Specifically designed for commercial and high-end residential pools, it uses magnetic resonance wireless charging technology to achieve completely waterproof, contactless charging. The system supports IP65/IP67 waterproof ratings, adapts to high humidity and high-corrosion environments, and allows the robot to autonomously return to the charging station, enabling round-the-clock unmanned operation. This completely eliminates the risks of electrical operations underwater and enhances safety and automation.

           Designed for outdoor garden automation scenarios, it provides a wireless charging system with IP67 protection rating and a sensing distance of 10–70mm. It features strong anti-interference and climate adaptability, capable of stable power supply under harsh conditions such as rain, snow, low temperatures, and high temperatures. It supports autonomous docking and fast recharging for robots, reducing manual intervention and enabling continuous automated operation.

         For humanoid robots that need to operate in diverse, dynamic, and even unstructured environments, wireless charging technology offers high autonomy, high safety, high adaptability, and low intervention features, becoming an important foundation for achieving truly "human-level" flexible operations. It not only overcomes the limitations of traditional contact-based charging in terms of applicable scenarios, mechanical complexity, and human dependency but also significantly improves the overall system reliability and user experience. With the development of high-efficiency power transfer and intelligent charging management technologies, wireless charging has become a key enabling technology for humanoid robots to enter home, commercial, and industrial settings.

       For AGVs and AMRs that require high-frequency, high-availability operation in warehousing, logistics, and manufacturing workshops, wireless charging technology offers highly automated, highly reliable, low-maintenance, and efficient charging capabilities, significantly enhancing the overall performance and cost-effectiveness of material handling systems. It not only overcomes many limitations of traditional charging methods but also serves as a key infrastructure for flexible production and smart logistics. With large-scale adoption and technological iteration, wireless charging has become the ideal energy supplement solution for modern AGV/AMR systems.

        For inspection robots that need to operate reliably over long periods in complex, harsh, and unattended outdoor environments, the high reliability, safety, automation advantages, and low maintenance costs brought by wireless charging typically far outweigh its initial cost and minor efficiency drawbacks. It is one of the key technologies for achieving fully autonomous and highly available operation of inspection robots. With technological advancements, the gap in efficiency and cost is narrowing, and the advantages of wireless charging in the field of outdoor robots will become even more apparent.

        For complex outdoor rail-mounted scenarios such as oil and gas pipelines and chemical plants, we provide a highly reliable, explosion-proof certified (IIC T6) wireless charging solution. The system features fully sealed construction, corrosion resistance, and extreme temperature tolerance, supporting unattended operation and data synchronization, significantly enhancing continuous operation capability and operational safety.

         Serves autonomous energy management for unmanned delivery vehicles within a 50-kilometer range, providing high-efficiency, highly compatible, and low-maintenance wireless charging infrastructure. Supports loose-position docking and deployment in various environments, with IP65/IP67 protection and data integration capabilities, enabling smart logistics systems to achieve fully unmanned operations and high-frequency maintenance.。

         Serves the energy automation management of unmanned delivery vehicles within a 50-kilometer range, providing high-efficiency, highly compatible, and low-maintenance wireless charging infrastructure. Supports flexible alignment docking and deployment in various environments, featuring IP65/IP67 protection and data integration capabilities, helping smart logistics systems achieve fully unmanned, high-frequency operations.