Xiruier solar panel cleaning robot can be used for both water washing and dry cleaning, and can adapt to the needs of different scenarios. Its advantages are mainly reflected in the following aspects:
- Adaptable to various environments: The dry cleaning mode is suitable for areas with scarce water resources or scenes where it is inconvenient to use water, such as winter ice, and relies on physical methods such as brushes and rags to remove floating dust, fallen leaves, etc.; the water washing mode can deal with stubborn stains such as oil and bird droppings, especially in dusty and polluted industrial areas or rainy but stubborn stains. More efficient.

- Improve cleaning efficiency and effect: The combination of the two modes can be flexibly switched according to the type of stains. When the pollution is mild, dry cleaning is used for quick treatment, saving water and time; when the pollution is severe, water washing is used for deep cleaning to ensure the cleanliness of the surface of the solar panel and guarantee the power generation efficiency.
- Reduce usage restrictions: It is not restricted by regional water resources conditions, and can play a cleaning role in both arid and humid areas, expanding the scope of application of the robot.
- Cost savings: Dry cleaning reduces water consumption and associated water treatment costs, while water washing reduces reliance on expensive detergents. The combination of the two helps reduce long-term cleaning costs.
Solar panel cleaning robots can be used in the following scenarios:
- Large-scale solar power stations: In large-scale solar power stations, there are many solar panels and they occupy a large area. Manual cleaning costs are high and the efficiency is low. Cleaning robots can realize automatic cleaning, can walk on solar panels according to the set program, quickly and effectively remove dust, stains, etc., to ensure that the solar panels maintain a high power generation efficiency.
- Distributed solar photovoltaic power generation systems: Solar photovoltaic power generation systems on roofs such as industrial plants, commercial buildings, and residential buildings usually have different areas. Cleaning robots are small in size and flexible in operation. They can adapt to solar panels of different shapes and layouts. They can perform cleaning work without affecting photovoltaic power generation, saving users cleaning costs and time.
- Solar power stations in deserts and remote areas: These areas have harsh environments, and manual cleaning is inconvenient and costly. Cleaning robots have a certain ability to adapt to the environment, can work stably under high temperature, dust and other conditions, can regularly clean and maintain solar panels, and ensure the normal operation of power stations.
- Floating solar power stations on water: The solar panels of this type of power station are installed on the water surface. Manual cleaning poses safety risks and is difficult. The solar panel cleaning robot can move on a water platform or directly on the solar panels to perform efficient cleaning, avoiding the risk of falling into the water and damage to the water environment that may be caused by manual cleaning.
Product Model |
XR-5688 |
Battery Life |
9 Hours |
Product Name |
Portable Solar Panel Cleaning Machine |
Controller |
Industrial PC (Self-developed) |
Dimensions |
13600X 1280X480 mm |
Control Mode |
remote control |
Weight |
38 kg |
Control Distance |
<300m |
Power |
lithium battery |
Design Lifetime |
8years |
Battery Capacity |
52 AH .24VX2 |
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DRY-BRUSH WORKING MODE |
Cleaning Width |
1200 mm |
Component Surface Coverage |
120% |
Cleaning Speed |
52 m/ min |
Span Distance |
600 mm |
Cleaning Efficiency |
1500-2000 Square meter per hour |
Night Operation |
Support |
Maximum longitudinal slope |
≤25 ° |
Visual System |
Optional device |
Maximum Lateral Slope |
≤25 ° |
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Array Cleaning Path Planning: The robot automatically detects the size and arrangement of arrays and components, optimizing the cleaning path for maximum efficiency and effectiveness.
Smart Anti-Slip and Anti-Fall Technology: Integrates structural design, sensors, and intelligent control to ensure stability on inclined surfaces, minimizing the risk of slippage during prolonged operation.
High Cleaning Efficiency: Features intelligent floating cleaning technology and an optimized brush design, achieving over 98% cleaning efficiency.
Lightweight and Panel-Safe: Optimized lightweight design keeps the net weight under 28 kg, verified by third-party tests to ensure no damage to panels during extended use.
Modular Design: The robot's body, cleaning head, battery, and water tank are modular, allowing for easy assembly, disassembly, transport, and maintenance.
Night Vision Function: Equipped with a night vision system, enabling effective operation at night and significantly improving work efficiency.

Guangxi Xiruier Intelligent Technology Co., Ltd. is a technology-based enterprise integrating the research and development, production and sales of photovoltaic cleaning equipment and cleaning robots. We combine mechanical design expertise with solar photovoltaic panel cleaning experience.
Xiruier has rich service experience and has provided cleaning equipment and implementation plans for domestic and foreign enterprises, institutions and industrial and commercial customers. We will respond to challenges in various markets by continuously improving and optimizing products and services.
Xiruier is willing to work with partners to become a leader in the new energy intelligent cleaning industry.

Our company uses high-quality export wooden boxes to ensure that customers' products are effectively protected during transportation. Effectively protect the goods and prevent damage during transportation.
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