A non-export solar battery in Georgia is a controlled operating arrangement, not an automatic exemption from utility review. The proposal must define what is restricted, how the exact equipment implements that restriction and which approval process applies. A homeowner should not have to turn a sales claim into a compliant design after installation.
Begin with the serving utility and the proposed one-line diagram. Ask for written acceptance of the actual configuration and control method before relying on a non-export setting to solve a program, capacity or approval problem.
Sunburst’s battery storage service supplies the assessment pathway. Confirm Georgia address coverage and the offered project scope. This guide explains purchasing evidence and professional commissioning questions; it does not instruct homeowners to change inverter settings or construct their own grid connection.
Define exactly what “non-export” means in the proposal
The restriction can apply to the battery alone, to solar generation, or to the combined site. Those are different designs. A battery might be restricted from exporting while an existing solar inverter retains permission to export. Alternatively, the entire installation might be required to avoid sending power to the utility.
Write the intended boundary in plain language and on the design documents. Identify the account, point of connection, solar equipment, storage equipment and which sources are controlled. If the proposal simply says “zero export,” ask the author to specify what electricity is included and where it is measured.
| Description in the quote | Question to resolve |
|---|---|
| Battery does not export | Can existing solar still export, and under which agreement? |
| Solar does not export | How is surplus generation managed when the battery is full? |
| Entire site does not export | Does measurement capture all relevant loads and sources? |
| Export limited to a value | Is this a limited-export arrangement rather than non-export? |
| Backup only | What happens while the grid is present and while it is absent? |
| No compensation sought | Does the physical design still require interconnection review? |
Not seeking payment for exported electricity does not establish that export cannot occur. Likewise, an app showing little exported energy does not prove that the utility has accepted the control method. Keep the physical behavior, operating restrictions and compensation choice separate.
For a property with multiple panels, outbuildings or separately metered equipment, the boundary needs extra attention. A control measuring only a selected portion of the installation may not describe the entire account. Ask the designer to explain the measurement arrangement rather than assuming all electricity passes through one obvious location.
Separate export control from safe outage isolation
Non-export while connected to the grid and safe operation during an outage are different functions. Export control manages power flow under the accepted operating arrangement. Backup switching or isolation establishes the supported relationship between the household and utility when the grid is unavailable.
A battery marketed for self-consumption may not provide backup operation. Ask whether the proposed system includes the equipment and approved configuration needed to support selected circuits during an outage. The answer should identify the circuits, supported solar behavior and restoration process, not just a battery capacity.
The whole-home versus partial-home backup guide addresses load selection. This article focuses on the boundary and controls for non-export. Passing a backup-load review does not establish utility acceptance of the export restriction, and an accepted export restriction does not establish the desired outage service.
If another source such as a generator is present, include it in the professional review. The system must have a supported switching and operating arrangement for all sources. Do not assume that each component’s individual approval proves the combined installation is suitable.
Ask the utility to identify the applicable process
Confirm the electric provider from the actual account bill. Georgia Power, an EMC and a municipal provider can have different documents and requirements. A property location does not identify the correct process by itself, and another customer’s accepted configuration is not approval for yours.
Georgia Power’s installation and interconnection instructions describe application information including technical records, one-line drawings and battery specifications when storage is included. The behind-the-meter interconnection summary discusses storage configurations. Use current utility direction to establish which records and steps apply to the proposed arrangement.
Ask the installer to submit a configuration description that includes charging sources, export restrictions, equipment ratings and relevant control documentation. If the utility requests a different review path, record that response with the proposal. An unsupported statement that batteries are behind the meter should not replace the provider’s requirements.
Do not infer that a software export limit changes a program’s nameplate rating test. A non-export or limited-export feature may be relevant to technical review, but program eligibility and equipment ratings still need confirmation. The Georgia Power solar guide addresses the separate export-program decision.
If the utility has not accepted the proposed design, describe approval as pending. Physical installation completion and authorization to operate are different milestones. The contract should explain which activities may occur at each stage and who is responsible for resolving outstanding conditions.
Require control documentation for the exact system
A supported non-export design needs evidence matching the equipment model, system architecture and intended behavior. Ask for the current manufacturer manual or technical guidance, applicable certification information, one-line diagram and control configuration description. A brochure phrase is not the same evidence.
Tesla’s US permanent non-export appendix distinguishes controlled and third-party solar arrangements and describes measurement requirements for its supported configurations. It illustrates why the sources and measurement boundary matter. It does not establish that Sunburst offers Tesla equipment or that another battery supports the same method.
Request documentation for the actual proposed battery and inverter rather than copying the Tesla example. A mixed system can have restrictions that differ from a single integrated manufacturer’s arrangement. The AC versus DC battery guide helps explain those architecture differences before the equipment review.
Tesla’s residential certification directory also lists product-specific certification documents. Certifications are useful technical evidence; they do not authorize an unreviewed installation or establish acceptance of every setting. Ask the professional which documentation the utility and local authority require.
