Demand response in Isolated Power Systems

M. de Groot, J. Forbes, D. Nikolić
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引用次数: 7

Abstract

Isolated Power Systems (IPS) are stand-alone MW-scale (or even KW-scale) grids. They generally have higher supply costs and are less stable than GW-scale interconnected grids. Demand response (DR) could give a greater cost benefit per unit of delivered power in IPS applications than in larger grids. However, it is also likely to have higher installation and operation costs per unit of DR capacity. We review the most significant issues for DR in IPS, and illustrate the benefits with a current project to install a fine-grained demand management system on King Island in Australia.
隔离电力系统的需求响应
隔离电力系统(IPS)是独立的兆瓦级(甚至千瓦级)电网。它们通常有更高的供应成本,而且比千兆瓦级的互联电网更不稳定。与大型电网相比,需求响应(DR)可以在IPS应用中提供更大的单位交付功率成本效益。但是,单位容灾容量的安装和运营成本也可能更高。我们回顾了IPS中DR最重要的问题,并举例说明了当前在澳大利亚国王岛安装细粒度需求管理系统的项目的好处。
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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