A solar storm damage inspection in Georgia should establish what needs professional attention and what evidence supports the next action. It should not begin with a homeowner climbing onto the roof, opening equipment, or testing a damaged circuit. Personal safety comes before photographs or production recovery.
Storm damage can involve the roof, mounting, wiring, modules, inverter, battery, or utility service. Different parties may need to assess different parts. The useful result is a documented condition and responsibility plan, not an automatic declaration that every low-production day is storm damage.
Separate an emergency from an inspection request
If you see smoke, fire, exposed or fallen wiring, damaged electrical equipment, or another immediate danger, contact emergency services and the appropriate utility. Keep people away. Do not approach a downed line to decide whether it is energized.
Georgia Power’s storm safety guidance, checked September 30, 2026, warns against going near downed power lines. Customers of other providers should use their utility’s emergency channels. A solar assessment form is not an emergency-response service.
Do not enter flooded spaces or touch storm-damaged solar or battery equipment. Do not assume that an outage, a switch position, or an offline app proves every part of the system is safe. Qualified personnel must assess the situation and determine appropriate isolation and access.
| Situation | Appropriate first action |
|---|---|
| Immediate electrical or fire danger | Emergency/utility response; stay away |
| Unsafe roof or structural damage | Keep clear and obtain qualified building assessment |
| Visible damage without immediate danger | Document from safe ground; request professional scope |
| App offline during an outage | Save the message; do not infer equipment damage |
| Lower production after weather clears | Preserve comparable records for diagnosis |
This article provides a coordination process, not shutdown or electrical-testing instructions. Follow emergency officials, utility directions, and the equipment’s professional service pathway.
Record the event without inventing a cause
Create a dated event log. Record when you noticed the issue, what was visible from a safe location, what the monitoring system showed, and any relevant utility outage information. Distinguish what you observed from what someone later concluded.
For example, “monitoring stopped reporting during the outage” is an observation. “The inverter was destroyed by lightning” is a technical conclusion that needs evidence. Keeping that distinction makes the inspection packet more useful to the contractor, insurer, and manufacturer.
Include existing-system information if available: installation date, equipment identifiers from your records, original installer, current service provider, and earlier faults. Do not approach damaged equipment to read a label; use the paperwork until a professional can access it safely.
A simple log has these columns:
- Date and time.
- Source of information.
- Observation or message.
- Location or component described.
- Action taken and by whom.
- Follow-up still required.
Save messages and documents without editing the originals. If you add an annotation or explanation, keep it separately. That helps another reviewer understand the difference between the original record and your interpretation.
Take only safe, useful photographs
Ground-level photographs can document the overall property, visible roof changes, debris, and the location of an issue. They cannot establish every module, electrical, or structural condition. Do not use photography as a reason to climb, touch wiring, or enter a restricted area.
If safe photographs are possible, include a wide view that identifies the location and a closer view from the same safe position. Record the date and what you were trying to show. Avoid creating a collection of unlabeled close-ups that a reviewer cannot place on the building.
Photographs should answer practical questions:
- Which roof face or property area is shown?
- Is the feature new or was it documented earlier?
- What can be seen without approaching the hazard?
- Was the image taken before or after temporary protection work?
- Is a professional inspection needed to see the inaccessible area?
Do not claim an image proves internal damage. A module that looks intact may still require professional assessment if other evidence warrants it, while a frightening-looking image may not establish the cause or repair scope.
The Department of Energy’s PV weather-vulnerability guide describes professional post-event assessment and corrective-action planning. It was developed for federal facilities and is a technical reference, not a homeowner repair manual or Georgia insurance rule.
Preserve monitoring and billing records on matching dates
Save the available generation data, exact alerts, communications status, and utility outage period. Compare the same dates and measurement types. An app’s missing data is not automatically zero generation, and a utility bill can cover days before and after the event.
If you have earlier records, keep a comparable period with its weather and operating context. The aim is to give the technician a baseline, not to prove a storm-related failure from one lower daily total.
