Maintenance that lives with the asset.

The problem

The CMMS knows about the work order. The cleaning contractor's app has the geotagged proof. The thermography survey is a PDF that lives in Dropbox. The OEM service report is in someone's inbox. Reconstructing what actually happened to an inverter over a year takes hours, and the data needed to plan the next campaign is scattered across four systems.

How SolarTwin solves it

• Work orders on the twin — every ticket lives on the inverter (or string) it concerns, with the SCADA context that triggered it.
• Reusable inspection templates — combiner box thermography, connector torque, IV-curve test, ground continuity, fence integrity. Build once, run forever.
• Cleaning campaigns — schedule, dispatch, track per row or block, measure the soiling-rate impact afterwards.
• Drone & UAV thermography integration — image sets attach to the string twin, with defect tagging that feeds the inspection schedule.
• Mobile capture — crews record findings on phone or tablet, photos and timestamps attach to the work order automatically.
• From alarm to job in one click — a fired alarm turns into a dispatched ticket; the closing report attaches to the alarm and the asset.

How it works

1. An alarm, schedule, or operator action opens a work order against the relevant twin.
2. The work order is dispatched with the asset's full context — model, location, recent telemetry, prior work.
3. The crew completes the checks on mobile. Photos, notes, and findings stream back in real time.
4. The closing report attaches to the asset; the component lifetime ticks; the next scheduled inspection is rebased.

What you can do with it

• Plan a cleaning campaign by querying live soiling-rate data, not last quarter's spreadsheet.
• Show the OEM, the regulator, or the auditor a complete, time-stamped history of every intervention on a plant.
• Catch the slow-to-emerge connector burnout across a fleet by querying tagged thermography imagery.