Description of the photovoltaic cleaning robot
Solar Panel Cleaning Machine is an intelligent stationary cleaning robot, primarily designed for the component cleaning of large and medium-sized photovoltaic power stations. It can be installed dry on the photovoltaic modules to perform automatic cleaning. The robot features both automatic and manual control modes, with the manual mode supporting remote control. It utilizes a waterless cleaning technology that relies on the high-speed rotation of brush rolls to complete the cleaning, making it suitable for most types of pollutants. The robot can operate independently or work collaboratively through a 4G network. Managers can remotely command and control multiple robots via software, while the robot's operational status and fault conditions can also be transmitted back to managers through wireless networks, facilitating remote management and control.
Parameters of the photovoltaic cleaning robot
| Product Model | ZTG-3310 |
| Product Name | Remote control crawler photovoltaic cleaning robot |
| Standard Width | 400 mm |
| Standard Height | 215 mm |
| Length | customizable |
| Rechargeable photovoltaic panel power | 50W/24V |
| Battery Power | 24V/10A |
| Time Required to Fill the Battery | 4-5 hours |
| Design Lifetime | 3-5 years |
| Motor Power | 90 W |
| Controller | Industrial PC (self-developed) |
| Design Lifetime | 6 years |
| Cleaning Speed | 14m/min |
| Maximum one-way Distance | 600 m |
| Working Temperature | -20 ~ 80ºC |
| Boot Mode | Automatically start on time |
| Ccontrol Mode | Automatic, manual, remote control |
| Control Platform | Remote service platform + mobile APP |
| Night Work | Support |
If you want to learn more details about this machine, please contact :
Email: Jenny@ztmineequipment.com
Whatsapp:+8613201801998
Main Features of Solar Panel Cleaning Machine
1. High cleaning efficiency
2. High degree of intelligence
3. Comes with solar power generation, charging and storage devices, self-powered without external power supply, works around the clock
4. Strong adaptability, suitable for a variety of areas and terrains
5. Automatic/manual control modes, manual mode can be controlled remotely
6. Automatic cleaning time and frequency can be set independently according to region or season
7. Automatic speed stabilization, the forward speed of the equipment matches the speed of the brush motor to improve cleaning quality
8. Waterproof , dustproof and fogproof levels
9. Equipment components are standardized, easy to transport, install and debug, and parts are easy to replace
The desert photovoltaic environment is harsh, with large temperature differences between day and night, strong sandstorms, and photovoltaic panels that are prone to dirt and frequent cleaning, making manual cleaning difficult. This machine can be remotely controlled for automated cleaning, greatly saving manual cleaning costs. It is set to clean regularly every day, greatly improving power generation efficiency by at least 20%.
The machine has our independently developed intelligent anti fall function, which can adapt to various angles of photovoltaic panels (15 ° -30 °).
Machines can be dry cleaned or washed. Windproof, waterproof, and dustproof, with solar panels installed on the back for self charging, achieving unmanned operation and ensuring efficient work.
Comparison between robot cleaning and manual cleaning
| Method | cleaning sitation | Cleaning efficiency | Impact on components | Safety |
| Cleaning robots | According to the layout of the photovoltaic array in the power station, the robot can be equipped with different module devices to achieve the maximum cleaning efficiency | All-round coverage without blind spots, with high cleaning quality, fast speed and high efficiency, which is 8 to 10 times that of manual cleaning. | Impact on components The anti-slip, anti-collision and lightweight design has no impact on photovoltaic modules and will not cause problems such as hidden cracks that affect the power generation capacity of photovoltaic panels |
Multiple protections operate intelligently, requiring over 60% fewer personnel than manual cleaning, which is convenient for management |
| Manual operation | Using tools such as long-rod brushes, the cleaning tools are simple and rough, and inconvenient to use. If the photovoltaic modules are laid at a high height, it is impossible for people to climb up | The cleaning quality is poor, the speed is slow, and the efficiency is low. Affected by human factors, the cleaning area is prone to be overlooked | The cleaning process is prone to knocking on the surface of the components, causing local hidden cracks, damaging the surface coating, and affecting the long-term service life of the photovoltaic panels | It is in a dangerous power generation area, requires a large number of personnel, and has high labor and management costs |
The application of photovoltaic cleaning robots
Our cleaning robot is suitable for various photovoltaic installations, including:
Rooftop, ground, desert, and floating solar systems.
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