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Optimum Sizing and Economic Analysis of Renewable Energy System Integration into a Micro-Grid for an Academic Institution-A Case Study

机译:可再生能源系统集成到学术机构微电网中的最佳规模和经济分析 - 以案例研究为例

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1 Introduction World energy demand has been estimated to be greater than 800EJ by 2050. For this estimation, with the present scenario of escalating oil prices when considered, renewable energy could promise to be an alternate option as an energy resource [1]. Alternately, the global concern towards pollution and global warming has supported this cause. In recent years, there has been much technical advancement in renewable energy systems (RES) including the storage units. Many countries have been striving to reach their renewable energy target towards the global energy contribution; Australia being one among them.
机译:1引言世界能源需求估计大于800EJ到2050年。对于本次估计,随着升级油价的目前的升级,可再生能源可以承诺作为能源资源的替代选择[1]。或者,全球对污染和全球变暖的关注得到了这一事业。近年来,可再生能源系统(RES)提供了许多技术进步,包括存储单元。许多国家一直在努力实现全球能源贡献的可再生能源目标;澳大利亚是其中之一。

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