The Middle East enjoys abundant sunshine all year round, making it a key hub for photovoltaic power generation. However, the local high-temperature and sandy environment causes solar panels to accumulate dust easily, rendering regular cleaning an essential requirement to guarantee power generation efficiency. Recently, the MYUAV FC30 Dual Tethered High-Altitude Cleaning Drone has successfully completed a PV panel cleaning project in the region, delivering an efficient and safe operation solution and offering a new option for PV station operation and maintenance.

Equipped with an integrated dual tethering system for ground power supply and water supply, the FC30 connects to the base station via optoelectronic composite cables. It can operate continuously for 8 to 10 hours, achieving a far larger daily cleaning area than manual work. The entire operation is remotely controlled from the ground with no need for personnel to work at height. The dual tethering design ensures stable continuous operation of the drone, while effectively resolving the challenges of water and power supply in high-altitude cleaning scenarios.

Previously, the MYUAV FC30 dual tethered cleaning drone has finished cleaning operations for building facades, highway sound barriers and other scenarios in multiple cities across China. The successful delivery of this Middle East PV project has verified its adaptability to extreme climates and special operating environments, providing a new technical solution for low-cost, high-efficiency operation and maintenance of overseas photovoltaic power stations.