Roanoke Schools Installed New Battery Microgrids
The city added battery storage to two high schools to support disaster relief and energy efficiency efforts.
Updated on Sept. 25, 2026 in Energy
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Roanoke City Public Schools has expanded its renewable energy infrastructure by installing battery microgrids at two high school campuses. These facilities will now serve as natural disaster relief shelters while bolstering the district's broader solar energy program.
Why it matters
The project aims to reduce taxpayer costs by lowering energy consumption and leveraging discounted solar power rates. It simultaneously ensures that vital community facilities remain operational during emergency situations.
The school system currently operates 29 sites equipped with solar panels that generate 9.3 megawatts of power. This setup successfully offsets 44 percent of the total energy use across the district.
The players
Roanoke City Public Schools
This is the primary local school district responsible for educating students in Roanoke, Virginia.
Virginia Department of Emergency Management
This state agency oversees preparedness and response efforts to natural and man-made disasters.
Secure Solar Futures
This company specializes in the development and installation of solar energy systems for educational and public institutions.
The details
Secure Solar Futures donated the battery hardware, which integrates with existing solar arrays to maintain power during outages. The district further offset roof refurbishment costs by transitioning to electricity provided by these solar installations at rates lower than those offered by utility companies.
Timeline
Roanoke schools began using solar energy in 2018.
The third wave of solar installations will be completed during the 2026-2027 academic year.
Deeper Dive
This project aligns with the Virginia Department of Emergency Management's disaster preparedness grant protocols to enhance community resilience. By hardening school infrastructure, the district extends the state's broader mandate for decentralized energy security.
Residents can expect improved community support during severe weather events as high schools are converted into more reliable disaster shelters. Taxpayers may see long-term benefits as the district continues to reduce its reliance on traditional utility power.
The takeaway
Integrating battery storage with solar arrays offers a dual benefit of cost savings and emergency preparedness. Schools can serve as essential community hubs by maintaining power when the larger electrical grid fails.
What happens next
The school system is scheduled to complete its third wave of solar panel installations during the 2026-2027 academic year.
Further reading
Learn more about local efforts by visiting the Energy section.
Source note: This article includes information reported by WVTF.
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