柔性自供能技术在防护救生领域的应用探讨

柔性自供能技术作为微能源领域新秀，近年来获得长足发展，目前处于实验室向工业技术转化的关键阶段。文中通过对应用场景分析探讨，认为在航空飞行员防护救生领域，柔性自供能技术的主要应用方向是智能穿戴设备的能源供应，具有应用场景广泛、使用方便、可全周期供能等技术优势。文中对柔性自供能技术在防护救生领域实现技术应用面临的问题，给出了对应的解决方案，可以为后续研究工作提供思路：研究制备多效应融合发电器件可实现对环境中多种微能量的广泛收集，可构建全固态柔性超级储能器件，以满足高效储能以及航空环境使用的安全需求，设计充放电并行控制电路以解决全任务场景长时效供能技术难题。

Necessity Analysis of Flexible Self-power Technology forProtection and Lifesaving

Flexible self-power technology , as a rising star in the field of micro energy,has made significant progress in recent years and is currently in a critical stage of technology transformation fromlaboratory to industry. Through the analysis and exploration of application scenarios,this article believes that the main application direction of flexible self-power technology in the field of aviation pi.lot protection and lifesaving is the energy supply of intelligent wearable devices, which has the ad.vantages of wide application scenarios , convenient use , and full cycle energy supply. This article pro-vides corresponding solutions to the problems faced by the application of flexible self powered tech.nology in the field of protection and lifesaving, which can provide ideas for subsequent researchwork. The research and preparation of multi effect fusion generator components can achieve extensivecollection of various micro energy in the environment, construct all solid-state flexible super energy storage devices to meet the safety requirements of efficient energy storage and aviation environmentuse , and design parallel control circuits for charging and discharging to solve the technical challengeof long-term energy supply in full task scenarios.