The best solution for water-based cleaning of solar panels in ground-mounted stations
Our robot is the result of several years of research and development. It has been developed with the latest technologies and innovative materials, which gives it optimal performance. Attentive to the constraints of use of operators of solar power plants, AX SOLAR ROBOT develops solutions for cleaning photovoltaic panels easy to use and the most effective.
Our system is unique in that it is completely autonomous and does not require any electrical or water connection. The robot is supplied with pressurized water by our diesel pump unit, which provides water for cleaning and moving. No power supply is required. The robots have no batteries or electronics, which guarantees exceptional reliability!
Low water consumption: from 0,25L/m2
Each row of panels is cleaned in two successive rounds. At the end of the cycle, the robot automatically positions itself on the rolling support, which then allows it to be placed in front of the next row. Two operators are required to control the robot. No robot handling is required.
Thanks to our unique technology, our robot is also the fastest and most water efficient.
When no electricity or water supply is readily available, this trailer is the solution. It comes with a 2000 liter polyethylene water tank and a high pressure diesel pump. This can be towed between the plant aisles by any car and will provide the cleaning robots with enough water to clean 20,000 m2 in one pass (approximately 1.5 MW). Other tank capacities are available upon request.
Our cleaning robots are powered by a high-pressure water pump that provides the necessary flow for cleaning and moving.
With our high pressure diesel pump, no electrical connection is required. The pump is 100% self-contained and simply needs to be connected to the low pressure water. Electric drive pumps are also available upon request.
Our rolling rack is used to easily move the cleaning robots from one panel to another. After cleaning a row of panels, the robot ends its run on the carrier. Then the operator manually moves the rack to the next row and starts the robot for a new cycle. The stand also allows the robot to be stored between use. Under the rolling support, a hose reel allows the correct operation and rewinding of the hose during the use of the robot.
Compatible with all technologies, all panel sizes (1-4 m) and any configurations (2H, 3V…).