’s West Texas energy infrastructure complex, where approximately 1 GW of solar capacity is already fully subscribed; about half of that is currently operational, with the balance slated to come online in 2026. Origis CEO Vikas Anand framed the agreement as both a validation of Meta’s large-scale energy procurement strategy and a step forward in building competitive, long-duration energy infrastructure in the U.S.

Beyond Greyhound A, Origis is scaling the West Texas hub into a more than 2 GW energy complex combining over 1 GW of additional solar and battery storage, targeted to be fully operational by 2029. Collectively, the projects in Ector County and the broader West Texas region represent roughly $2.5 billion in planned infrastructure investment, underscoring the company’s long-term capital commitment and creating a platform for further utility and corporate offtake agreements. The multi-phase buildout enhances Origis Energy’s contracted asset base, diversifies its revenue through long-term PPAs with an investment-grade counterparty, and strengthens its role in serving large-scale, data center-driven power demand. For executives assessing Origis Energy, this deal and the associated complex signal growing scale, stronger recurring cash flow prospects once assets are operational, and a strategic focus on integrated solar-plus-storage solutions aligned with U.S. decarbonization and grid reliability trends.

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