Georgia Power Net Metering Explained: What Solar Homeowners Need to Know in 2026
If you’re a Georgia homeowner considering solar panels, one of the most important things to understand before you sign a contract is Georgia Power’s net metering policy. How the utility compensates you for excess solar power has a direct impact on how quickly your system pays for itself — and the rules have changed significantly in recent years.
This guide explains exactly how Georgia Power’s net metering program works, what you’ll actually earn for excess power, and how to make sure your solar system is sized to maximize your return under the current rules.
What Is Net Metering?
Net metering is the billing arrangement between a solar homeowner and their utility company. When your solar panels produce more electricity than your home uses at that moment — say, on a sunny afternoon while you’re at work — the excess power flows back to the grid. Net metering determines how much credit you receive for that exported power.
Historically, most utilities offered full retail net metering: for every kilowatt-hour (kWh) you exported, you received a credit equal to what you’d pay for a kWh of grid power. That’s no longer how it works in Georgia.
How Georgia Power’s Net Metering Program Works in 2026
Georgia Power offers its Renewable Energy Development Initiative (REDI) tariff for residential solar customers. Under this program, you pay retail rates for power consumed from the grid (~12–14 cents/kWh) but receive a credit for excess exported power at the avoided cost rate — roughly 3–6 cents/kWh. Credits roll forward month to month, with any remaining balance at year-end paid out at avoided cost rates.
The practical implication: power you generate and consume directly is worth the full retail rate. Power you export is worth roughly 3–6 cents/kWh — a 2–4x difference depending on whether you use the power yourself or send it to the grid.
Why This Matters for System Sizing
This rate differential is the single most important factor in sizing your solar system correctly in Georgia. Under Georgia Power’s avoided cost structure, oversizing your system creates a problem: all that daytime export earns roughly a quarter of what the power is worth to you. Most Georgia homeowners should:
- Size their system to offset 70–85% of their annual usage (not 100%), unless they have high daytime loads or a home battery
- Consider time-of-use behaviors — running appliances during daylight hours increases the value of solar production
- Evaluate battery storage as a way to store excess midday production and use it in the evening when the full grid rate applies
Does Georgia Power Offer Full Retail Net Metering?
No — Georgia Power does not offer full retail net metering for new residential solar customers as of 2026. The REDI tariff’s avoided cost rate is well below retail. If you are grandfathered under an older agreement, your terms may differ — check your original interconnection agreement to confirm.
How Battery Storage Changes the Equation
A home battery system fundamentally changes the net metering math in your favor. Instead of exporting excess midday solar power at 3–6 cents/kWh, a battery lets you store it and use it in the evening — offsetting grid power at the full retail rate of 12–14 cents/kWh. The EcoFlow PowerOcean is one home battery system worth evaluating for Georgia installs. It integrates with solar to capture excess daytime production and dispatch it during evening peak hours. The full system cost also qualifies for the 30% federal Investment Tax Credit.
Georgia Power Net Metering: Key Facts for 2026
- Program name: Renewable Energy Development Initiative (REDI)
- Export compensation rate: Avoided cost (~3–6 cents/kWh, varies by season)
- Self-consumption value: Full retail rate (~12–14 cents/kWh)
- Credit rollover: Month to month; annual true-up at avoided cost rate
- System size cap: Residential systems generally capped at 10 kW AC output under REDI
What About EMC and Municipal Utilities?
Not all Georgia homeowners are Georgia Power customers. If you’re served by an Electric Membership Corporation (EMC) or a municipal utility, the net metering terms may differ significantly. Some Georgia EMCs offer more favorable compensation rates. Before going solar, confirm your specific utility’s policy and export compensation rate.
How to Maximize Solar Value Under Georgia’s Net Metering Rules
Given the current compensation structure, here are the steps that matter most:
1. Pull your last 12 months of Georgia Power bills and calculate your daytime vs. evening usage. Understanding when you consume power helps you size a system that maximizes self-consumption.
2. Size your system accurately — not oversized. A 7–9 kW system may outperform a 12 kW system on ROI if the larger system exports significant power at avoided cost rates.
3. Ask your installer to model self-consumption percentage. Reputable installers will show you estimated self-consumption vs. export in their savings projections.
4. Evaluate battery storage from the start. Adding a battery at installation is typically cheaper than retrofitting one later.
5. Understand your interconnection timeline. Georgia Power’s interconnection process typically takes 4–8 weeks after installation.
Frequently Asked Questions
Does Georgia have net metering?
Yes, Georgia Power offers net metering through its REDI tariff, but the export compensation rate is the avoided cost rate — well below retail.
How much does Georgia Power pay for solar power sent back to the grid?
Approximately 3–6 cents per kWh (the avoided cost rate), compared to roughly 12–14 cents per kWh you pay for grid power.
Is solar still worth it in Georgia under the current net metering rules?
Yes, for most homeowners who size their system appropriately and prioritize self-consumption — especially with battery storage. The 30% federal tax credit and Georgia’s strong solar resource still make the economics work.
What size solar system should I get under Georgia Power’s net metering policy?
Size to match your daytime consumption patterns rather than 100% of annual usage. For most Georgia homes, this means a 7–10 kW system. Your installer should model this for your specific usage profile.
Bottom Line
Georgia Power’s net metering program pays significantly less than retail for exported solar power. The best Georgia solar setups in 2026 are sized to maximize self-consumption and increasingly include a home battery to capture the full value of midday excess production. Before signing with any installer, make sure they’re modeling your savings using Georgia Power’s actual avoided cost export rate — not a hypothetical full retail net metering scenario.