“Delivering value to co-op consumer-members and communities is a cornerstone of our cooperative purpose, and solar is a growing resource for us,” said Amadou Fall, COO of North Carolina’s Electric Cooperatives. “Pairing solar with battery energy storage enables us to gain the most benefit from an intermittent resource, advancing grid resilience and supporting our goal of achieving net-zero emissions by 2050.”
“Pairing solar with battery energy storage enables us to gain the most benefit from an intermittent resource, advancing grid resilience and supporting our goal of achieving net-zero emissions by 2050”.
“Solar energy is most abundant during the middle of the day. However, peak energy demand typically occurs in the late afternoon hours in the summer and the early morning during the winter,” said John Lemire, director of grid management for North Carolina’s Electric Cooperatives. “With hybrid solar and storage solutions, renewable solar energy is captured when it’s most abundant in large batteries. This energy can then be discharged exactly when it’s needed to efficiently support the grid.”Cooperatives in North Carolina are working together to integrate innovative energy technologies like solar and storage at a deliberate pace to balance and uphold commitments to reliability, affordability and sustainability. Currently, electric cooperatives have approximately 500 megawatts (MW) of renewable, distributed energy and edge-of-grid resources integrated or pending integration into cooperative grids through their shared role as a “distribution operator.”As a distribution operator, the state’s electric co-ops are coordinating thousands of distributed energy resources throughout the grid to optimize their performance and support an efficient and strategic grid evolution.“While cooperative power is already very reliable, this cutting-edge capability enhances reliability even further for co-op members, as power now flows multi-directionally throughout the grid,” Fall said.
Six developments are already operational:
2 sites in Duplin County—Interconnected with Four County EMC
1 site in Halifax County—Interconnected with Halifax EMC
3 sites in Randolph County—Interconnected with Randolph EMC
Eight more expected to be activated by the end of the year:
1 site in Greene County—Interconnected with Pitt & Greene EMC
1 site in Hyde County—Interconnected with Tideland EMC
3 sites in Northampton County—Interconnected with Roanoke Electric Cooperative
1 site in Richmond County—Interconnected with Pee Dee Electric
1 site in Sampson County—Interconnected with South River EMC
1 site in Wake County—Interconnected with Wake Electric
Editor’s note: For the latest updates on this statewide project, see “Roanoke Cooperative Solar + Storage Sites Complete Statewide Network,” January 2026.
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