List any other change: internet service interruption, account-access problem, equipment work, new shading, household consumption change, or utility maintenance. A good diagnostic process considers alternatives before deciding the storm caused the symptom.
| Record | What it can help explain | Important limit |
|---|---|---|
| Generation history | Reported output before/after event | Missing data may be communications-related |
| Error messages | Equipment’s reported symptom | Message alone may not identify cause |
| Utility outage record | Grid interruption timing | Does not establish component damage |
| Bill period | Purchases/exports over that period | Not a direct module inspection |
| Earlier service notes | Existing condition | May not describe current condition |
Use the solar underproduction guide for the broader production-versus-monitoring investigation. This storm guide adds event documentation and handoff, rather than replacing every diagnostic pathway.
Define what the professional inspection will include
Request a written scope before booking a nonemergency inspection. Ask which equipment, roof areas, records, and tests the provider can assess, what access is needed, and what report you will receive. The scope should match the suspected problem.
A visual check, a roof inspection, an electrical diagnostic visit, and an engineering assessment are different services. Do not assume a brief rooftop look includes all of them. Ask the provider to explain exclusions and when another specialist would be required.
The proposed scope can identify:
- Pre-visit document review.
- Safe-access and site conditions.
- Components included in visual assessment.
- Qualified diagnostic methods, where appropriate.
- Roof or structural coordination.
- Photographs and findings in the report.
- Limitations of access and testing.
- Recommended follow-up and responsible party.
The provider should use appropriate qualified personnel and equipment. This article does not prescribe a testing sequence or certify a method as sufficient for every damaged system. Ask how the inspector determines whether the evidence supports a conclusion or requires more investigation.
Assess the roof and solar mounting as related scopes
A roof issue and a solar-equipment issue can interact, but responsibility should not be guessed. A leak near an attachment is an observation requiring investigation, not automatic proof that the attachment caused it.
Have the relevant roofer and solar professional identify their scope and coordinate access. If panels must be removed for roof work, obtain a plan for safe removal, storage, roof work, reinstallation, inspection, and recommissioning. Do not allow one contractor’s repair promise to leave the other scope undefined.
Ask about roof warranty conditions, temporary weather protection, and who documents the work. Safety and urgent protection should be coordinated with appropriate professionals and insurer guidance; do not postpone necessary emergency action merely to preserve a photograph.
A coordinated responsibility table might include:
| Workstream | Evidence/result |
|---|---|
| Roof condition | Roofing findings and limitations |
| Mounting condition | Qualified solar/engineering assessment |
| Electrical condition | Diagnostic findings and safety disposition |
| Removal/reinstallation | Defined scope and responsible provider |
| Water intrusion | Documented investigation, not assumed cause |
| Closeout | Required checks and operating authorization |
For planned work, the roof-and-solar cost guide helps organize removal and roof responsibilities. A storm-specific price still needs a project quote; no generic repair range is offered here.
Keep inspection findings separate from insurance decisions
An inspector can document condition and recommend further work. The insurer evaluates coverage and the claim under the policy and facts. A contractor’s report does not guarantee payment, and a policy summary does not establish coverage for the exact equipment.
Georgia’s Office of Insurance home-insurance resource, checked September 30, 2026, explains that coverage depends on policy features and circumstances. Ask the insurer or agent how your solar equipment, ownership, roof work, deductibles, and exclusions are treated.
Notify the insurer through its established process where appropriate and ask what evidence and authorizations it needs. Keep the claim reference, contact details, submitted documents, and written responses together. Do not assume the solar installer will handle the entire claim.
Questions to ask include:
- Which policy or coverage section is being considered?
- What equipment and associated work are included in the review?
- What deductible or limit may apply?
- What documentation is needed before nonemergency repair?
- How should urgent protective work be documented?
- Does removal/reinstallation require separate approval?
The solar homeowners insurance guide provides a broader policy-question framework. Neither guide promises a settlement amount or provides individualized insurance or legal advice.
Check warranty responsibility without assuming storm coverage
Product warranties, installer commitments, roof warranties, and homeowners insurance are different obligations. Read the actual terms and contact the issuer. Do not assume a product’s weather-test rating means all storm damage is covered by its warranty.
