Impact of addressing the power demands through renewable sources at individual loads on Indian power sector- a case study at RGUKT-Nuzvid

B. Prasad, Shaik Riyaz Hussain, S. Srinivas
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Abstract

This work investigates, through a case study, the implications of effective utilization of renewable energy sources for addressing the power demands at Rajiv Gandhi University of Knowledge technologies (RGUKT)-Nuzvid. Effect of industrialization and change in living style of people, the demand for electricity is increasing at 7% per annum in India. However, Indian power sector has been registering the considerable growth in power generation since the last decade. Transmission & distribution losses are playing crucial role in efficient power transmission in India [3]. How can we address these issues simultaneously? Deployment of renewable sources at individual loads is the reliable method for addressing the power crisis issues, transmission and distribution losses, and mitigation of greenhouse-gases. The method of addressing power demand at individual loads will have the positive impact on Indian power sector in near future. A case study has carried out at RGUKT, Nuzvid campus. The supply and load details of the campus were analyzed. Impact of harnessing renewable sources on overall consumption at load center was discussed. Potential of Solar rooftop system and bio-gas were assessed. Based on the assessment, it was observed that, there is a possibility to establish a 2.79 MW solar roof-top system, 1500 m3 biogas plant inside the campus for addressing the power demands. The results have shown that with the proposed method the anticipated energy deficiency in Andhra Pradesh for 2015–16 would reduce to 11.96%.
通过可再生能源解决电力需求对印度电力部门个别负荷的影响- RGUKT-Nuzvid的案例研究
这项工作调查,通过一个案例研究,有效利用可再生能源解决电力需求的影响在拉吉夫甘地知识技术大学(RGUKT)-努兹维德。工业化的影响和人们生活方式的改变,印度的电力需求以每年7%的速度增长。然而,自过去十年以来,印度电力部门的发电量一直在大幅增长。输配电损耗在印度的高效输电中起着至关重要的作用[3]。我们如何同时解决这些问题?在个别负荷上部署可再生能源是解决电力危机问题、输电和配电损失以及减少温室气体排放的可靠方法。在不久的将来,解决个别负荷电力需求的方法将对印度电力部门产生积极影响。在RGUKT, Nuzvid校区进行了一个案例研究。分析了校园的供电和负荷细节。讨论了利用可再生能源对负荷中心总能耗的影响。评估了太阳能屋顶系统和沼气的潜力。根据评估,有可能在校园内建立一个2.79兆瓦的太阳能屋顶系统,1500立方米的沼气厂,以满足电力需求。结果表明,采用该方法,2015-16年安得拉邦的预期能源缺乏率将降至11.96%。
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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