* Easy operation via radio-remote-control with a range of 150m.
* Adjustable driving speed.
* Self-supporting brush that also ensures an easy cleaning of the edges.
* Cleans even on transverse slopes.
* The surface load is considerably below the allowed wind and snow loads.
* Easy to handle due to its modular design and lightweight components;
* Several fixing and fastening points allow a flat positioning of the solar panel cleaning robot on the solar surface.
* All types of water treatment systems and osmosis plants can be used.
* Operating pressure 2-8 bar.
* Dry cleaning or water cleaning optional
- **Size**：L 2500mm，W 350mm，H 250mm
- **Net Weight**：40kg
- **Battery Capacity**：Li-battery，24V，20Ah
- **Motor**：100W
- **Travelling Speed**：0.1m/s ~ 0.5m/s
- **Cleaning efficiency**：40m2/min
- **Cleaning way**：dry clean or water clean optional
- **Communication mode**：wireless，2.4GHz，150m
- **Ambient temperature**：-20℃~50℃
- **Ambient humidity**：10%~90%
- **Tilt angle**：0°~45°
* * Innovation * *:
The robot adopts an innovative "line to surface" automated wiping method, breaking the traditional point to
surface wiping method, greatly improving the cleaning efficiency
and effectiveness of the robot.
-* * Adaptability * *:
Robots can adapt to various environments and scenarios, whether it is flat, mountainous, desert, wetland, etc., and can flexibly clean photovoltaic panels, improving the efficiency
and safety of photovoltaic power generation.
-* * Economy * *:
Robot automated cleaning eliminates the need
for manual operation and management, saving labor and time costs, as well as water and cleaning agent costs, reducing maintenance
costs and risks. -
* * Environmental friendliness * *:
Robots have no water for cleaning, do not produce wastewater or waste liquid, and do not cause pollution or impact on the environment, in line with the concept of green energy and sustainable development.