1. Design structure: The robot adopts the international advanced cleaning robot design concept, the body is light and sturdy, the structure is compact, and the modular combination installation method is adopted, which is very convenient to move and install.
2. Applicable scenarios: It has a wide range of applications, and can be applied to different photovoltaic power stations to clean different photovoltaic arrays.
3. Track design: The robot adopts a special anti-skid track, which can increase the contact area with the photovoltaic panel. When cleaning with water, the panel surface will not be damaged, and there will be no slippage. It is safe and reliable to use.
4. Cleaning efficiency: The robot runs fast, and the front and rear ends of the robot are equipped with high-efficiency cleaning devices, which can achieve five-fold cleaning effects in one walk, with high cleaning efficiency and good effect.
5. Control method: The robot is controlled by long-distance wireless remote control, which is more flexible to use.