Wireless charging for swimming pool robots

Designed specifically for commercial and high-end residential swimming pools, it adopts magnetic resonance wireless charging technology to achieve complete waterproofing and non-contact charging. The system supports IP65/IP67 level water resistance, suitable for high-humidity and high-corrosion environments. The robot can autonomously return to the charging station, enabling 24/7 unmanned operation, completely eliminating the risk of underwater electrical operations, and enhancing safety and automation levels.

Waterproof and spark-free
Unattended self-charging and self-moving system
Contactless maintenance-free
Durable and long-lasting
IP67/68 Dust-proof sealing
Data transmission integration

Excellent sealing performance

The system is equipped with IP65/IP67 and other high-level protection, effectively preventing corrosive substances such as rainwater, dust, and salt fog from entering, and avoiding short circuits and corrosion faults.



Strong environmental adaptability

In extreme high and low temperature environments, the design without physical interfaces avoids problems such as thermal expansion and contraction or freezing, ensuring the stable operation of the system.



The charging process is simple.

The robot only needs to navigate to the general area of the charging zone (which usually has a guiding function), without the need for precise alignment with the socket. This significantly reduces the requirement for positioning accuracy, thereby increasing the success rate and efficiency of charging.



True unmanned operation and maintenance

No manual insertion or removal operations are required, which is the key to achieving all-day automatic operation and remote maintenance.

Electrical safety isolation

There are no exposed conductive contacts, which fundamentally eliminates the risk of electric shock that may occur during charging, ensuring the safety of personnel and the environment.


Reduce long-term operating costs

There are no vulnerable physical interfaces, reducing the frequency of maintenance; no need for manual intervention during charging, saving labor costs.