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| Automation: | Automatic |
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Photovoltaic solar panel cleaning robot is a robot system specially designed to automatically clean the surface of solar photovoltaic panels.
In the process of using the photovoltaic power station project, in order to ensure the normal power generation efficiency, it is necessary to clean the photovoltaic panel in time. Combined with the actual needs of photovoltaic power station operation and maintenance, our company independently developed the handling photovoltaic cleaning robot, which solved the current problems of low efficiency and high labor cost of most photovoltaic power stations.
| Product Model | ZTG-3000 |
| Product Name | Remote control crawler photovoltaic cleaning robot |
| Standard Width | 400 mm |
| Standard Height | 215 mm |
| Length | customizable |
| Weight | / |
| Power Mode | Lithium batteries,rechargeable photovoltaic panels |
| 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 |
| Brush Hardness | SHORE-A30 |
| Controller | Industrial PC (self-developed) |
| Network Access | 4G |
| Design Lifetime | 6 years |
| Dry-brush Working Mode | |
| 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 |
1. Autonomous navigation: With autonomous navigation capabilities, it can intelligently plan the cleaning path to ensure that the surface of the entire photovoltaic system is covered.
2. Sensor technology: A variety of sensors, such as vision sensors, infrared sensors and ultrasonic sensors, are integrated to detect dirt and obstacles, ensuring that the robot can intelligently avoid obstacles and accurately perform cleaning tasks.
3. Cleaning device: Equipped with an efficient cleaning device, which may be a brush, water spray system or other mechanical cleaning device. The cleaning mechanism needs to be gentle enough to avoid damage to the surface of the photovoltaic panel.
4. Intelligent control system: With intelligent control system, it can be adjusted according to the lighting conditions, cleaning frequency and real-time status of the photovoltaic system to achieve better cleaning effect.
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