Georgia Church Adds Solar, Storage and EV Chargers to Campus to Act as Community’s Resilience Hub

Why It Matters

The installation demonstrates how faith‑based organizations can become critical micro‑grids, enhancing community safety while reducing energy costs and advancing climate‑justice goals.

Key Takeaways

• New Bethel AME installs 70 kW solar and 41 kWh battery storage.
• System covers ~80% of church’s electricity, saving $15k annually.
• Resilience hub includes EV chargers for emergency vehicles and community use.
• First Georgia BRIGHT pilot merges solar with storage in a faith venue.
• 12 churches could generate 34 GWh/year, enough for 3,000 homes.

Pulse Analysis

Across the United States, religious institutions are increasingly viewed as strategic partners in the transition to a more resilient energy landscape. By leveraging their existing real‑estate and community trust, churches can host distributed generation assets that serve both congregants and neighbors. The AME Sixth District’s resilience‑hub program reflects this shift, positioning places of worship as emergency power stations, medication storage sites, and climate‑justice symbols. Such a model aligns with broader municipal goals to decentralize the grid and protect vulnerable populations during storms, heatwaves, and other climate‑related disruptions.

The New Bethel AME project illustrates how innovative financing can remove cost barriers for nonprofits. Georgia BRIGHT, in partnership with the Capital Good Fund, structured a solar‑energy procurement agreement that required no upfront capital, instead leveraging federal tax credits and bulk‑purchase discounts. The 70‑kilowatt photovoltaic system, paired with a 41‑kilowatt‑hour battery, is projected to offset 80% of the church’s electricity use, translating into over $15,000 in annual savings. Dual Level II EV chargers further extend the site’s utility, allowing community electric‑vehicle owners to charge with clean, on‑site power, and enabling emergency responders to replenish vehicles during outages.

If the pilot’s 12 participating congregations replicate New Bethel’s success, the collective 482‑church network could generate roughly 34 gigawatt‑hours per year—enough electricity for more than 3,000 households. This distributed capacity not only reduces strain on the regional grid but also creates a scalable template for other faith‑based and community organizations nationwide. By marrying renewable technology with social mission, these resilience hubs can accelerate climate‑justice outcomes, foster energy equity, and reinforce the role of nonprofits as essential infrastructure providers in the evolving energy ecosystem.