Solar Panel Cleaning Drone WLS-9YQ-LD1

With a single cleaning fluid carrying capacity of 60kg, the UAV significantly reduces the frequency of water refills. It enables longer continuous operation, expands the cleaning area, and substantially improves overall work efficiency—eliminating the hassle of frequent interruptions for recharging or refilling in large-scale projects.

Equipped with a dual-antenna RTK positioning system, it achieves highly accurate positioning to ensure precise cleaning without missing or overlapping areas. The integrated FPV high-definition camera and landing lights guarantee safe operation even at night, while real-time monitoring via a liquid crystal display allows operators to track the cleaning progress and panel conditions remotely, ensuring operational transparency.

Powered by a high-pressure pump, the UAV can fly at heights ranging from 0 to 150 meters. Its cleaning operation is not dependent on tracks or manual transportation, easily covering diverse scenarios including deserts, hills, rooftops, and large ground-mounted power stations. Compared to traditional cleaning robots (limited by flatness and tracks), this UAV adapts to a wider range of cleaning environments, solving the maintenance challenges of irregularly distributed PV panels.

Adopting a high-pressure spray system, the UAV completes cleaning operations in the air without direct contact with PV panels. This design avoids scratches that may be caused by traditional brushes and eliminates the safety risks associated with manual climbing operations, protecting both the PV components and on-site personnel.

The UAV automatically generates edge-sweeping routes to prevent missed cleaning on panel edges—ensuring comprehensive coverage. Its water consumption is 30–50% less than that of manual pipeline flushing methods, making it a more environmentally friendly and cost-effective choice for sustainable PV operation and maintenance.

Constructed with a full aviation aluminum frame, the UAV achieves a lightweight design while maintaining high strength and impact resistance. It is durable and wind-resistant, capable of meeting the demands of long-term high-intensity operations. Core components are fully enclosed to prevent dust ingress and resist chemical corrosion, extending the service life and reducing long-term maintenance costs.