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Photosynthetic electrochemical cell charging infrastructure versus photovoltaic cell charging infrastructure for future electric vehicles

机译:光合电化学电池充电基础设施与未来电动车辆的光伏电池充电基础设施

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The automotive industry is migrating towards all-electric and plug-in hybrid electric vehicles. Nevertheless conventional energy, in the form of thermal power and nuclear power, are used to power these vehicles which are not green and clean. The photosynthetic electrochemical cell (PEC) is one of the alternative energy resources for EVs and PHEVs. It could prove to be the ideal replacement for photovoltaic based charging applications. PEC uses aerobic microorganisms to produce energy. PEC produces energy under both light and dark conditions unlike photovoltaic cell. This paper presents, the operation of the PEC, voltage versus current characteristic, effect of anolyte and catholyte concentration.
机译:汽车工业正在迁移到全电动和插入式混合动力电动车辆。然而,以热能和核电的形式,常规能量用于为这些不是绿色和清洁的车辆供电。光合电化学电池(PEC)是EVS和PHEV的替代能源资源之一。它可能被证明是基于光伏基于充电应用的理想替代品。 PEC使用有氧微生物来产生能量。与光伏电池不同,PEC在光线和暗条件下产生能量。本文呈现,PEC的操作,电压与电流特性,阳极电解液和阴极电解液浓度的效果。

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