1.Border contamination leads to component hot spots causing local high temperatures, reducing the service life of the components.

2.Dust accumulation leads to dust and scale, seriously affecting the surface reflectivity of the battery. Border pollutants reduce the reflectivity of the module surface, reduce the available solar energy, and affect the power generation performance of solar cells.

3.The cost of manual cleaning is high, the effectiveness is poor, it is unsafe, and repeated pollution is severe, making it difficult to achieve a permanent solution.

Kwunphi's cleaning robot adopts advanced technology to effectively solve the problem of border pollution:

1.High precision positioning technology:

By utilizing millimeter level precision semantic visual positioning technology, Kwunphi can accurately locate the border position of solar modules. This ensures that the robot can accurately travel to the border, reduce errors, and effectively solve the border areas that are difficult to cover in traditional cleaning methods.

2.Real time correction technology:

Using millisecond level real-time correction technology, the robot can quickly make adjustments during movement to adapt to complex situations such as wet, slippery, tilted, and protruding objects on the surface of solar modules. This helps to avoid problems such as slipping and tripping, ensuring that the robot travels steadily on a straight path.

3.Precision flushing technology:

Kwunphi is equipped with precise flushing technology, which can maintain the nozzle position at the optimal position above the accumulated dust on the frame. This ensures that the clean water flow directly acts on the border area, efficiently cleaning pollutants, preventing the formation of dust and scale, thereby maintaining the surface reflectivity and power generation performance of solar cells.

4.Efficient cleaning and low cost:

Low cost: the robot cleaning process is efficient and relatively low-cost. Compared with traditional manual cleaning methods, robots can quickly and safely cover the entire surface of solar modules, reducing cleaning cycles and costs, while improving cleaning effectiveness.