Georgia solar export rates need to be compared alongside eligibility, metering, fees, and the electricity you actually use while the array is producing. The highest advertised export price does not establish the best system design. Your existing electric account is the starting point: this guide compares design assumptions across utilities, not a menu of suppliers a homeowner can freely choose.
The Georgia net-metering overview explains the statewide context. Here, the job is narrower: verify the utility evidence in a quote, compare how export treatment changes the project, and decide whether solar alone, a different array size, or storage deserves a property-specific assessment.
Compare Georgia solar export rates on a dated account record
Rates checked September 30, 2026. Figures below are published purchase rates or components, not promises that your proposed system qualifies. Recheck the controlling documents when the design and application are finalized.
| Utility and official source | Published export information checked | What must accompany the figure |
|---|---|---|
| Georgia Power rooftop FAQs | RNR-Instantaneous Netting: 3.2188 cents/kWh solar avoided cost for 2026 plus a 4-cent/kWh adder; combined components equal 7.2188 cents/kWh | Actual program enrollment, account class, design eligibility, current tariff and application status |
| Cobb EMC DG-1 | Effective February 1, 2026: $0.05121/kWh for facilities connected on or after July 1, 2015; the document separately lists $0.0683/kWh for earlier connections | Connection date, applicable schedule, interconnection conditions and any facility charge |
| Walton EMC selling solar power | $0.026/kWh, effective January 1 through December 31, 2026 | Eligibility, current purchase availability, metering arrangement and required costs |
| Jackson EMC Net Metering Rider | The page lists 2026 avoided energy cost of $0.0432/kWh and an incremental service cost of $10/month; commercial MBS costs are account-specific | Applicable customer class, capacity, service cost, rider and agreement |
| Sawnee EMC NEM-18 | Revised rider effective May 1, 2026 lists solar photovoltaic excess energy at $0.0379/kWh in each seasonal period | Solar category, account eligibility, connection date and settlement method |
| GreyStone rooftop solar | The utility points members to its Distributed Generation Service Rider | Obtain the currently applicable rider and written purchase-rate confirmation; do not substitute an undated marketing average |
| Coastal Electric DG-13 | Published rider effective January 1, 2026: $0.05956/kWh avoided-energy price; explicitly supersedes DG-12 | Verify account eligibility, settlement and current residential schedule; DG-13 references RS-8 while newer public residential documents use RS-9 |
Sawnee’s current rider distinguishes monthly settlement for facilities interconnected on or before January 1, 2024 from instantaneous settlement for facilities interconnected on or after January 2, 2024. That distinction matters independently of the stated solar purchase price. An existing system’s date and agreement cannot be assumed to match a new installation.
GreyStone still requires an account-specific current-rate check. Coastal’s official DG-13 now establishes a published purchase price and effective date, but its residential-schedule cross-reference differs from newer public documents. Confirm the applicable billing combination in writing. Do not silently combine versions or turn one published rate into a twenty-year promise.
Start with the utility on the bill, not the nearest city
Bring a recent full bill, with sensitive account information shared through an appropriate private process. Identify the named utility, tariff or rate schedule, service address, customer class, and any existing generation arrangement. Ask the utility to confirm the proposed project’s applicable program. A postal address alone is a weak substitute for that account record.
If the property is new construction, has more than one meter, or is changing use, clarify which account the array would serve. A system behind an office meter does not automatically credit another meter for a workshop. A commercial tariff does not become a residential tariff because the owner lives nearby. These details should be established before anyone presents the export table as a savings forecast.
Use a compact account sheet:
- Property address and legal owner.
- Utility name and account class.
- Current tariff, riders, and effective dates.
- Existing solar or storage and its interconnection date.
- Proposed DC capacity, AC capacity, and connection point.
- Whether the design exports and whether storage can charge from the grid.
- Person responsible for confirming program eligibility.
Keep this sheet with the design rather than only in an email chain. If the equipment or electrical architecture changes, revisit the confirmation. A purchase-rate fact is relevant only when it applies to the actual proposed system.
Separate production, self-use, imports, and exports
A solar production estimate is a forecast of generated energy. It does not, by itself, show how much electricity the home avoids buying or how much it sends to the utility. Those quantities depend on when the household consumes electricity and on the settlement method.
