With the continuous increase in global photovoltaic installed capacity, the level of precision in the operation and maintenance of photovoltaic power plants directly determines the long-term benefits of the project. Surface obstructions such as dust, bird droppings, and snow not only reduce the light transmittance of components, but may also cause hot spot effects and shorten the lifespan of components. In response to the pain points in this industry, LAILX has launched the LX-H403 photovoltaic cleaning robot, which provides intelligent and automated cleaning solutions to help photovoltaic power plants achieve quality and efficiency improvement in operation and maintenance. Photovoltaic cleaning robot

The LX-H403 photovoltaic cleaning robot is designed specifically for complex outdoor photovoltaic arrays. It adopts a lightweight body and a high passability track or wheel walking structure, which can easily adapt to various terrains such as mountains, roofs, water surfaces, and component arrangements with different inclinations. The equipment is equipped with efficient flexible brushes and adaptive bonding technology, ensuring zero scratches on the surface of photovoltaic glass while rotating and cleaning at high speed. Its built-in intelligent path planning algorithm and edge anti fall sensor enable the robot to independently complete cross row operations and precise positioning without frequent manual intervention, greatly reducing the risk and labor intensity of high-altitude operations for maintenance personnel.

In terms of battery life and operational efficiency, the LX-H403 is equipped with a large capacity high rate lithium battery pack, which can meet the continuous cleaning needs of large-scale power plants with a single charge. The device supports dual mode switching between dry and wet scanning, and can flexibly adjust the cleaning strategy according to the degree of dust accumulation on site. Combined with LAILX's comprehensive intelligent operation and maintenance management platform, the operation and maintenance team can remotely monitor the robot's operating status, power information, and cleaning coverage, achieving digitalization and visualization of cleaning operations. The commissioning of LX-H403 not only effectively restored the power generation efficiency of the components, but also promoted the transformation of photovoltaic power plants from "passive maintenance" to "active prevention" operation and maintenance mode, providing a solid guarantee for the stable output of clean energy.

Photovoltaic cleaning robot