Real Time Load Assessment and Economic Analysis of RES System

Gaurav Chauhan, S. Bangia
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Abstract

Renewable resources are complementary in nature so the weaknesses of one can be overcome with the strength of other. The factors such as climate condition and weather are unpredictable, more for wind than compared to solar sources. The complementary nature of wind and solar sources motivates us to hybrid wind-solar power plant concept. The major problems like environment hazards, depletion of fossil fuels can be overcome by using hybrid power station. With the help of grid interconnection, the energy can be supplied to the remote rural areas and the emission of carbon and other harmful gases can be reduced up to 80% to 90%. This paper focuses on the optimal combination of renewable energy resources that could electrify the area under study. This paper also highlights the village details, energy resources available in region under study and the predicted load assessment. The various power output equations of wind power and solar power has also been discussed. The overview of the Homer software that was used for simulation purposes has also been discussed in this work.
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RES系统实时负荷评估与经济分析
可再生资源在本质上是互补的,因此一种资源的弱点可以用另一种资源的优势来克服。气候条件和天气等因素是不可预测的,风能比太阳能更不可预测。风能和太阳能的互补性促使我们提出了混合风能-太阳能发电厂的概念。混合动力电站可以克服环境危害、化石燃料消耗等主要问题。在电网互联的帮助下,能源可以供应到偏远的农村地区,碳和其他有害气体的排放可以减少80%到90%。本文的重点是研究可再生能源资源的最优组合,以实现研究区域的电气化。文中还重点介绍了研究区域的村庄情况、可利用能源情况和预测负荷评估。文中还讨论了风力发电和太阳能发电的各种功率输出方程。本文还讨论了用于仿真目的的Homer软件的概述。
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