Solar in Georgia: Plenty of Sun, Not Enough Policy

Georgia has excellent sunshine. It ranks in the top 15 states for solar irradiance, with 4.7-5.3 peak sun hours per day depending on where you live. Atlanta gets about as much sun as parts of Texas. South Georgia rivals Florida.

So why is Georgia not a top solar state? Because the policy environment actively works against residential solar. Georgia Power — the dominant utility — has one of the worst net metering structures in the country. There is no state tax credit. And the utility-scale solar boom in Georgia (it ranks top 10 in total installed capacity) has been almost entirely driven by large commercial and utility projects, not homeowners.

Here is what you need to know before going solar in Georgia in 2026.

The Good News

Strong Solar Resource

Georgia averages 4.7-5.3 peak sun hours per day. That is above the national average and puts it in solid territory for solar production. A well-positioned system in metro Atlanta will produce about 1,300-1,400 kWh per installed kilowatt per year. In South Georgia, even more.

The raw sunlight is not the problem. The policies are.

Declining Installation Costs

Solar installation costs in Georgia have dropped to $2.60-$3.10 per watt, below the national average. The state's large utility-scale solar market has built out installer infrastructure that benefits residential customers too. Competition among installers is healthy in the Atlanta metro area.

Property Tax Exemption

Georgia exempts the added value of solar energy systems from property tax assessments. This is standard in many states but still worth noting — your property taxes will not increase because you installed panels.

Increasing Electricity Rates

Georgia Power has raised residential rates multiple times in recent years, and the trend is likely to continue as the utility invests in grid infrastructure and new generation capacity. The average residential rate is now $0.13-$0.15/kWh. If you are paying above $0.14/kWh, solar math starts to work even without strong incentives — you are just hedging against future rate increases.

The Challenges

No Real Net Metering

This is the big one. Georgia does not have a statewide net metering mandate. Georgia Power offers a program, but it is not true net metering. Under their current structure, excess solar electricity exported to the grid is credited at the "avoided cost" rate — roughly $0.03-$0.05/kWh. Compare that to the retail rate of $0.13-$0.15/kWh.

This means every kilowatt-hour you send to the grid is worth about one-third of what you would get in states with full net metering. The economic impact is massive. It means you need to self-consume as much of your solar production as possible to make the math work.

No State Tax Credit or Rebate

Georgia offers no state income tax credit for solar, no rebate program, and no SREC market. With the federal ITC also expired, there are zero upfront incentives. Your entire return comes from avoided electricity costs and the small export credit.

Georgia Power's Dominance

Georgia Power serves about 2.6 million customers and has enormous political influence. The utility has historically resisted pro-solar policies and has structured its programs to favor utility-owned solar over customer-owned rooftop solar. This is unlikely to change significantly in the near term.

EMCs (Electric Membership Cooperatives) serve much of rural Georgia and have even less favorable solar policies — some have no interconnection process at all.

The Georgia Solar Math (2026)

Typical 8kW system:

• Installed cost: $22,400 ($2.80/watt)
• Federal ITC: $0 (expired January 1, 2026)
• State credits: $0
• Net cost: ~$22,400

Annual production: ~11,200 kWh

Self-consumption ratio: 70% (you need to be intentional about this)

Georgia Power retail rate: $0.14/kWh

Export credit rate: ~$0.04/kWh

Year 1 savings:

• Self-consumed: 7,840 kWh x $0.14 = $1,098
• Exported: 3,360 kWh x $0.04 = $134
• Total year 1 savings: ~$1,232

Payback period: 18-20 years (at flat rates), 14-16 years (with 4% annual rate increases)

25-year savings: $15,000-$25,000

That payback period is long. There is no way around it. Without net metering and without tax credits, Georgia is one of the harder states to justify solar on pure economics alone.

Since self-consumption is so critical in Georgia, pairing solar with a battery like the Tesla Powerwall can help you store daytime production for evening use and avoid that low export rate. Getting competitive quotes is also essential in a state where the margins are this tight.

When Solar Makes Sense in Georgia

Install if:

• Your monthly Georgia Power bill is over $180
• You can maximize self-consumption (run AC, appliances, and EV charging during daylight hours)
• You plan to stay in your home 15+ years
• You are adding a battery to shift solar production to evening use
• You value energy independence and hedging against rate increases over a fast payback
• Your roof gets strong, unshaded southern exposure

Wait or skip if:

• Your electricity bill is under $120/month
• You are on a rural EMC with no interconnection policy
• You want a payback under 10 years (Georgia cannot deliver that right now)
• You plan to move within 7 years
• Your roof is heavily shaded or faces north/east

Key Takeaways

• Georgia has excellent sun but the policy environment is among the worst for residential solar
• No net metering at retail rate — Georgia Power credits exports at only $0.03-$0.05/kWh
• No federal or state tax credit available in 2026
• Self-consumption is critical — the math only works if you use 65-80% of your solar production directly
• Batteries make more sense here than in net metering states because shifting production to evening use avoids the low export rate
• Typical payback is 14-20 years depending on rate increases and self-consumption
• Installation costs are below average which partially offsets the weak incentives
• Georgia is honest-to-goodness a below-average state for residential solar despite great sunshine

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