Collect equipment identifiers from records, purchase dates, installation documentation, photographs, alerts, and the professional report. Ask the manufacturer or warranty administrator what evidence it requires and whether an authorized service provider must perform the assessment.
Keep the finding neutral until reviewed. If the technician identifies a suspected failed component, ask what supports the diagnosis and what remains unverified. A manufacturer’s decision may require information beyond the first inspection.
A warranty handoff sheet should identify:
- Component and issuer.
- Relevant coverage documents.
- Claim or service contact.
- Evidence requested.
- Assessment or repair authorization requirements.
- Labor and related work treatment under the terms.
- Outcome and remaining obligations.
See Sunburst’s warranties page for its general service information, then use the documents applicable to the actual installation. No current website warranty should be assumed to apply automatically to a third-party or earlier system.
Compare findings before accepting a replacement recommendation
A recommendation to replace an entire system needs a clear basis. Ask which components are damaged, which are untested, whether compatibility limits affect partial repair, and what alternatives were considered. A visual observation and a complete replacement scope are not the same conclusion.
The report should distinguish immediate hazards, verified defects, suspected issues requiring testing, maintenance observations, and inaccessible areas. That structure helps you prioritize the next action without overstating certainty.
Questions for the reviewer include:
- What was observed directly?
- Which tests or records support the diagnosis?
- What could not be assessed?
- Why is the proposed remedy appropriate?
- Are equipment compatibility or availability questions unresolved?
- What roof and utility consequences follow from the repair?
Do not ask the article to choose a specific product or approve substitution. Qualified design and manufacturer information are needed. A replacement inverter or module can affect controls, warranties, and the approved utility configuration.
The Georgia solar repair guide explains how to compare active service quotes. This page supplies the storm evidence and responsibility map that should precede that comparison.
Ask what is required before operation resumes
Restart is a safety and authorization decision for the responsible professionals. Do not assume that an app showing production means a damaged installation has been cleared. Do not operate switches or re-energize equipment on the basis of this article.
After repair or replacement, ask what inspections, commissioning checks, utility notification, or revised approval are required for the actual work. Requirements depend on scope, equipment changes, serving utility, and jurisdiction.
Request a written closeout packet with completed work, replaced equipment identifiers, remaining limitations, relevant test records, safety information, service contacts, and operating disposition. If permission from another party remains outstanding, record it as open.
Use a closeout checklist:
| Question | Evidence to request |
|---|---|
| Was the authorized repair completed? | Scope and completion record |
| Were replacement parts identified? | Equipment documentation |
| Is roof work closed out? | Responsible contractor’s record |
| Were required inspections addressed? | Applicable approval records |
| Is utility review needed? | Utility/provider response |
| Who authorizes normal operation? | Project-specific written disposition |
Keep monitoring follow-up separate from initial restart. The provider should explain what operating record to review and whom to call if symptoms return. This article does not set a universal observation period or guarantee the repair outcome.
Separate the inspection invoice from a repair commitment
Before a nonemergency visit, ask what the quoted fee buys. Does it cover travel, document review, the stated inspection, a written report, or a later discussion? What happens if safe access is unavailable? A fee should be attached to a defined deliverable rather than a vague promise to take a look.
An inspection recommendation is not necessarily authorization to perform every repair. Ask whether the provider will issue a separate scope and quotation, and whether you can receive the report without committing to that work. If a temporary measure is necessary, identify its purpose, limitations, and approval separately from permanent repair.
Do not assume an insurer or manufacturer will reimburse the visit. Ask the relevant organization what authorization is required before incurring a nonemergency cost. Keep the provider’s scope and invoice so the expense can be understood even if reimbursement is unavailable.
| Document | Decision it supports |
|---|---|
| Inspection scope | Whether the visit addresses the suspected problem |
| Condition report | What is known and what remains uncertain |
| Repair proposal | What permanent work is recommended and priced |
| Authorization record | Who agreed to that specific work |
| Completion record | What was actually done |
If several contractors are involved, prevent overlapping or missing charges by assigning roof access, equipment removal, testing, and reinstallation explicitly. Ask each provider which work is included and which other party must complete a dependency. This avoids comparing one complete scope with another price that excludes the necessary follow-up.
