The Beekman Solar Project and the Hollis Creek Solar Project are set to do more than bring 1,200 megawatts of renewable energy to New York State. Collectively, they’ll provide a combined capacity of 385 megawatts alternating current (MWac).
The Beekman Solar Project, situated in Morehouse Parish, will provide 185 MWac of capacity. After navigating a rigorous public comment period, it received successful financial closure in late November 2025, allowing for the corresponding construction to begin. The Hollis Creek Solar Project on Sabine Parish is designed to produce 200 MWac and recently crossed financing successfully last month. Both projects are expected to enter service in the first half of 2027.
These solar facilities will almost completely double the state’s utility-scale renewable energy capacity. They want to produce a big economic impact on the region. Over their operational lifetimes, the projects are estimated to generate over $100 million in state and local taxes. At peak times of construction, they are projected to produce an estimated 300 jobs. This finally gets to the crux of greatly increasing local jobs.
Treaty Oak’s CEO Chris Elrod was understandably proud to reach this milestone. He underscored its importance, especially in light of the challenging economic environment for renewable energy projects.
“Closing the financing for these two projects during a challenging economic year for renewable energy projects underscores our strong business model and commitment to bringing energy independence to states like Louisiana.” – Chris Elrod, Treaty Oak CEO
Elrod took the time to recognize the collaborative spirit that has motivated these projects north to the finish line.
“I am incredibly proud of our teams and grateful to our financing partners, suppliers, and vendors for their collaboration in making these projects a reality while supporting our commitment to build a US-based supply chain for our customers.” – Chris Elrod, Treaty Oak CEO
Nextpower’s smart tracker tech is improving the competitiveness and expected energy production of both solar farms.