Propitious Step for CO2 Mitigation in University Campus boosting Clean Development Mechanism

S. Chandra, Arvind Yadav, M. Bajaj, N. Sharma, F. Jurado, S. Kamel
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Abstract

Air Quality Index data is observed across the country and seems not suitable for human kind. India is a country where a lot of potential and several plans are existing for Solar Photovoltaic (PV) based electricity generation. Such kind of generation is not only saves the transmission losses but mitigates the green house gases (GHG) emission in atmosphere in comparison to conventional generation. The investors are showing interest in these projects. In this paper an analysis is conducted for 50kWp Solar PV system to compare the actual GHG mitigation with reference to diesel generation. It is found that actual saving in CO2 emission is 0.211 US ton /year, SO2 emission is 0.0004 US ton /year and NOx emission is 0.0042 US ton /year. Although the system is not too large in rating but as compared to diesel it is mitigating 78.4% CO2, 80 % SO2 and 97.67 % NOx.
大学校园二氧化碳减排的有利步骤,促进清洁发展机制
空气质量指数数据在全国范围内观察到,似乎不适合人类。印度是一个太阳能光伏发电潜力巨大的国家,目前已有多个太阳能光伏发电计划。与传统发电方式相比,这种发电方式不仅节省了输电损失,而且减少了大气中温室气体的排放。投资者对这些项目表现出了兴趣。本文以50kWp太阳能光伏发电系统为例进行分析,对比其实际的温室气体减排效果与柴油发电的对比。结果表明:实际节约CO2排放量0.211美吨/年,SO2排放量0.0004美吨/年,NOx排放量0.0042美吨/年。虽然该系统的额定功率不是太大,但与柴油相比,它可以减少78.4%的二氧化碳,80%的二氧化硫和97.67%的氮氧化物。
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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