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A hanging type solar panel cleaning robot, crafted for intelligent and efficient cleaning maintenance of C&I scale solar plants with mild installation angles below 15°. This automated equipment delivers stable and consistent cleaning performance by dry cleaning method, sweeping long-spanning solar arrays in one pass. Onboard solar panels support self-charging for the built-in battery, independent of external power sources.
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An automatic portable solar panel cleaning robot specially engineered for medium-to-large-sized C&I solar power plants, featuring modular design for quick and convenient disassembly & reassembly. Cleaning efficiency is upgraded to 1100 sqm per day with larger brush size, supporting both waterless and water-fed cleaning modes. If you are a professional solar station cleaning contractor, looking for an efficient helper to suit operational needs of frequent fieldwork relocation, this model right here speaks for itself.
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A special auxiliary trolley, customized to work together with hanging type solar panel cleaning robots. With this row transfer vehicle, a single robot is capable of cleaning more solar areas, instead of being assigned to a specific array. An ideal choice for saving initial investment on multiple solar cleaning robots.
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A remote-control solar panel cleaning robot, engineered primarily for providing cost effective cleaning services to C&I sized distributed photovoltaic plants, featuring maximum 30° climbing capacity. Cleaning coverage area ranges from 1800 to 3000 sqm per day by the adoption of a robust battery which offers around 7 hours of runtime. It’s indeed an energy efficiency booster for green power generation facing serious soiling loss.
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A solar panel cleaning robot, exclusively designed for semi-automatic cleaning maintenance for commercial scale photovoltaic stations, featuring a lightweight chassis and modular design. With an industry-leading cleaning coverage up to 600 sqm/day, powered by a large capacity battery supporting 4 hours of continuous operation. It’s a cost-effective soiling removal solution, compatible with both water-based and waterless cleaning modes.
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A new generation of automatic solar panel cleaning robot, representing the latest industry technologies in automated solar station deep cleaning applications, is particularly made for high-frequency cleaning cycles targeting at the removal of heavy soiling built up on expansive solar surfaces. This equipment is characterized by the anhydrous brushing method, achieving high cleaning capacity up to 800 sqm per day. To enable complete unattended operation, the system creatively adopts adaptive wireless charging, hassle-free from manual battery swapping, becoming the optimal proposal for solar asset managing companies and O&M contractors, who are seeking simplified robotic solar array cleaning workflows.