智能电网的节能

Yi-Kuan Ke, Chia-Ching Li, Yi-Han Liao
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引用次数: 1

摘要

电力需求日益增长,微网调度是电网稳定运行的重要方案。在台湾建设或推广不透明能源并不容易,而且在制造大量火力发电(如燃煤电厂)时会产生碳排放污染问题,也存在污染问题的挑战。为了增加发电量,由于污染原因和高峰时段供电不足,增加了可再生能源和水力发电并网调度供电。在智能电网中,节能是能源政策的重点。因此,先进的计量基础设施——智能电表是智能电网在节能和电力调度方面的核心竞争力。智能电表解决方案具有时间利用率、需求响应和带减载应用的聚合器,可以帮助电网准确预测电力调度,避免高峰时段电力需求短缺。节能无疑是世界电力系统的发展目标,因此本文对智能电网的节能分析是对理解和提高电网稳定性和可靠性的贡献。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Energy Saving in Smart Grid
Power demand is increasing gradually and micro-grid dispatch is the important scheme to stable grid operation. It is not easy to build or extend unclear energy in Taiwan and there are the challenges about the pollution issues when making lots of thermal power generations, such as coal-fired power plants, will have carbon emission pollution problems. For increasing power generations, renewable power and hydroelectric power are increased to supply power to grid for dispatching due to concerning pollution reason and supply power shortage in peak time. In smart grid, energy saving is the key point about energy policy. Therefore, advanced metering infrastructure, smart meter, is the core competence to smart grid in energy saving and power dispatch. Smart meter solution with time of use rates, demand response, and aggregator with load shedding applications can help grid dispatch in power forecast precisely and avoid peak time power demand shortage. Energy saving definitely is the development target in the world trend about power system, so smart grid in energy saving analysis is this paper contribution to comprehend and enhance grid stability and reliability.
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