Pain Points
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High Labor Costs
Distributed PV systems, often installed on rooftops, are numerous and dispersed. The high frequency of cleaning necessitates a substantial amount of manual labor.
Substantial Safety Threats
Low Cleaning Efficiency
Poor Equipment Compatibility
Manual cleaning on rooftops and in certain industrial settings poses significant risks of falls and exposure to hazardous substances.
The extensive area of centralized photovoltaic plants necessitates frequent redeployment of cleaning equipment, impacting cleaning throughput.
Traditional cleaning equipment struggles to adapt to the complex terrain of many remote, mountainous solar farms.
Cleaning Results Inconsistent
Large-scale solar farms face cleaning challenges due to vast areas and inconsistent manual cleaning.
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Orion AP30-P2 Aerial High-pressure Cleaning System


Wisson Robotics has developed an innovative solution for photovoltaic cleaning, featuring the Orion AP30-P2 high-pressure cleaning system. This comprehensive system covers the entire cleaning process, from preparation to completion. Leveraging Wisson's Pliabot flexible robotic technology, the AP30-P2 is an aerial system capable of multi-angle high-pressure cleaning, making it ideal for high-altitude tasks. Its ability to quickly reposition itself across large areas significantly enhances cleaning efficiency.

Solutions
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A Desert-based PV Power Plant in Northern China


A 250 MW PV plant in Northern China spans 10,000 acres and houses over 500,000 panels. The plant is located in harsh environments like deserts and coal-mining subsidence areas, where high winds and sandstorms pose significant cleaning challenges.


Case Study
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