For an instantaneous-export model, match generation and load at the same time step. Generation used directly in the property is self-use. Generation exceeding the load is export, unless it is stored or curtailed. Electricity needed when generation is insufficient is import. A whole-year subtraction can hide daytime exports and evening imports that have different financial values.
Ask the designer to show these four quantities separately. The Georgia Attorney General’s solar guidance advises reviewing the bill and contacting the utility; your proposal should turn those checks into a written account-specific calculation. It should also distinguish energy charges the project may avoid from fixed charges that remain.
A quote review should be able to answer:
| Model line | Evidence behind it | Common mistake |
|---|---|---|
| Generated kWh | Address, layout and production assumptions | Treating all generation as retail-rate savings |
| Directly used kWh | Load and production timing | Assuming annual consumption proves daytime consumption |
| Exported kWh | Time-matched surplus and approved operating mode | Multiplying every panel kWh by a buyback price |
| Remaining imported kWh | Time-matched deficits | Suggesting the utility account disappears |
| Added or remaining charges | Current tariff and program costs | Omitting charges from the after-solar bill |
There may be modeling uncertainty when interval data are unavailable. That is acceptable if disclosed and tested. Presenting a guessed self-use percentage as measured household behavior is not.
Use a transparent sensitivity example before comparing quotes
The following is arithmetic for decision training, not a Georgia production forecast, household tariff, Sunburst price, or savings claim. Assume a design produces 10,000 kWh annually, directly uses 6,000 kWh, and exports 4,000 kWh. Assume the avoided energy value of direct use is $0.15/kWh. Exclude all fixed charges, taxes, losses, financing, equipment cost, and operating costs.
Direct-use value is 6,000 × $0.15 = $900. Export value depends on the applicable rate. Using the verified published rate components solely as inputs gives this limited comparison:
| Published input used for example | Export arithmetic on 4,000 kWh | Direct use plus exports before omitted costs |
|---|---|---|
| Georgia Power RNR components, $0.072188/kWh | $288.75 | $1,188.75 |
| Cobb post-June-2015 DG-1, $0.05121/kWh | $204.84 | $1,104.84 |
| Walton 2026 input, $0.026/kWh | $104.00 | $1,004.00 |
This table does not rank the utilities. The assumed retail avoidance value is held artificially equal, while real retail tariffs, account conditions, charges, eligible sizes, and household behavior differ. Its only purpose is to show why changing an export input can change a model even when generation stays constant.
The calculation also shows why export rate alone is incomplete. The direct-use portion creates $900 under the invented assumptions in every row. A quote that increases useful daytime consumption or avoids unproductive extra panels may change the decision more than a small purchase-rate difference. Measure those effects at the property rather than assuming them from a statewide average.
Compare larger arrays by marginal value
When considering more panels, ask what the additional panels would do. Their extra generation might serve an added daytime load, feed a battery, or increase exports. The right comparison is the additional installed cost against the additional modeled value, subject to roof space, approvals, utility limits, and the owner’s goals.
For another hypothetical example, suppose two designs differ by 2,000 generated kWh annually. If all the added energy is exported at an invented $0.04/kWh, that addition creates $80 of annual export revenue before added costs. If instead half is used directly at an invented $0.15/kWh and half exported at $0.04/kWh, the arithmetic becomes $150 + $40 = $190. Neither result establishes whether the extra panels are worthwhile: their price and constraints remain necessary inputs.
Request a side-by-side output rather than a single “maximum roof” recommendation:
- Smaller design, current load and current operating plan.
- Larger design, the same load and operating plan.
- Larger design with a documented future load, if relevant.
- Each design under lower self-use and lower export-value assumptions.
Do not attach future EV charging or electrification to the model unless you actually expect that use. Record when the load will arrive and whether it coincides with generation. A speculative future appliance can make an oversized design look justified on paper.
Evaluate storage without treating the export gap as profit
A battery can redirect some otherwise exported generation to later use, but the difference between import and export prices is not automatically its net benefit. The analysis needs actual charging opportunities, usable capacity, delivered energy after losses, power limits, controls, reserve settings, equipment cost, maintenance, and expected changes over time.
