Renewable Energy and Grid ResilienceRenewable Energy and Grid ResilienceCoverage from Southern Alliance for Clean Energy, Grist, and others
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Community and grid resilience efforts combine renewable generation—especially solar—with battery storage, microgrids, and other reliability measures.
Local systems can keep essential services such as health centers, churches, and emergency facilities powered during severe weather and extended outages; resilience hubs can also support community preparedness. Electric cooperatives are deploying batteries, while utility-scale strategies include diversifying generation and strengthening grid infrastructure. Together, these approaches show how power systems can be planned for both everyday reliability and disruptions.
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10/05/2026
The western North Carolina effort is now tied to named public and regional coordinating bodies, while cost and program requirements are highlighted as delivery constraints.
Groundswell and church partners in southwest Atlanta launched a community resilience effort in 2024 using solar, battery storage, weatherization, and workforce training.
After Hurricane Helene in 2024, western North Carolina residents and local organizations expanded resilience hubs, microgrids, emergency communications, and inclusive support across the region.
North Carolina electric cooperatives are expanding renewable energy, storage, and microgrids statewide while pursuing net-zero carbon emissions by 2050.
Churches in several U.S. communities are installing solar and battery systems to provide essential services during increasingly prolonged power outages caused by storms and other hazards.
Direct Relief and Treasure Coast Community Health complete the first Power for Health solar microgrid in Florida to ensure essential health services remain available during storms.
North Carolina proposes adding solar, wind, and battery storage to meet rising electricity demand with lower-cost new-build generation and improved resilience during winter freezes.
On June 12, North Carolina officials and partners in Fletcher discussed solar, battery storage, and microgrids to strengthen Western North Carolina disaster recovery after Tropical Storm Helene.
Direct Relief announced a more than $5.2 million resilient power investment in Florida health centers using solar microgrids with battery storage to sustain care during hurricanes and prolonged outages.
North Carolina electric co-ops use aggregated grid batteries to improve resilience and reduce high-demand electricity costs, with deployments expanding through 2025.
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