Fully automatic solar photovoltaic panel assembly cleaning robot machine

Three parts: cleaning robot body, high-pressure water pump assembly and remote control.

> Main body: The main body of the cleaning robot is the main part to complete the cleaning task, mainly composed of crawler chassis, roller brush cleaning device and control system and other main components. Under the control of the remote control, the robot can move forward, backward, turn left, turn right, etc., so that the photovoltaic panels can walk in any direction, and there is no dead angle cleaning operation in all aspects.

> High-pressure water pump components: In order to ensure the stable demand of the cleaning robot, we use high-pressure water pump components, and the pipeline can be extended by 50-100 meters.

> Remote control: remote control robot cleaning, and adjust the direction, speed, brush roller rotation, edge detection switch, check the current voltage, etc. through the remote control;

> Other expansion equipment: It can be equipped with first-view image transmission system, lighting system, etc., which is convenient for customers to observe and clean photovoltaic panels from the first view on the ground, and can assist robots to clean at night. And according to the specific requirements of customers, it can be equipped with water pipes of different lengths, customized water and electricity supply systems and other required supporting transfer vehicles and other equipment.

An ultrasonic sensor is set in front of the robot, and it automatically backs up when it moves to the edge

Photovoltaic panels to prevent the robot from falling.

Robotic front roller brush and fan-shaped nozzles enable large coverage area and high dosage

Water spray and adjustable; the horizontal speed can reach 20-40 m/min, and the cleaning efficiency can reach 1000-3000 m2/h according to different robot models. Efficiency up to 5- 10 times manual...

Single-chip microcomputer control, integrated 2.4G long-distance wireless remote control; integrated voltage return, current real-time detection and other functions, can monitor

Power supply status, real-time feedback of operation failure; integrated GPRS data transmission, remote data transmission control, can monitor the working status and position of the robot...

Using lithium-ion batteries, the use time of a single battery can be as long as 5 hours, while reducing the resistance of the cable, greatly improving the cleaning efficiency...

The exclusive patented non-slip track design allows the robot to work at an angle of <1°. 25° photovoltaic panels on any walking surface...

Robots on panels When transferring between two different sets of photovoltaic panels, they can easily span...