Product Description
Renewable Solar Panel Cleaning Machine is an intelligent stationary cleaning robot, primarily designed for the component cleaning of large and medium-sized photovoltaic power stations. It can be installed dry on the photovoltaic modules to perform automatic cleaning. The robot features both automatic and manual control modes, with the manual mode supporting remote control. It utilizes a waterless cleaning technology that relies on the high-speed rotation of brush rolls to complete the cleaning, making it suitable for most types of pollutants.
Professional Solutions
A high-tech enterprise founded by senior management teams of well-known robot enterprises. The goal is to provide feasible dry cleaning brush solutions for solar panels in remote areas and deserts, solving efficiency reduction caused by pollution.
Frequently Asked Questions
Will the robot hit walls or obstacles during operation?
Under normal circumstances, this will not happen. Manual operations are controlled by trained users, and the fully automatic system is controlled by induction sensors to prevent collisions.
Can the equipment work on rainy days?
Fully automatic equipment can operate on rainy days. However, human-operated cleaning is not recommended during rain to ensure operator safety from lightning and slippery conditions.
Why use crawler tracks for the robot?
The crawler tracks provide high cleaning friction and superior stability, ensuring a better cleaning effect even on tilted panels.
What are the main advantages over competitors?
Our equipment is defined by three core values: high efficiency, extreme durability, and reliability in harsh environments.
How can we tell if the panels need cleaning?
Large areas of debris or dirt can be monitored via your photovoltaic power generation system; a drop in power output typically indicates the need for cleaning.
What is the technical advantage of your dry cleaning?
Our robot supports high-speed dry cleaning with the highest efficiency and cleanliness standards in the industry, making it ideal for water-scarce regions.