Use an explicitly hypothetical check: one solar kWh otherwise exported for $0.04 is instead stored and later delivers 0.90 kWh that avoids buying energy at $0.15/kWh. The gross energy-value change is 0.90 × $0.15 − $0.04 = $0.095. This illustration assumes the battery can perform that shift and ignores capital and operating costs. It demonstrates a calculation boundary; it is not a battery-payback promise.
Keep resilience separate from bill management. Energy reserved for an outage may be unavailable for daily tariff optimization. A battery configured primarily for bill management may not provide the desired outage circuits or duration. Review the battery sizing decision and whole-home backup limitations before asking for a financial return.
A storage proposal should state the operating priority when objectives conflict. Ask whether outage reserve, maximum self-use, a demand limit, or time-of-use charging takes precedence. The owner should understand that choice before buying extra capacity.
Treat EV charging and load shifting as real operating choices
Moving flexible consumption into solar-producing hours may increase direct use, but only if the household can actually change its schedule. An EV parked at work all day cannot absorb rooftop output at home during those hours. A work-from-home driver may have a different opportunity. Neither pattern should be assumed simply because the property has a charger.
If a time-of-use plan is involved, compare the entire bill under the current plan and the proposed plan. A low overnight price can affect whether daytime solar charging is the preferred financial choice. Higher charges elsewhere, a demand component, or enrollment conditions may matter. Use the current account’s tariff rather than comparing one promotional price with one export price.
The useful operating worksheet asks:
- Which loads can move, and how often?
- What hours are those loads actually available?
- Who controls their schedule?
- Does a tariff change affect other household electricity?
- Does the change require equipment or inconvenience?
- Will the behavior persist beyond the first month?
Model the current behavior as the baseline. Add a second case for achievable changes. This prevents a quote from showing best-case savings that depend on a household routine no one has agreed to adopt.
Verify fees and approval scope before calculating payback
A purchase price in cents per kWh is only one utility input. Application work, meter changes, studies, equipment changes, ongoing charges, and operating conditions can affect the project. Ask the utility and installer which items are known, which are allowances, and which remain unresolved.
Walton’s official page currently lists $800 for incremental metering equipment and installation. Jackson’s rider identifies the monthly incremental service cost noted above and separate case-specific treatment for MBS commercial accounts. Those facts illustrate different kinds of costs; they are not interchangeable fees that can be copied into every Georgia quote.
Ask for a utility-cost ledger with the following columns: cost description, document or confirmation, fixed price or allowance, payer, trigger, refundability if relevant, and responsible party. An interconnection application does not guarantee the final outcome or the absence of additional work. A contract should explain what happens if the utility requires a study or a design revision.
For a commercial building, energy compensation and demand-charge treatment require separate calculations. A retail business’s afternoon consumption may support self-use, but that observation does not prove a reduction in billed demand. Review the existing commercial demand-charge guide for that distinct decision.
Keep a revision log when utility assumptions change
A solar proposal can take more than one revision to become decision-ready. Keep a short change log rather than overwriting the original comparison. Record the revision date, the changed input, the reason, and the effect on the decision. If the export rate changed, identify the source. If the array changed, show which extra panels or inverter settings changed generation. If household use changed, explain whether it is measured or planned.
For a hypothetical quote review, imagine an initial model uses monthly netting but the utility confirms instantaneous settlement. The useful response is to rerun imports and exports at the appropriate time step, revise the bill model, and reconsider the design if necessary. Changing only the cents-per-kWh entry would leave the original quantity error intact. That difference between a price correction and a method correction is easy to miss.
Use three review checkpoints:
- Before comparing bids, establish a common account and load record.
- Before signing, verify that the final proposed equipment and operating mode match the modeled case and utility assumptions.
- Before activation, retain the approved agreement and final equipment record for future billing and service questions.
Name a person responsible for each checkpoint. An owner should be able to ask what changed without discovering that the sales summary, engineering drawing, and utility application describe three different systems. The log makes that question answerable and gives future reviewers a trail back to the actual evidence.
Review existing-system dates and contract changes
If you already have solar, start with the actual interconnection agreement and billing records. Earlier connection dates can lead to different treatment. Cobb’s DG-1 contains a specific connection-date distinction, while Sawnee’s rider has a settlement-date distinction. These are examples of why a new-customer table cannot automatically describe an existing account.
