Solar Farm Cleaning Services

From a few hundred kW ground-mount projects to multi-megawatt utility arrays covering hundreds of acres. We scale crew size and equipment deployment to match your MW capacity and cleaning window.

Yes. We deploy semi-autonomous robotic cleaners for utility-scale arrays where row geometry allows it. Manual crews handle array edges, soiling hot spots, complex geometries, and tracker-equipped rows. The blend of robotic and manual cleaning maximizes throughput without cutting corners.

It depends on total acreage, soiling level, array density, and crew size. We plan multi-day programs with clear daily schedules so your O and M team can coordinate access and monitoring. A 5 MW fixed-tilt site typically runs 2 to 4 crew-days.

We integrate with your string-level or inverter-level monitoring to capture production baselines before cleaning and document recovered output after. The performance recovery report is formatted for your O and M records, PPA compliance reporting, or investor review.

Yes. Most of our solar farm clients are on quarterly or biannual cleaning programs. Recurring contracts include consolidated scheduling, multi-season planning, vegetation management, and documented performance trending across all cleans.

Vegetation management is the mowing, herbicide application, and perimeter maintenance that keeps growth from shading panels and creating fire risk beneath ground-mount arrays. Most solar farm leases and interconnection agreements require vegetation control. We coordinate cleaning and vegetation management together to reduce mobilization costs.

Utility-scale and large ground-mount cleaning is typically priced per watt or per acre depending on site configuration. Send us your site address, total installed kW, row layout, and soiling environment and we will return a detailed scope and pricing within one business day.

Yes. We work with operations-and-maintenance firms, asset management companies, and EPC contractors managing solar farms on behalf of tax equity investors or utilities. We can operate under your reporting templates and coordinate with your CMMS scheduling system.

Dust and agricultural particulates are the dominant soiling sources for most rural and agricultural-zone solar farms. Sites near highways, gravel roads, feedlots, or in arid western climates often see the highest soiling rates. Wind-driven sand abrasion and bird activity add to soiling on sites without adequate fencing or habitat buffers.

Contact us through this page or the main contact-us page with your site name, GPS coordinates or address, system size, and cleaning history if available. We will schedule a site assessment and return a cleaning proposal with production-loss estimates within two business days.