Solar – Grid Hybrid System – A Cost Effective and Improved Renewable Energy Utilization Approach

M. S. Muhit, A. Karim
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Abstract

A Solar-grid hybrid system design has been proposed in this paper. The design is expected to provide an economical and sustainable power supply to the AC loads. A Differential amplifier and series P channel MOSFET linear regulator technology based charge controller has been used to attain faster charging. An automatic relay based Switching between solar & grid has also been developed utilizing essential power being generated from solar; an automatic switching to solar & reducing power consumption from grid. Vice versa, if renewable output being moderately less then power demand, then it will switch to both solar and grid. Finally, when grid supplies main power when renewable output turns out to be insufficient. A real time online Wi-Fi module based monitoring circuit has been incorporated and adapted to monitor the whole system for efficient operation of the system.
太阳能-电网混合系统-一种成本效益和改进的可再生能源利用方法
提出了一种太阳能-电网混合系统的设计方案。该设计有望为交流负载提供经济和可持续的电源。采用差分放大器和串联P沟道MOSFET线性调节技术的充电控制器实现了更快的充电。一种基于自动继电器的太阳能和电网之间的切换也被开发出来,利用太阳能产生的基本电力;自动切换到太阳能和减少电网的电力消耗。反之亦然,如果可再生能源产量略低于电力需求,那么它将转向太阳能和电网。最后,当可再生能源出力不足时,电网提供主电源。采用基于Wi-Fi模块的实时在线监控电路对整个系统进行监控,保证系统的高效运行。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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