Before expansion, inverter replacement, storage retrofit, or a change in ownership, ask whether the proposed change affects the program, approval, equipment record, or compensation. Do not assume that every equipment change preserves earlier terms. Equally, do not assume that every change ends them. Get the utility’s project-specific answer.
For a property purchase, request the equipment ownership documents, outstanding financial obligations, utility agreement, and recent generation and billing records. A seller’s statement that the panels “cancel the bill” is not enough to establish the buyer’s financial position. Where legal or contract questions arise, use qualified advisers rather than relying on a marketing summary.
Keep documentation accessible. A clear record of equipment and connection dates can save time when a future contractor or utility representative needs to understand what exists.
Take a quote to an account-specific assessment
A useful solar assessment should connect your roof or site, electric account, load pattern, proposed equipment, and utility terms. It should identify known inputs and unresolved questions rather than hide them inside a payback number. For Sunburst’s residential solar installation discussion, that means asking for current Georgia address and scope confirmation before any installation commitment.
Request a utility-aware solar assessment with your ZIP code, named utility, ownership status, recent bill, and whether your priority is reducing purchased electricity, preparing for an EV, or backup power. If available, bring a year of bills and interval data. For storage goals, include the circuits or business functions you want supported.
You should leave the next step knowing which design and operating questions need answers. There may be a good solar-only case, a reason to evaluate storage, or a reason to improve the information before signing. That is a more useful outcome than selecting the table’s highest export price.
Questions Georgia buyers ask about utility comparisons
Can I choose Georgia Power because its published export figure is higher?
Do not treat this table as utility shopping. Confirm the utility and tariff serving the property. Any service-choice question belongs with the utility and appropriate authorities; a homeowner should not assume an arbitrary switch is available.
Does a rate labeled net metering mean retail-rate exports?
The name does not answer the billing mechanics. Read the rider’s settlement period, purchase rate, charges, eligibility, and agreement. The verified Georgia utility documents above use different compensation structures.
Should every panel kWh be valued at the export rate?
No. Separate direct use from exports in the applicable billing model. Direct use may avoid eligible import charges, while export compensation follows the utility’s program. Neither quantity should be guessed from annual production alone.
Is a battery automatically worthwhile when exports pay less than imports?
No. The gap is a reason to evaluate storage, not proof of a return. Installed cost, losses, charging opportunity, usable energy, reserve, controls, and lifecycle costs still need to be modeled.
What if an official page lists an older rider?
Keep conflicting references visible and ask the utility which documents apply to the account. Coastal DG-13 explicitly supersedes DG-12, so it provides a dated published purchase price. Its RS-8 reference still needs reconciliation with newer residential schedules. Do not choose a billing combination merely because it strengthens the proposal’s economics.
Does the comparison include a homeowner federal tax credit?
No. As checked September 30, 2026, the IRS says the residential clean energy credit is unavailable for expenditures after December 31, 2025. Commercial tax provisions are separate and require qualified advice.
Sources and methodology
Research and utility-document checks completed September 30, 2026; last reviewed September 30, 2026. The comparison uses the named utilities’ public documents. It does not establish program availability for an address. Numerical examples are deliberately hypothetical calculations, not Sunburst prices, performance records, retail tariffs, or savings estimates. Recheck utility-sensitive facts at proposal and application stages.
- Georgia Power rooftop solar FAQs, accessed September 30, 2026.
- Cobb EMC DG-1, effective February 1, 2026, accessed September 30, 2026.
- Walton EMC: Selling Your Solar Power, accessed September 30, 2026.
- Jackson EMC Net Metering Rider, accessed September 30, 2026.
- Sawnee EMC NEM-18, effective May 1, 2026, accessed September 30, 2026.
- Coastal Electric DG-13, effective January 1, 2026, retrieved and inspected September 30, 2026; current account and residential-schedule confirmation remains necessary.
- GreyStone rooftop solar program and Coastal Electric document center, accessed September 30, 2026; confirmation questions retained where applicable.
- Georgia Attorney General solar buyer guidance and IRS residential clean energy credit, accessed September 30, 2026.