Review the measurement boundary with the designer
A control can respond only to the information its supported measurement arrangement provides. Ask the designer to show which loads, solar inverters and batteries are included, and whether both backed-up and non-backed-up circuits are represented as required by the proposed system.
This matters in a retrofit. An existing third-party solar inverter may not be controlled in the same way as a new integrated inverter. The designer should explain how its output is measured and what happens if the battery cannot accept energy. Do not assume that adding storage turns every existing inverter into a controllable source.
The owner does not need instructions for installing sensors or setting protection values. The purchasing task is to request a complete supported diagram and commissioning record. Electrical professionals should resolve measurement placement, control configuration and applicable inspection requirements.
| Evidence in the design package | What the review should establish |
|---|---|
| One-line diagram | All relevant sources and connection points are shown |
| Measurement description | Required loads and generation are represented |
| Manufacturer configuration | Exact supported equipment combination and mode |
| Utility response | Applicable operating restrictions and approval steps |
| Commissioning record | Installed configuration matches the accepted design |
| Owner handover | Permitted owner controls and service contacts are clear |
Keep these records together. If equipment changes during procurement, require the designer to revisit the accepted control arrangement. A substitute inverter or battery should not be assumed equivalent solely because it has a similar power rating.
Check what happens when the battery is full or unavailable
Storage has a finite charging capability and finite available space. When solar production exceeds household demand and the battery cannot accept the surplus, the system needs an accepted way to remain within its export restriction. That behavior should be explicit in the proposal.
Ask whether the supported design curtails controlled solar, relies on a separate inverter’s controls or uses another accepted method. The answer must match the exact equipment and approved arrangement. A large battery does not eliminate this question because it can eventually become full.
Evaluate an unavailable-battery case as well. Service work, a fault or an operating limit can remove storage from the expected energy path. Ask what the remaining solar and controls do in that condition. The professional should identify the manufacturer’s supported response and any utility requirements.
Do not accept an economics estimate that credits every theoretical solar unit as useful production when the non-export design may curtail surplus. Distinguish potential array output from energy actually used, stored or permitted to export. This is an important scope difference when comparing non-export and exporting proposals.
Ask about failure behavior and change control
Request a written explanation of the supported response to loss of measurement, communication or a relevant controller function. The designer should identify what the system does under the manufacturer’s approved configuration and any conditions imposed by the utility. This is a professional design question, not a request for the owner to experiment with faults.
Ask which settings are installer-controlled, which the owner may change and how updates are handled. A homeowner should not accidentally change an accepted operating restriction while trying to adjust daily use or backup reserve. The handover should explain the supported choices and the contact route for a requested change.
If the utility’s approval depends on a documented operating mode, keep evidence of that mode at commissioning. Ask whether the design package calls for screenshots, configuration records, tests or other confirmation. The records should identify the installed models and software information where relevant.
Later equipment additions deserve review. Another battery, a replacement inverter, additional solar or a new third-party controller can change the installation. Retain the approval and ask the utility and installer how amendments are handled before making the change.
Distinguish grid charging, export and program participation
Grid charging and export restrictions are separate operating questions. A system may be designed to charge from purchased electricity while preventing battery exports, but the utility and manufacturer must accept the actual arrangement. Do not infer permitted charging modes from the existence of a non-export option.
For time-of-use operation, confirm rate eligibility and compare the full household bill. A control setting that limits exports does not ensure the battery can discharge enough energy at the desired times or avoid a demand measurement. The Georgia Power battery rate guide explains the tariff and dispatch review.
For an existing solar owner, retrieve the original agreement and permission-to-operate records. Ask whether the retrofit changes the approved equipment or program treatment. The add-battery-to-existing-solar guide supplies that modification checklist. Preserve the original records rather than assuming a no-export setting protects every legacy term.
Third-party programs and remote control services introduce another layer. Ask whether enrollment changes operating modes, export behavior, warranty conditions or control ownership. A possible future program should not be included as confirmed project revenue or compatibility without current documentation.
Model the economic consequences of restricting exports
A non-export configuration can avoid sending some surplus energy to the grid, but it may also curtail generation when household demand and storage cannot absorb it. Evaluate the actual delivered energy and utility bill, not a theoretical claim that every generated unit avoids retail purchases.
Compare the same array and household under the accepted exporting and non-exporting arrangements where both are available. Include the battery’s incremental cost, relevant losses, reserve and any lost export value. If only one arrangement is permitted, make that limitation visible instead of presenting an imaginary choice.
The Georgia battery payback guide isolates storage’s additional financial effect. It is useful when a battery is proposed primarily to support self-consumption. Backup protection and utility acceptance remain separate from the financial estimate.
Do not assume that a non-export arrangement bypasses utility capacity restrictions or makes an oversized proposal financially sensible. Equipment selection should satisfy the accepted design and household goals. Request a smaller or differently configured alternative if the first proposal depends on unresolved eligibility or control assumptions.
Confirm local permits and the full installation scope
Georgia’s official code-adoption memo effective January 1, 2026 supplies current state-code context. The local authority must identify the requirements that apply to the address, equipment and installation. Non-export does not independently determine permit exemption.
