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Reconfigurable photovoltaic integrated with CMOS for a fault tolerant system

机译:与CMOS集成的可重构光伏系统用于容错系统

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For space applications, photovoltaic cells provide the best power to weight ratio than any other power source. But, overexposure to electromagnetic radiations and hostile environment in space can damage the photovoltaic cells. In addition, manual intervention in space is too expensive. These issues can be overcome by making PV module reconfigurable by introducing a MOSFET transistor as a switch in a Photovoltaic module. We are presenting a novel addressable reconfigurable PV module which can be integrated with fault detection and mitigation algorithm. Moreover, such kind of architecture enables the creation of real-time reconfigurable power buses or a power island. Additionally, the architecture can be integrated with PV cells monolithically.
机译:对于空间应用,光伏电池比任何其他电源提供最佳的功率重量比。但是,过度暴露于电磁辐射和太空中的不利环境会损坏光伏电池。另外,在太空中进行人工干预太昂贵了。通过在光伏模块中引入MOSFET晶体管作为开关来使PV模块可重新配置,可以解决这些问题。我们提出了一种可与故障检测和缓解算法集成的新型可寻址可重构PV模块。而且,这种架构使得能够创建实时可重新配置的电源总线或电源岛。另外,该体系结构可以与PV电池单片集成。

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