Ørsted, a utility-scale renewable energy developer with a large footprint in Texas, announced it has broken ground on the 471 MW Mockingbird solar center.
The project is Ørsted's largest solar facility.
The facility is expected to produce the equivalent of 80,000 Texas homes' electricity demand, interconnecting with Texas utility Oncor. The project will create at least 200 jobs during construction and will require long-term staffing for operations and maintenance. Project construction is expected to be completed in 2024.
The project will inject an estimated $215 million new revenue into the tax base, promoting local economic development in Lamar County and providing long-term financial support for North Lamar and Chisum Independent School Districts.
As part of the project, Ørsted announced it is collaborating with The Nature Conservancy (TNC) to protect nearly 1,000 acres of native tallgrass prairies in Texas. The company will purchase and transfer the land to TNC this year. Less than one percent of the original tallgrass prairies of Texas remain today and less than 5 percent has survived nationwide. The collaboration will mark the largest conservation of tallgrass prairies on record. The Mockingbird project will occupy 4,900 acres, which stretches into the Smiley-Woodfin Native prairie grassland, the largest contiguous remnant of a rare and threatened type of native prairie found in only a few counties in north Texas.
"We need to deliver green energy for this generation while protecting natural habitats for the next," said Daniel Willard, biodiversity specialist, Ørsted. "Drawing on both internal expertise and outside guidance, we will continue to look for opportunities to protect the prairie and ensure that native plants and pollinators thrive."
The transaction is part of the solar developer's stated goal of being net-positive to biodiversity by 2030. Ørsted's global biodiversity platform includes programs that range from regrowing coral and monitoring crustacean habitat, to seagrass restoration and oyster reintroduction.
