Many people have heard of photovoltaic cleaning robots, but they don't know much about solar cells. There are many types of photovoltaic cleaning robots, which can be classified according to their functions. The photovoltaic cleaning robot has strong dust removal and cleaning capabilities. Therefore, photovoltaic panel cleaning robots are favored by people.
Photovoltaic cleaning robot mainly includes self-sufficient power supply system, walking system and control communication management system. It has its own solar power generation, charging and storage equipment, which can be powered by itself, without external power supply, and can be started and stopped at any time. Photoelectric component cleaning PV cleaning robot walking system adopts rotating cleaning mechanism and driving motor. No cleaning medium is required, and the photovoltaic cleaning robot can move laterally to achieve waterless cleaning.
The photovoltaic cleaning robot has an automatic cleaning control mode and a manual cleaning control mode. Remote control enables manual mode. It can be adapted to roofs, greenhouses, plains, hills, deserts, lakes and other areas and terrains. The IP56 comprehensive protection level is IP56, and it works around the clock; during operation, the cleaning PV robot can automatically stabilize the running speed, and can automatically adjust the motor power (lower than the motor power) according to the set running speed, so that the photovoltaic panel cleaning robot has a constant speed Scan to improve cleaning quality.
The soft spiral brush made of polymer material will not damage the toughened glass on the surface of photovoltaic modules. According to different regions and seasons, the cleaning time and time can be set. The photoelectric cleaning robot has the function of detecting jam. If found to be inoperable due to external or internal reasons.
The photovoltaic cleaning robot provides an alarm indication, independently selects the working direction according to the power, and prevents damage to the middle card of the battery panel. The structure of the machine is simple and reliable, the operation is stable, and the overall quality is guaranteed within one year. The components of the device are standardized, modularized, easy to transport, easy to install and debug. Equipped with an infrared temperature measuring device, it can detect the temperature of the PV silicon wafer and analyze the power generation capacity of the single board.
