Project profile · Autonomous

Rajasthan · 50 MW

Utility-scale ground-mount park in an arid belt. Fully Automatic robots run scheduled dry-clean cycles so soiling does not sit on the tables between manual campaigns.

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Location: Rajasthan
Project scale: 50 MW
System: Fully Automatic
Operating model: Scheduled cleaning windows

The site brief

A cleaning workflow engineered around the array.

Utility-scale ground-mount park in an arid belt. Fully Automatic robots run scheduled dry-clean cycles so soiling does not sit on the tables between manual campaigns.

01 / Challenge

What the O&M team needed to solve

Dust accumulates quickly. Manual mopping could not keep a 50 MW park on a reliable cadence without high water and labour cost.

02 / Response

How the cleaning model was configured

A Fully Automatic fleet sized to table length, with overnight windows and field support for exceptions.

Deployment scope

From survey to repeatable clean cycles

01
Survey array geometry, access, and operating constraints
02
Configure the cleaning system for the approved project pack
03
Commission the workflow and hand over operating checks

Delivery model

Site engineering

Map table geometry, access, operating constraints, and the cleaning cadence before equipment is committed.

Commissioning

Configure the robot workflow, validate safe passes, and document the approved operating sequence with the site team.

O&M handover

Train operators, define routine checks, and establish escalation and field-service support for exceptions.

Operating outcomes

What changes for the site team

Scheduled dry-clean instead of campaign mopping
Lower crew time per MW cleaned
Waterless default in a water-constrained region