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A novel design of a MEMS solar cell based on microcantilever-photoinduced bending

机译:基于微悬臂梁光致弯曲的MEMS太阳能电池的新颖设计

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摘要

Solar energy is one of the major sources of green renewable energy. Photovoltaic (PV) cells have the focus in researches for long time to improve its efficiency and reducing cost. This paper introduces a novel design of a micro solar cell based on MEMS device harvesting thermal and quantum components of solar energy converted into mechanical energy that converted into electrical energy. Even it is a double energy conversion process, the micro solar cell has simple design structure and less expensive compared to the conventional micro PV cell. This device can be used to power wireless micro sensors or as micro battery charger, while arrays of this device can be used for small scale generation.
机译:太阳能是绿色可再生能源的主要来源之一。光伏(PV)电池长期以来一直是研究的重点,以提高其效率并降低成本。本文介绍了一种基于MEMS器件的微型太阳能电池的新颖设计,该微型太阳能电池收集了太阳能的热能和量子成分,这些热量和能量转化为机械能,再转化为电能。即使是双重能量转换过程,与常规的微型PV电池相比,微型太阳能电池也具有简单的设计结构和较便宜的价格。该设备可用于为无线微传感器供电或用作微型电池充电器,而该设备的阵列可用于小规模发电。

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