PEER — A tool to design, measure and monitor the performance of smart grid

Mili Majumdar, Ishaq Sulthan, Aumkar Borgaonkar
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引用次数: 0

Abstract

India is world's third largest producer of electricity with an installed capacity of 306 GW. However, the per capita electricity consumption in India continues to be well below the world average despite lower electricity tariffs. The nation has a long history of demand-supply shortages on a regular basis. The electricity distribution sector is also under poor financial condition. With an energy mix dominated by fossil fuel based generation, Indian power sector has a significant impact on environment. Thus, for sustainable development of the power sector, it is important to have in place a framework to measure, monitor and improve performance of power systems. PEER (Performance Excellence in Electricity Renewal) is a tool for utilities and system operators for a comprehensive performance assessment of their system and for making subsequent improvements to achieve upper levels of performance. This paper highlights some of the key features of the PEER framework that focus on assessment of environmental impact and reliability performance of power systems. A comparison between projects in the United States of America (USA) and India is also presented to identify performance gaps.
PEER——一种设计、测量和监控智能电网性能的工具
印度是世界第三大电力生产国,装机容量为306吉瓦。然而,尽管电价较低,印度的人均用电量仍远低于世界平均水平。这个国家长期以来经常出现供需短缺。配电部门的财务状况也很差。印度的能源结构以化石燃料发电为主,电力部门对环境有重大影响。因此,为了电力部门的可持续发展,重要的是建立一个框架来衡量、监测和改善电力系统的性能。PEER(卓越续电表现)是一种工具,供公用事业公司和系统运营商对其系统进行全面的性能评估,并进行后续改进,以达到更高的性能水平。本文重点介绍了电力系统环境影响和可靠性性能评估的PEER框架的一些关键特征。本报告还对美利坚合众国(美国)和印度的项目进行了比较,以确定业绩差距。
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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