Integration of Renewable Energy Systems to Reduce Greenhouse Gas Emission

Asim Chaulagain, M. A. Khalil, Raynier Leyeza, R. Gokaraju, N. Chowdhury, Christopher A. James
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Abstract

With recent technological advancements in energy systems, power production using wind and solar-based renewable energy systems has become more viable. This paper presents the integration of solar energy systems as a power source displacing green house gas intensive electricity production in Saskatchewan. For this study, facilities from the industry, which are dispersed throughout Saskatchewan, are taken as case systems. Solar data from diverse parts of the province are collected and analysed to calculate installed capacity and amount of carbon emissions reduction at those particular locations. Hosting capacity analysis is performed in selected individual sites to ensure that the current grid can accommodate bulk solar generation. Finally, the results from economic analysis reflect the viability of integrating renewable energies at a specific location.
整合可再生能源系统以减少温室气体排放
随着最近能源系统的技术进步,利用风能和太阳能为基础的可再生能源系统发电变得更加可行。本文介绍了在萨斯喀彻温省整合太阳能系统作为替代温室气体密集型电力生产的电源。在这项研究中,来自行业的设施,这是分散在整个萨斯喀彻温省,作为案例系统。收集和分析来自该省不同地区的太阳能数据,以计算这些特定地点的装机容量和碳减排量。在选定的个别站点进行托管容量分析,以确保当前的电网可以容纳大量太阳能发电。最后,经济分析的结果反映了在特定地点整合可再生能源的可行性。
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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