Assumes 3%/yr rate increases, 0.5%/yr panel degradation and no federal tax credit (the 30% §25D credit ended for systems installed after Dec 31, 2025). How we calculate
Data approachEIA rates · NREL sun hours · 2026 federal policy · methodology
A 9 kW solar system in Georgia costs about $22,500 installed in 2026 and saves about $1,000 in year one. That gives a simple payback of roughly 22 years and about $9,700 in undiscounted net savings over 25 years. No federal tax credit is included, because the 30% homeowner credit ended for expenditures made after December 31, 2025. Low export compensation is the other big factor holding Georgia savings down.
Last updated October 4, 2026.
Key takeaways
Price: About $2.50 per watt, in line with the EnergySage Georgia marketplace average of $2.44–$2.50 per watt in July and August 2026.
Incentives: No federal credit for owned systems installed in 2026, and no Georgia state credit or statewide rebate.
Electricity rate: The EIA’s April 2026 Georgia residential average is about 13.6¢/kWh, below the national average, which lengthens payback.
Net metering: No statewide rule. Georgia Power’s monthly netting slots were used up in 2021.
Biggest lever: How much of your solar you use as it is produced, and the price per watt you negotiate.
Georgia gets roughly 5 peak sun hours a day, depending on location, tilt and the dataset used (NREL PVWatts). Rooftop solar is less rewarding here than in many states because much of the power you export earns far less than you pay for grid power. This guide shows every input so you can test it against your own quote. The full model is on our methodology page, and state data is on the Georgia solar page.
💰 System Cost
How Much Do Solar Panels Cost in Georgia in 2026?
A 9 kW Georgia system costs about $22,500 installed at $2.50 per watt, with no federal credit to subtract for 2026 installations.
Data visualization
Georgia installed cost by system size. A 9 kW system runs $22,500 at $2.50/W or $27,000 at $3.00/W before incentives. Source: EnergySage Georgia marketplace average, July-August 2026; no federal credit applies to 2026 installs.
Chart summary: Every 1 kW added costs about $2,500 at the marketplace-average price, or $3,000 if your quote runs 20% higher. The $0.50-per-watt gap is worth $4,500 on a 9 kW system, which is why comparing quotes matters more than any other single step. Estimated annual output is about 10,500 kWh for 7 kW, 13,500 kWh for 9 kW and 15,000 kWh for 10 kW (kW x 5.0 sun hours x 365 x 0.82). Georgia has no state solar tax credit, and costs exclude batteries and roof or electrical upgrades.
Until December 31, 2025, Georgia homeowners could claim 30% of system cost under §25D. The One Big Beautiful Bill Act (Public Law 119-21, signed July 4, 2025) ended the credit for later expenditures. Any quote that still shows a “net cost after tax credit” for a 2026 purchase on a system you own is out of date. Georgia has no state solar tax credit or statewide rebate, so the installed price is what you pay.
Labor, permitting, racking and the inverter make up a large share of the price. Compare at least three quotes in dollars per watt. The solar system size calculator sets a target size from your annual kWh.
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📋 Key Insights
How Much Will Georgia Homeowners Actually Save?
A 9 kW system saves about $1,000 in year one and about $9,700 over 25 years after its cost is recovered. The limiting factor is how much of your bill solar can remove, not how much the panels produce.
Worked example (modeled, not a real customer)
Input / result
Value
System size
9.0 kW
Peak sun hours (NREL PVWatts-based estimate)
~5.0 per day
Annual production (kW × sun × 365 × 0.82)
~13,500 kWh
Electricity rate (EIA, April 2026 Georgia residential average)
13.6¢/kWh
Bill offset (modeling assumption, limited export credit)
0.55
Year-1 savings (13,468 kWh × $0.136 × 0.55)
~$1,007
Installed cost at $2.50/W
$22,500
Simple payback ($22,500 ÷ $1,007)
~22.3 years
Payback with 2.5%/yr rate increases and 0.5%/yr degradation
~18.7 years
25-year utility bills without solar
~$62,600
25-year total with solar (cost + remaining bills)
~$52,900
25-year net savings (undiscounted)
~$9,700
Assumptions: 2.5%/yr rate escalation, in line with the EIA Georgia residential rate rising from about 11.7¢ in 2020 to about 13.6¢ in April 2026; 0.5%/yr panel degradation; no discounting; no inverter replacement or maintenance costs.
