Case

Water PV

Applied to the fishing light complementary project of a domestic power generation group

PV module cleaning system for overseas shed roof

The cleaning system of photovoltaic modules on the roof of the overseas car shed innovates the layout of modules, maintenance channels, and the coordinated layout of robots to realize the full automatic cleaning of photovoltaic modules on the roof of the shed and the safe and efficient management of the power station.

Roof PV module cleaning system of a large cement plant in China

The roof photovoltaic module cleaning system of a large cement plant in China realizes the full automatic cleaning of roof photovoltaic modules. The system is set to clean once a day, without dust accumulation, to achieve safe and efficient management of the power station.

Roof PV module cleaning system of a large glass factory in China

The roof PV module cleaning system of a large glass factory in China realizes the full automatic cleaning of roof PV modules. The system is set to clean once a day, without dust accumulation, to achieve safe and efficient management of the power station.

Full automatic cleaning system for fixed support PV modules of large surface power stations in the overseas Middle East

Full automatic cleaning system for fixed support PV modules of large surface power stations in the Middle East overseas to avoid personnel working at high temperatures and realize full automatic cleaning of PV modules in power stations. The system is set to clean once every three days to achieve safe and efficient management of power stations.

Full automatic cleaning system for tracking support PV modules of large ground power stations in the overseas Middle East region

Full automatic cleaning system for tracking support PV modules of large ground power stations in the overseas Middle East region meets the linkage and matching operation with the tracking support, realizing the full automatic cleaning of PV modules in the power station. The system is set to clean once every two days to achieve safe and efficient management of the power station.