Ask the contractor to separate design, permit submission, utility review, electrical installation, inspection, commissioning and authorization to operate. Identify who handles each stage and which records the owner receives. A short installation schedule should not hide pending utility or inspection conditions.
The quote should include the supported metering and control hardware, switching equipment, required electrical work and configuration labor. If the control method relies on an accessory not priced in the proposal, the quoted system is incomplete. Confirm whether later service or configuration changes carry separate charges.
Compare scope using the battery quote comparison guide. Do not compare a complete accepted control arrangement with a hardware-only proposal that leaves approval and commissioning to the homeowner.
Make commissioning evidence part of acceptance
Request a professional test plan based on the accepted design and manufacturer instructions. It should identify normal grid-connected operation, relevant charging and discharge behavior, the non-export boundary and supported backup transfer if included. The exact tests depend on the approved configuration; this article does not prescribe protection settings.
Ask how the installer documents a full-battery or unavailable-battery condition without creating an unsafe owner experiment. Any required utility witness process or inspection remains its own milestone. A demonstration for the homeowner does not replace required utility acceptance.
At closeout, retain the final drawing, accepted equipment records, inspection documentation, commissioning evidence, operating settings and service contacts. Check that the installed equipment matches the approved revision. If the design changed, request the updated acceptance record rather than accepting an old drawing labeled close enough.
The owner handover should explain warnings and supported actions. Homeowners should not disable protective controls, open enclosures or alter installer settings to force generation during an outage or recover export capability. A requested operating change belongs in the professional and utility review process.
Keep an operating agreement for future changes
Record the reason the homeowner chose the non-export arrangement. The reason might be an accepted utility condition, a preferred self-consumption design or a particular existing-system constraint. Keeping that decision visible helps a later technician understand why the installed settings differ from a standard exporting configuration.
Ask who is responsible for reviewing a future change. A new battery, inverter replacement, additional solar or a different charging schedule should be compared with the accepted documents before the owner relies on it. The maintenance contact should know where the latest drawing and utility response are stored. A project folder containing several unlabeled revisions can make a straightforward service visit unnecessarily confusing.
For ownership transfers, provide the approved operating records to the next owner and ask the utility and equipment provider about their applicable account or registration process. Do not assume that a real-estate transfer authorizes new operating modes. The buyer needs the same clear description of what can export, what is backed up and who supports the controls.
If the homeowner later wants to export, treat that as a new decision to review rather than a setting to toggle. Ask about utility acceptance, program eligibility, equipment configuration and any required testing. The economic comparison should also be updated for the applicable export terms and actual household use.
This record makes the original purchase more reviewable. The owner can distinguish a requested change from a fault, understand which organization must answer each question and avoid depending on an undocumented recollection of the sales conversation.
Frequently asked questions
Does non-export solar avoid utility approval in Georgia?
Do not assume so. Ask the actual provider which process applies to the proposed equipment and operating arrangement. Behind-the-meter location and a software restriction do not by themselves establish an exemption from interconnection review or local permits.
Is battery non-export the same as whole-site non-export?
No. A battery restriction can coexist with permitted solar exports, while a whole-site restriction includes the combined installation. The design must identify the controlled sources and measurement boundary so the utility and installer are reviewing the same behavior.
Can I use an app setting as proof of compliance?
A setting is only part of a supported configuration. Request manufacturer documentation, the accepted design and commissioning evidence. An owner screenshot or a few low-export days does not establish utility authorization or the response under other operating conditions.
What happens when the battery is full?
The supported design must manage surplus generation within the accepted restriction. That may require curtailment or other controls appropriate to the equipment. Ask for the exact documented behavior rather than assuming storage always has room for more energy.
Can non-export settings make a larger inverter eligible for a program?
Only the utility can confirm the applicable eligibility treatment. Equipment nameplate ratings, program terms and accepted controls may answer different questions. Do not assume that lowering a software export setting changes the program’s rating test.
Can a non-export battery still provide backup?
Some supported configurations can, but backup requires the appropriate switching, controls and selected load design. Confirm the actual outage mode, solar behavior and restoration process. A non-export or self-consumption label alone does not establish backup capability.
Request an export-control design review
Use the free assessment form to provide the property, utility, existing solar records and the reason for requesting non-export operation. Include the proposed equipment and any written utility response already received.
Ask for a clearly defined export boundary, supported control documentation, approval checklist and commissioning plan. Confirm Georgia coverage and the offered scope. The useful outcome is an accepted, documented operating arrangement with visible limitations, not a promise that software avoids review.
Sources and methodology
Research and factual review: September 30, 2026. Georgia Power’s installation instructions and behind-the-meter interconnection summary establish provider-review questions, not a universal approval outcome.
Tesla’s current US permanent non-export appendix and certification directory illustrate exact equipment evidence; they are not Sunburst equipment offers. Georgia DCA’s current code memo supplies jurisdictional context. Forums informed buyer questions only. No export-control tolerance, approval exemption, compatibility, price, savings or utility processing time is invented.