Summary: The system pays for itself in about 19 years once rising rates are counted, then produces savings for the remaining years. The 0.55 offset is our assumption, not a measured Georgia average, so test your own number in Chart 3 below.
Data visualization
Cumulative cash position, 9 kW Georgia system, years 0-25. Break-even arrives near year 19 at $2.50/W and year 22 at $3.00/W. Source: modeled from EIA Georgia rate (13.6 cents/kWh, April 2026) with 2.5 percent yearly rate escalation, 0.5 percent degradation, 0.55 bill offset, no federal credit.
Chart summary: The $22,500 system turns cash-positive between year 18 and year 19 (about 18.7 years) and ends year 25 about $9,700 ahead. At $3.00 per watt, break-even slips to about year 22 and the 25-year gain falls to about $5,200. Nearly all the gain arrives in the last decade, so panel and inverter longevity matter. Figures are undiscounted and exclude inverter replacement and maintenance.
Price per watt is only one lever. The share of your bill that solar removes matters as much, as the next chart shows.
Data visualization
Simple payback by bill offset, 9 kW Georgia system. Raising the offset from 0.55 to 0.85 cuts payback from 22.3 to 14.5 years at $2.50/W. Source: modeled from EIA Georgia rate (13.6 cents/kWh, April 2026) and NREL PVWatts-style output; no federal credit.
Chart summary: Raising the offset from 0.55 to 0.85 shortens simple payback by about eight years at $2.50 per watt and nearly triples 25-year net savings, from about $9,700 to about $27,300. At $3.00 per watt, the same jump moves 25-year net from about $5,200 to about $22,800. Year-1 savings run about $1,007 at 0.55, $1,282 at 0.70, $1,557 at 0.85 and $1,832 at 1.00. A 1.00 offset is a ceiling that assumes full retail credit for all production, and the 0.55 case is our modeling assumption, not a measured Georgia average.
Georgia has no statewide net-metering rule, so export credit depends on your utility. Georgia Power’s monthly netting program, which credited exports at the retail rate, was limited to 5,000 customers or 32 MW and was fully subscribed in July 2021. Most new customers are credited for exports at a rate far below what they pay. EMC co-op rules vary.
What that means for sizing:
Size to what you use during the day, not to 100% of your annual kWh. Extra panels mostly add low-value exports.
Ask your utility which program you qualify for and at what export rate, and get it in writing before you sign. The gap between full monthly netting and a low export rate can move payback by years (see Chart 3).
Consider a battery only if exports are cheap and you need backup. Get a separate battery quote. No federal credit applies to homeowner batteries installed in 2026, and storage cost usually outweighs bill savings unless you also value outage protection during storms.
Rural Georgians served by EMCs (electric membership cooperatives) should check with their co-op directly, since export credits and fixed charges differ from Georgia Power. The solar net metering calculator models different export rates. For other states, see net metering rules by state.
💳 Financing
Should Georgians Pay Cash, Finance, Lease, or Sign a PPA?
Paying cash is the cheapest way to own solar, but with a payback near 22 years, financing costs can wipe out the thin margin. A lease or PPA is the one route where a federal credit may still lower your price in 2026.
Cash. You pay about $22,500 for a typical system and keep every dollar of bill savings. Our model shows about $9,700 net over 25 years.
Solar loan. Interest adds to an already long payback, and loans with a dealer fee built into the price raise the total further. Ask for the cash price and the financed price side by side, then run them through the solar loan calculator.
Lease or PPA. The installer owns the system and may claim the commercial §48E credit if the project meets the law’s deadlines (construction begun by July 4, 2026, or placed in service by December 31, 2027). The installer may pass part of that on as a lower rate, but nothing guarantees it. Sign only if the first-year price per kWh is clearly below your utility rate and the annual escalator is modest. The lease vs. buy calculator compares both paths.
