Weituo Intelligent Equipment

Photovoltaic cleaning robot

Our range of photovoltaic cleaning equipment includes portable, handheld single-head mop solar panel cleaners; portable, handheld double-head mop solar panel cleaners; handheld roller brush solar panel cleaners; tracked solar panel cleaning robots; fully automatic rail-mounted solar panel cleaning robots; solar panel cleaning vehicles and related ancillary equipment. Customers with solar panel cleaning requirements are welcome to contact us at any time for product selection advice and quotations. For large-scale power stations, we can provide prototype units for trial use.

A perfect blend of industrial aesthetics and practical functionality

Concealed water circuit system Optimised body structure design

Distributed PV cleaning equipment

We provide our clients with comprehensive photovoltaic cleaning solutions, ranging from design and consultancy through to product supply and engineering implementation.

We offer a range of solar panel cleaning solutions:

Cleaning equipment for large-scale solar power stations Cleaning machines for distributed solar power systems Solutions for cleaning external walls at height

We promise:

We treat every customer with sincerity, listen carefully to their feedback, do our utmost to meet their needs, and help them overcome challenges.

Quality Assurance

The corporate ethos of Weituo Equipment is one of constant pursuit of excellence. Our ‘Quality Control Policy’ ensures that our products not only meet standards, but also exceed your expectations.

Number of customers

2025-2026

New cases worldwide
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Commercial Solar Power Case Studies
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On-site applications

On-site Applications of Photovoltaic Cleaning Equipment
Smart Solar Panel Cleaning Robot

Remote-controlled tracked solar panel cleaning robot with dual brush heads

This solution utilises autonomous intelligent cleaning and maintenance robots to automatically remove dust and stains from solar panels and carry out condition inspections, eliminating the need for manual work at height and significantly reducing labour costs and water and electricity consumption in power station operations and maintenance; By enhancing the light transmittance of photovoltaic modules and stabilising power generation efficiency, this intelligent, low-carbon O&M model supports the long-term green development of the photovoltaic industry and paves the way for a sustainable energy future.