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Hybrid battery charging system using solar PV and utility grid

机译:使用太阳能光伏和公用电网的混合动力电池充电系统

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A hybrid design of a battery charging system and its implementation has been explained in this paper. The system has been designed based on a novel algorithm to couple existing solar PV charging and utility supply charging systems. The algorithm has been programmed in an Arduino microcontroller that senses the battery voltage and generates appropriate commands to operate a relay that controls the utility grid supply availability by connecting or disconnecting it to the Uninterrupted Power Supply (UPS) system through which the battery is charged. Besides the utility grid supply charging, solar PV also charges the battery whenever it is available through a charge controller. This system ensures continuous power supply and faster charging of the battery. The system has been designed to suit a typical Indian scenario where there is intermittent power supply due to power shortage which results in scheduled and unscheduled load shedding.
机译:本文已经说明了电池充电系统的混合设计及其实现。该系统是根据一种新颖的算法设计的,可以将现有的太阳能PV充电和公用事业充电系统耦合在一起。该算法已在Arduino微控制器中进行了编程,该微控制器可感测电池电压并生成适当的命令来操作继电器,该继电器通过将其连接或断开与为电池充电的不间断电源(UPS)系统来控制公用电网的可用性。除公用电网充电外,只要有充电控制器,太阳能PV也会为电池充电。该系统可确保持续供电并加快电池充电速度。该系统的设计适合于典型的印度情况,在这种情况下,由于电力短缺而导致间歇性电源供应,从而导致计划内和计划外的负载减少。

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