Clean Type:High Pressure Cleaning
Cleaning Process:Cold Water Cleaning
Control:PLC
Customized:Customized
Fuel:Electric
Principle:Electronic Cleaning
Remote Control:With Remote Control
Style:Fixed Style
Crossing Ability:50cm
Brush Size:1-10m
Application:Large Power Station/Roof Plant
Transport Package:Wooden Case
HS Code:84795090
This renewable 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. Our 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 robots' operational status and fault conditions can also be transmitted back to managers through wireless networks, facilitating remote management and control.
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Frequently Asked Questions
1. Will the robot hit walls or obstacles during operation?
Under normal circumstances, this will not happen. Manual operations are human-controlled, requiring basic training. Fully automatic systems are controlled by induction sensors to prevent any collisions.
2. Can it work on rainy days after rooftop installation?
Fully automatic equipment can operate on rainy days. However, human-operated equipment should not be used during rain to ensure personnel safety and prevent risks such as lightning.
3. Why use crawler tracks for these robots?
Crawler tracks are utilized because they provide high cleaning friction and superior stability, leading to a more effective cleaning result compared to other methods.
4. What are the key advantages of this equipment compared to others?
Our equipment is designed to be highly efficient, durable, and reliable, ensuring long-term performance and high ROI for photovoltaic stations.
5. Can debris like leaves be detected by power generation monitoring?
Large areas of debris can usually be identified by monitoring systems due to a drop in power generation. However, small debris may not always trigger a significant enough change to be monitored automatically.
6. How is the cleaning speed controlled?
The robot features automatic speed stabilization, where the forward movement speed is precisely matched with the brush motor speed to ensure a consistent and high-quality clean.
NovaBot Robot