If a proposal remains uncertain because testing is incomplete, ask what additional investigation would resolve it. A staged decision can be sensible: authorize a defined diagnostic step first, then review the supported repair scope. It is better than treating the first visit as a blank approval for replacement equipment.
Prepare a useful inspection request
For a nonemergency request, provide the property address, serving utility, installation ownership, original installer, equipment information from records, event date, symptoms, and whether immediate hazards have already been reported. State the decision you need help with.
Avoid sending sensitive insurance, loan, or account records in a general form. Explain that documents are available and arrange an appropriate follow-up channel. Photographs should be obtained only from a safe location.
Request a storm-related solar assessment with Sunburst and ask whether the Georgia address, equipment, third-party system if applicable, and inspection scope can be supported. This guide does not promise emergency response, insurer negotiation, independent engineering, or takeover of every installation.
The residential solar service page is the broader project pathway. If roof work or replacement is needed, ask for that scope explicitly. The next useful result is confirmation of an appropriate professional pathway, not an unsupported assurance that every storm symptom can be fixed in one visit.
Build a future event record after the immediate issue is resolved
When the system is safely operating and the responsible professionals have completed the required work, store the updated equipment list, roof records, approvals, service report, and monitoring-access instructions together. Future reviewers should be able to identify what changed.
Ask the service provider which routine observations are appropriate for the homeowner and which require a visit. Keep the distinction clear. A monitoring app can help you notice a reported change, but it does not turn an owner into an electrical inspector.
If the event exposed an unresolved vulnerability, request a separately scoped recommendation. A corrective design, roof improvement, or backup plan deserves its own assessment and quotation. Do not add a battery because of an assumption that storage prevents all storm damage or makes every outage manageable.
Keep preventive measures and outage planning distinct from the claim or repair record. This article concerns post-event inspection. A resilience design needs its own load, site, utility, and equipment review, without invented local disaster frequencies or customer results.
Solar storm inspection FAQs
Should I climb up to check for cracked panels?
No. Keep to safe observation areas and request qualified access and inspection. A photograph is not worth creating a fall or electrical risk.
Does an offline app prove the storm damaged the inverter?
No. Communications and utility interruptions can affect reporting. Save the exact message and dates for professional review rather than assigning a cause.
Can panels look normal and still need assessment?
Visible appearance is only one input. Symptoms, records, event conditions, and the qualified provider’s judgment determine whether additional inspection is warranted.
Will homeowners insurance pay for everything?
No coverage promise is made. Ask the insurer to review the policy, equipment, ownership, event, deductibles, and actual scope.
Is a weather rating the same as a warranty?
No. Read the product’s actual warranty and claim procedure. A test rating does not automatically establish coverage for a particular event.
Can a roofer remove the panels during repairs?
Removal and reinstallation need an explicitly qualified, coordinated scope. Ask who manages electrical safety, equipment handling, roof work, inspections, and restart.
Can I restart once the app looks normal?
Do not use the app as safety clearance. Ask the responsible professionals what disposition and authorization are required after the suspected damage or repair.
Does Sunburst inspect every third-party system?
This article makes no blanket promise. Confirm the address, equipment, and requested scope before assuming support. Emergency hazards belong with emergency services and the utility.
Sources and methodology
Reviewed September 30, 2026. This guide is a safe documentation and professional-handoff framework. It gives no energized-equipment repair instructions, insurance determination, guaranteed repair price, or invented storm statistics.
- DOE PV system weather-vulnerability guide, accessed September 30, 2026; historical professional planning guidance developed for federal facilities.
- Georgia Power storm preparation and safety, accessed September 30, 2026; immediate hazards require the actual serving utility and emergency channels.
- Georgia OCI home insurance, accessed September 30, 2026; actual coverage and claims remain policy-specific.