Georgia farms, businesses and tax-exempt organizations are in a different position and may be eligible for §48E (including elective pay for tax-exempt entities) if they meet the same deadlines. Rural businesses can also check current USDA REAP funding. This is not tax advice; confirm with a tax professional.
📋 Key Insights
How Do You Choose a Solar Installer in Georgia?
Choose an installer who models your actual utility’s export rules and quotes a 2026 price without a federal credit. Then check licensing, insurance and warranties.
Licensing and insurance: Confirm the company holds the required Georgia contractor licensing and carries general liability and workers’ compensation insurance.
Honest proposal: The proposal should list system size, expected annual kWh for your roof, all equipment models, the installed price, and savings calculated with your utility’s actual export rate. Reject any 2026 proposal that subtracts a 30% federal tax credit from a system you would own.
Warranties: Panels typically carry 25-year product and performance warranties. Look for a workmanship warranty of 10 years or more that covers roof penetrations.
Multiple quotes: Get at least three and compare them in dollars per watt. A quote at or below the roughly $2.50 per watt marketplace average does more for Georgia payback than almost any other factor (see Chart 3).
Sources: IRS guidance on §25D and Public Law 119-21; EIA Electric Power Monthly (Georgia residential price, April 2026); NREL PVWatts solar resource data; EnergySage Georgia solar cost data (July–August 2026); DSIRE and Georgia Public Service Commission records for Georgia Power net metering. Model details: methodology.
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Not for a system you own. The 30% Residential Clean Energy Credit (§25D) ended for expenditures made after December 31, 2025, under Public Law 119-21. Systems finished in 2025 are claimed on the 2025 return with Form 5695. With a lease or PPA, the installer may still claim the commercial §48E credit if it meets the law's construction or placed-in-service deadlines, and may or may not pass savings on in the price.
At $2.50 per watt, a 9 kW Georgia system costs about $22,500 before incentives, a 7 kW system about $17,500 and a 10 kW system about $25,000. EnergySage's Georgia marketplace average was $2.44–$2.50 per watt in July and August 2026. Georgia has no state solar tax credit or statewide rebate, and no federal credit applies to 2026 installs.
About 22 years in our model for a cash purchase, or about 19 years once rising electric rates are counted. A 9 kW system makes roughly 13,500 kWh a year and, with limited export credit, offsets about 55% of the bill: near $1,000 in year one at 13.6¢/kWh. Payback drops to about 15 years at a 70% offset.
Georgia has no statewide net-metering rule. Georgia Power's monthly netting program was capped at 5,000 customers or 32 MW and filled in 2021, so most new customers are credited for exports at an avoided-cost-based rate far below retail. Electric membership cooperatives (EMCs) set their own terms. Get your utility's current export rate in writing before you sign.
It is a long-payback investment for most cash buyers. Our model shows about $9,700 in undiscounted 25-year net savings on a $22,500 system. It works better if you use much of your solar during the day, pay above-average rates, or get a quote below $2.50 per watt. At the $3.00 per watt price, net savings fall to about $5,200.
Georgia solar by electric bill
See system size and payback for common monthly bills in Georgia.
15.4¢/kWh — Georgia average residential price. Source: EIA Electric Power Monthly, Table 5.6.B (year-to-date through July 2026), residential average retail price (July 2026) (EIA)
Solar production
5.2 peak sun hours/day × 0.82 system derate. Approximate state-average daily solar resource (peak sun hours) based on NREL solar resource data (NSRDB); not location-specific — use NREL PVWatts for an address-level estimate. (NREL PVWatts)
Installed price
$3.00 per watt before incentives. Blended 2026 US residential installed price used by this site; EnergySage marketplace reported about $2.60/W (mid-2026); full-market medians are higher.
Federal tax credit
$0 for homeowner-owned systems installed in 2026 — the 30% §25D credit ended Dec 31, 2025 (IRS)
Net metering
No statewide net metering — utility-dependent — solar assumed to offset 55% of the bill. Georgia Power's monthly netting program is capped; many new customers are credited for exports at a much lower rate, and EMC co-op rules vary.
Estimates only — not tax, legal or financial advice. Get at least three installer quotes and confirm incentives with your utility and a tax professional.