Is solar worth it in Georgia?

Georgia gets good sunshine — about 4.7 peak sun hours a day — and residential electricity runs around $0.14/kWh. For a typical $150-a-month power bill, that points to roughly a 9.4-kW system costing about $28,105 — with no federal tax credit, which ended for installations completed after December 31, 2025 — paying for itself in about 15.6 years and netting on the order of $33,260 over 25 years. Your own numbers will differ — the calculator above uses your real bill.

Georgia gets good sun, but low electricity rates and limited net metering mean savings per kWh are modest — payback runs a bit longer here than in high-rate states, and longer still now the federal credit has ended. Right-sizing to your own usage is what moves the needle.

What changes the math in Georgia

• Your electricity rate — the more you pay per kWh, the more each solar kWh saves you. Georgia sits at about $0.14.
• Sun hours — more sun means a smaller, cheaper system covers the same usage. Georgia averages ~4.7 hours.
• Net metering / buyback — how your utility credits power you export swings the payback; check your specific utility's current terms.
• Install cost — quotes vary by installer and roof; the calculator defaults to a typical $/watt you can override.

Georgia: the rules that actually decide your payback

Who your utility is, and why it matters

Georgia Power is the dominant provider statewide, with a patchwork of municipal utilities and electric-membership cooperatives (EMCs) covering the rest. Each EMC sets its own solar terms, so your first check is who your provider actually is — the economics can differ substantially.

What your exported power is worth

Georgia Power's solar export credit runs about 7.2¢/kWh — an avoided-cost component plus a small renewable-energy component — against a retail purchase rate near 14¢. EMC terms vary; some offer closer to retail, others are purely avoided-cost. The gap between what you pay and what exports earn makes self-consumption worth roughly double what export is, which is the number that should shape system size.

The Georgia incentive layer

Georgia has no state income-tax credit for solar. Georgia Power offers a community-solar subscription (about $24/month per kW block) as an alternative for customers who cannot install rooftop panels, but for ownership the export credit is the whole state-level story. The 2026 avoided-cost component of the credit runs roughly 3-5¢ per kilowatt-hour against the 13-14¢ retail purchase rate — a structural gap the legislature has shown no appetite to close, so model the current numbers rather than hoping for retail-rate net metering to arrive.

Battery and self-consumption

South Georgia's cooling-driven load profile is nearly ideal for solar self-consumption — air conditioning through the afternoon is exactly when the panels produce. A battery is useful for extending self-consumption into the evening, but the AC load alone does most of the work during the season that matters. The resilience case (hurricane-season outages) is the honest battery argument here.

What to check on a Georgia quote

• Confirm which export-credit structure your quote models: Georgia Power's 7.2¢, or your specific EMC's terms — they are not interchangeable.
• Size against afternoon usage: the self-consumption-to-export ratio is the difference between a 12-year and an 8-year payback.
• Ask whether the quote includes a $25/month minimum bill or any interconnection fee that the savings model omits.
• If you are on an EMC, ask whether they offer any production incentive or rebate before assuming Georgia Power's numbers apply.

Programme and tariff detail above is summarised from Georgia Public Service Commission — Georgia Power renewable programmes. Last reviewed 20 August 2026 by SolarDime editorial. These rules change — confirm the current terms with your utility and the regulator before you sign.