In August 2025, the North Carolina Department of Environmental Quality (DEQ) State Energy Office announced a $5 million initiative to deploy both permanent and mobile solar + battery microgrids across the state. The program is funded by the federal Infrastructure Investment & Jobs Act, with support from regional partners including the Land of Sky Regional Council, NC Sustainable Energy Association, and Footprint Project.
The initiative is a direct response to widespread grid outages caused by Hurricane Helene (2024), which left many communities in Western North Carolina without power, water, and communications for extended periods.
Key Features:
- 24 Permanent Microgrids designed to support critical services such as shelters, clinics, and communications hubs.
- 2 Mobile “Beehive” Hubs (containerized solar + storage) staged in Western and Eastern NC to operate fully off-grid.
- Trailer-scale “Bees” for rapid deployment to power water filtration, charging stations, and communications equipment.
- Community Lending Model where mobile systems are available as no-cost lending resources for disaster response groups, resilience hubs, and local governments.
- Deployment Timeline: site selection begins Fall 2025; full rollout targeted by June 2027.
Why It Matters: This represents a shift in disaster strategy to move beyond diesel to clean, mobile, and scalable microgrids. The “Beehive” model effectively turns microgrids into a renewable energy lending library, deployable wherever outages hit hardest. Flexibility is crucial as hurricanes, flooding, and wildfires increase in frequency and severity.
Engineering & Policy Implications:
- Resilience by Design: containerized PV, storage, and controls that operate islanded yet remain easily transportable.
- Multi-Stakeholder Planning with emergency management, utilities, local governments, and nonprofits coordinating siting and operations.
- Replication Potential for other disaster-prone states if lending hubs prove effective.
- Policy Signal: growing momentum behind distributed resilience infrastructure, reinforcing recent state-level microgrid frameworks.
Outlook: By 2027, North Carolina could be a national test case for scalable mobile microgrids. If successful, the program will strengthen the case for state and federal investment in portable clean-energy resilience and reduce dependence on fossil generators during emergencies.
Learn More / Register: If you want to go deeper into microgrid design and operations, enroll in Microgrid Systems Foundations. The six-week course covers DER sizing, controls, protection, and hands-on Digital Twin modeling, with real resilience use cases like the North Carolina program. Taught by systems and electrical engineers and delivered with Cleveland State University’s Washkewicz College of Engineering. Registration is open for the next cohort.