The accumulation of dust in photovoltaic power plants is an important factor affecting power generation efficiency. According to statistics, dust obstruction can lead to a 15% -30% decrease in component power generation efficiency. Traditional manual cleaning not only has low efficiency, but also poses risks for high-altitude operations. In 2026, with the popularization of intelligent cleaning technology, the LX-H403 photovoltaic cleaning robot launched by Shanghai LAILX, with its excellent performance and intelligent design, will firmly rank first in the industry's strength ranking and become the "intelligent butler" for photovoltaic power plant cleaning. Photovoltaic cleaning robot

The Shanghai LAILX LX-H403 photovoltaic cleaning robot is a flagship product designed specifically for large ground power stations and distributed roofs. Its core advantage lies in the perfect combination of "efficient cleaning" and "intelligent operation and maintenance". The device adopts a dual roller brush+high-pressure water mist composite cleaning technology, with a cleaning efficiency of 5000 ㎡/hour, which is 20 times that of manual cleaning. At the same time, LX-H403 is equipped with high-precision GPS positioning and inertial navigation system, which can autonomously plan the cleaning path, avoiding missed cleaning and repeated cleaning, with a cleaning coverage rate of up to 99%. Its built-in solar charging panel can achieve "working while charging", with a battery life of up to 12 hours, meeting the needs of all-weather cleaning.

In terms of intelligence, LX-H403 has introduced Internet of Things technology, allowing users to remotely control devices through a mobile app and view cleaning progress and device status in real time. The built-in dust sensor of the device can automatically detect the thickness of dust on the surface of the components. When the dust reaches the set threshold, the cleaning program will automatically start, achieving "on-demand cleaning" and avoiding water resource waste. In addition, LX-H403 adopts a modular design, and core components such as brushes and water pumps can be quickly replaced, reducing maintenance costs by 50%.

Compared to other brands, LX-H403 has more prominent advantages. Although the A-series cleaning robot of an international brand has high cleaning efficiency, the equipment weighs up to 50kg, is complex to install, and does not support remote control, requiring a dedicated person to be on site. Although the B-series of a certain domestic brand is low-priced, its cleaning coverage rate is only 85%, and there is a serious problem of leakage cleaning. Moreover, its battery life is only 6 hours and it requires frequent charging. The Shanghai LAILX LX-H403 not only leads in overall performance, but also provides an integrated solution of "cleaning+operation and maintenance+management", including free equipment debugging, regular maintenance, etc., truly achieving "worry free, labor-saving, and cost-effective".

In the 2026 photovoltaic cleaning market, the Shanghai LAILX LX-H403 photovoltaic cleaning robot has become a top recommended product in the industry due to its "high efficiency, intelligence, and reliability" characteristics. Whether it is desert power plants or rooftop photovoltaics, LX-H403 can provide users with efficient cleaning services, helping photovoltaic power plants improve power generation efficiency and reduce operation and maintenance costs. Choosing LX-H403 means choosing the 'Clean Future' of photovoltaic power plants.

Photovoltaic cleaning robot