
Take a Photo. AI Fills the Form
Your inspector takes a photo of any asset or defect. AI reads it and fills the inspection form automatically. No typing. No manual entry.
Use this solar thermal service checklist to work through panel surface cracks and soiling, mounting and clamp security, DC and AC wiring and connectors and inverter status and fault codes on energy & utilities sites so teams can confirm solar PV arrays generate safely with sound panels, wiring, and isolation, scoring each item and raising corrective actions with owners and due dates. Watch for cracked or hot-spot panels, loose mounting or clamps and degraded connectors and arcing. Records support OISD, PESO and ISO 45001.

Customize with your logo and company details.
Available on App
Run inspections on iOS and Android - no internet required. Capture photos, annotate defects, and generate reports in the field.
Run the Solar Thermal Service Checklist on the InspectWrk app instead of paper. Inspectors capture photo evidence, work offline, and assign corrective actions on the spot, and the report generates itself the moment the inspection is signed off.
Solar Thermal Service Checklist
Solar Thermal Service Checklist Dashboard
Prioritized actions to keep operations running smoothly today.
Total Revenue
$42,680
+12% compared to last month
Active Projects
128
+8 new this week
Open Requests
56
-15 resolved this week
Operational Target
You're on track to meet this month's operational goal.
Target Task
200 ↑
Complete Task
136 ↑
Pending Task
10 ↓
Monthly Performance
Recent Client Activity
Everything your field team does on paper, InspectWrk does automatically: faster, more accurate, and without the admin.

Your inspector takes a photo of any asset or defect. AI reads it and fills the inspection form automatically. No typing. No manual entry.

Inspectors speak their observations in any language. AI transcribes and fills the form in real time. Completely hands-free in the field.

The moment an inspection is submitted, a branded PDF, Excel, or CSV report generates automatically. No manual work. No waiting.

InspectWrk integrates with the tools your team already uses, including Zoho, Microsoft 365, and SAP. No double entry.

Your operations team sees completion rates, open issues, and compliance scores across all sites in real time. No chasing updates.
Manage every checklist in one connected workspace, capture evidence on mobile at the point of work, and let AI turn field inputs into clear, stakeholder-ready reports in minutes.


See which checklists your team has in progress across every site, jump into the same inspection with one tap, and keep field, supervisor, and back-office views in sync without sending screenshots on WhatsApp.


Every team reports differently. Build the report your operations, quality, or compliance leads actually want to read, share it as a branded PDF, and schedule delivery to the stakeholders who need it.


See completion, pass rate, and recurring findings across every checklist and every site, without pulling spreadsheets together at the end of the month.
Hand-picked templates for your specific industry needs.
It is scoped to the scheduled cadence and controls that HSE engineers, asset integrity engineers, maintenance planners, inspection engineers run, not a one-off handover walk. It prompts panel surface cracks and soiling, mounting and clamp security, DC and AC wiring and connectors and inverter status and fault codes, watching for cracked or hot-spot panels, loose mounting or clamps and degraded connectors and arcing, records pass, fail, or N/A with panel condition photo, inverter display photo and generation reading on critical items, and raises corrective actions with owners before sign-off. Run in InspectWrk, the record is timestamped and rolls into trend reports so repeat failures surface before the next audit.
They work through each checkpoint to confirm solar PV arrays generate safely with sound panels, wiring, and isolation, confirm the required controls are in place, and capture panel condition photo, inverter display photo and generation reading on anything that fails or needs proof. Priority failure modes include cracked or hot-spot panels, loose mounting or clamps and degraded connectors and arcing. Each checkpoint takes pass, fail, or N/A, and a failed item stays open until the fix is verified.
It expects panel condition photo, inverter display photo and generation reading, plus service tags on failed or critical items, so findings rest on proof rather than memory. Records support OISD, PESO and ISO 45001, and every photo, note, and sign-off stays attached to the inspection instead of living in chat threads.
It checks panel surface cracks and soiling, mounting and clamp security, DC and AC wiring and connectors and inverter status and fault codes across energy & utilities sites. The round exists to confirm solar PV arrays generate safely with sound panels, wiring, and isolation. It prioritises failure modes such as cracked or hot-spot panels, loose mounting or clamps and degraded connectors and arcing. HSE engineers record pass, fail, or N/A on each item, capture photo evidence on anything that needs proof, and assign corrective actions with owners and due dates. Evidence expectations include panel condition photo, inverter display photo and generation reading. A failed item stays open until the fix is verified, and it runs offline so a weak signal never costs a round. Run in InspectWrk, every finding is timestamped and exports as a single energy & utilities report aligned to OISD, PESO and ISO 45001.

A solar thermal service checklist is the structured inspection used to confirm solar PV arrays generate safely with sound panels, wiring, and isolation that energy & utilities teams use to check the key inspection points, assign owners to any failures, and close them with photo proof. Completed in InspectWrk, it is timestamped, works offline, and exports as an audit-ready energy & utilities report for OISD, PESO and ISO 45001.
A solar thermal service checklist is the structured inspection used to confirm solar PV arrays generate safely with sound panels, wiring, and isolation that energy & utilities teams use to check panel surface cracks and soiling, mounting and clamp security, DC and AC wiring and connectors and inverter status and fault codes, capture photo evidence, and track corrective actions to closure. Its job is to confirm solar PV arrays generate safely with sound panels, wiring, and isolation. This solar thermal service checklist helps technicians and facility teams assess and maintain solar hot water systems.
Solar and electrical maintenance teams still miss cracked or hot-spot panels, loose mounting or clamps and degraded connectors and arcing when rounds are ticked without panel condition photo, inverter display photo and generation reading.
Without service tags, teams reconstruct the evidence from phones instead of proving OISD, PESO and ISO 45001 readiness.
It helps HSE engineers and supervisors keep energy & utilities work consistent, safe, and auditable, with the evidence needed for OISD, PESO and ISO 45001:
A complete solar thermal service checklist works through panel surface cracks and soiling, mounting and clamp security, DC and AC wiring and connectors and inverter status and fault codes, then records inspection context, scored checkpoints, and evidence with corrective actions:
Record where and when the inspection runs:
Define what each checkpoint verifies and how results are scored:
Make every finding traceable and actionable:
Follow these steps to run the solar thermal service checklist:
See how this checklist fits into Energy & Utilities inspection software.
This checklist runs as a mobile inspection app that works fully offline on site, with AI-powered defect detection on every photo. To see it on your own workflows, talk to our team.