Mobile Photo Documentation App
Capture inverter photos on-site with the mobile app and sync them directly to your report. This streamlines documentation.
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Verify inverter performance and detect faults with this inspection report template. Record visual and thermal inspection results, electrical performance data, and any defects. Generate a signed report with photo evidence.
Start with this template
Take photos of the object in the mobile app, complete the inspection report from the template, and download the finished photo report as Word or PDF.
Capture inverter photos on-site with the mobile app and sync them directly to your report. This streamlines documentation.
Mobile AppComplete the document from this template: sections, fields, photo documentation, and signatures.
Use the photo report generator to attach overview photos and close-ups of defects. Visual evidence supports your inspection findings.
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Review the structure, sections, and fields before proceeding to fill out the document.
No.PIIR-2026-009
The general information about the inspection, including the date, location, and inspection team, is provided below.
| Inspection date | 9/12/2026 | Address | Sunnyvale Solar Farm, Inverter Station 3 |
The inspection was carried out within the specified timeframe and no procedural violations were noted.
The inspected object is a solar power plant with a total capacity of 50 MW, located in the southern region. The plant consists of photovoltaic panels, inverters, and associated electrical infrastructure.
| Object type | Photovoltaic Inverter | Object name | INV-03-007 |
| Technical condition | not filled in |
The object identification data were verified against the registration documents and found to be consistent.
The main technical parameters of the solar power plant, including installed capacity, number of photovoltaic modules, and inverter specifications, were assessed based on design documentation and on-site measurements.
| Output Voltage | 480 | Efficiency | 97.2 |
| Communication Status | Normal |
The measured parameters are within the permissible tolerances specified in the design documentation.
List defects such as fan failure or capacitor failure.
| No. | Damage description | Photos |
|---|---|---|
| 1 | - | not filled in |
Provide overall condition assessment and recommendations.
| Identification was carried out | Inverter ID: INV-03-007 |
| There are remarks | Inverter operating within normal parameters. |
Record the technician performing the inspection.
| No. | Full name | Position / status | Comment |
|---|---|---|---|
| 1 | Carlos Mendez | Solar Technician | Inspector |
Capture the inspector's digital signature.
Report
A photovoltaic inverter inspection report documents the inspection of solar inverters to verify performance and detect faults. It includes visual and thermal inspection, electrical measurements, and defect recording.
This online template provides a structured format for inverter inspections. You can record visual condition, thermal anomalies, output voltage, efficiency, communication status, and defects. The report can be signed by the inspector.
The template includes inspection information, visual and thermal inspection, electrical performance, defects (repeatable), conclusions, and signatures.
Inverters should be inspected semi-annually to ensure they are operating efficiently. This report documents the inspection and any needed repairs.
When a solar system underperforms, inverter issues are a common cause. This report helps identify faults such as fan failure, capacitor failure, or communication errors.
If an inverter develops a defect within the warranty period, this inspection report provides documented evidence to support a claim with the manufacturer.
After installing a new inverter, an inspection report verifies that it is functioning correctly and meets performance specifications.
Visually inspect the inverter for any signs of damage, loose connections, or abnormal conditions. Record observations.
Clean any air filters and check all electrical connections for tightness and corrosion.
Use a thermal camera to scan the inverter for hot spots or abnormal temperature patterns. Record any anomalies.
Measure output voltage, efficiency, and communication status. Record any defects and compile the report. Add inspector signature.
Use the photo report generator to attach overview photos and close-ups of defects. Visual evidence supports your inspection findings.
Create Photo ReportCapture inverter photos on-site with the mobile app and sync them directly to your report. This streamlines documentation.
Mobile AppClick a section to jump to it in the sample document.
The general information about the inspection, including the date, location, and inspection team, is provided below.
The inspected object is a solar power plant with a total capacity of 50 MW, located in the southern region. The plant consists of photovoltaic panels, inverters, and associated electrical infrastructure.
The main technical parameters of the solar power plant, including installed capacity, number of photovoltaic modules, and inverter specifications, were assessed based on design documentation and on-site measurements.
List defects such as fan failure or capacitor failure.
Provide overall condition assessment and recommendations.
Record the technician performing the inspection.
Capture the inspector's digital signature.
It is a document that records the inspection of a solar inverter to verify performance and detect faults. It includes visual, thermal, and electrical checks.
Common defects include fan failure, capacitor failure, and communication errors. The template includes fields to record these and other defects.
Inverters should be inspected semi-annually as part of preventive maintenance. More frequent inspections may be needed if performance issues arise.
Yes, the template includes photo requirements for inverter overview and defect close-ups. You can upload images as evidence.
A qualified solar technician or inspector typically performs the inspection. The inspector's name and signature are recorded in the report.
Click 'Use this template' to open it in the online editor. Fill in the inspection details, record findings, and generate your photovoltaic inverter inspection report.
Enter inspection details and generate a ready-to-download document.