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.
避免了频繁机械对接导致的接头损坏、接触不良或氧化问题，特别适合高机动性、多自由度的人形机器人，减少因充电接口故障引发的系统停机。
机器人无需精确保持特定姿态即可进行充电，支持站立、微蹲等多种状态下的能量补给，提升充电成功率和灵活性。
机器人可基于剩余电量自主决策、导航至充电区，实现“无感补电”，大幅降低对人的依赖，真正实现24/7待机能力。
无需精确定位插口或执行复杂的机械对接动作，尤其有利于双足或轮足机器人在动态环境中的快速响应。
彻底杜绝触电风险，特别适合家庭、幼儿园、养老院等对人机安全要求极高的场景。
充电区域无杂乱线缆，避免机器人与人或其他设备发生缠绕或碰撞。
发射端可嵌入地板、墙面、家具或特定台面中，保持环境美观与功能融合，不破坏场景建构。
可根据实际使用需求，在多个功能区域灵活布设充电点，支持机器人多任务路径下的能源网络覆盖。
无物理接触带来的磨损，极大降低故障率与后续维护需求。稳定的无线充电策略有助于电池健康管理，避免频繁深充深放，延长电池使用寿命。