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High Efficiency Structural Battery for Drone | SASUNGPOWER

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The SASUNGPOWER high efficiency structural battery drone is an advanced UAV equipped with structural battery technology, where the drone’s frame itself serves as an energy source. This design increases efficiency, reducing the need for separate battery compartments and thereby cutting down on weight. Here are some standout features: Integrated Structural Battery: The drone’s frame holds and stores power, optimizing space and enabling longer flight times without adding extra bulk. Lightweight and Durable: Built with high-strength composite materials, the structure is lightweight yet robust, providing resistance to impacts and environmental stress. Extended Flight Duration: By reducing the overall battery weight, this design enhances energy efficiency and allows the drone to stay airborne for longer periods, making it ideal for applications like surveillance, mapping, and delivery. High Energy Density: The structural battery provides high-capacity energy storage, allowing the drone...
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Energy Storage Robot Suit and Energy Storage Composite Suit | SASUNGPOWER

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The SASUNGPOWER energy storage robot suit and energy storage composite suit are advanced wearable systems designed to enhance human capabilities, particularly in industrial or field environments requiring heavy physical labor. These suits integrate hybrid battery technology and structural energy storage elements, enabling the wearer to carry out demanding tasks with reduced fatigue. Here are some key features of each: SASUNGPOWER Energy Storage Robot Suit Hybrid Energy System: Incorporates high-density batteries, allowing prolonged usage without frequent recharging. Enhanced Mobility: Designed with ergonomic support to aid natural movement while providing strength assistance for lifting or repetitive tasks. Safety and Stability: Features like joint support and balanced energy distribution help reduce injury risk. Smart Control: Embedded sensors and AI monitoring for real-time adjustment to user movement, ensuring precise support tailored to activity intensity. SASUNGPOWE...
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