STEP 01
Cycle scheduled
Earth360 raises the cycle from soiling trend or schedule, with the SOP attached.
Operations
Solar O&MEnd-to-end operations and maintenance. CleaningRobotic, mechanised and manual. AMCPlanned annual maintenance.Assurance
Plant health check60-second screening. Structural auditsMounting, earthing and cabling. Enterprise maintenanceMulti-site, multi-city programmes. Where we workSix cities, each with its own conditions.
A-Bot · Robotics
Built for scalable solar operations — defined cleaning cycles, run without a crew on the array.
01 — What it does
A-Bot traverses the array under its own power, running a counter-rotating brush pass across the module surface with controlled water delivery.
The point is not that a machine can clean a panel. The point is repeatability: the same pressure, the same coverage, the same water volume, on every row, every cycle — and a record of it afterwards in Earth360.
02 — How it works
STEP 01
Earth360 raises the cycle from soiling trend or schedule, with the SOP attached.
STEP 02
A-Bot runs the row under controlled brush pressure and metered water delivery.
STEP 03
Cycle data and QC evidence close the work order against the asset record.
03 — Why it exists
Operational figures are OneEarth's stated results and vary with array type, soiling, access and site conditions.
04 — Specification
We publish only what we can stand behind. Dimensional and performance specifications are issued for the exact unit configuration proposed for your site, as part of the assessment — rather than as generic figures here.
Next step
A 60-second screening, or a conversation with an engineer. Whichever suits you.