Smart Solar Charge Controller for Electric Golf Cart Promoting Green Transportation

Nitin Trivedi, N. Gujar, Subrata Sarkar, S. Pundir
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引用次数: 3

Abstract

With a vision to enhance the green transportation model and promoting the National Electric Mobility Mission Plan, it is indeed the need of hour to switch to renewable and clean energy sources at the earliest. This paper presents design, analysis and experimental results of solar charge controller for electric golf cart. The developed charge controller operates on maximum power point tracking algorithm. The system comprising of charger and PV panel is self-sufficient to charge the battery of the vehicle and besides this, the surplus power generated can also be utilized for feeding the DC load like DC bulbs, DC fans etc. The system is based on an intelligent embedded algorithm which aims at utilizing maximum power from solar generation. Simulation results of MATLAB, design and analysis of the system, the hardware prototype model of the system, energy generation and energy utilization are discussed in detail in the paper.
电动高尔夫球车智能太阳能充电控制器,促进绿色交通
以提升绿色交通模式和推进国家电动交通使命计划为愿景,尽早转向可再生能源和清洁能源确实需要一个小时。本文介绍了电动高尔夫球车太阳能充电控制器的设计、分析和实验结果。所开发的充电控制器采用最大功率点跟踪算法。由充电器和光伏板组成的系统可以自给自足地为车辆电池充电,除此之外,产生的剩余电力也可以用于馈送直流负载,如直流灯泡,直流风扇等。该系统基于智能嵌入式算法,旨在最大限度地利用太阳能发电。文中对MATLAB仿真结果、系统设计与分析、系统硬件样机模型、能量产生与利用进行了详细论述。
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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