Design and cost optimization of utility-grade off-grid power systems

J. Berdner, C. Whitaker, H. Wenger, C. Jennings
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引用次数: 2

Abstract

Electric utilities are beginning to provide off-grid electricity service to customers in lieu of extending uneconomic electric distribution lines. To a large extent, the success of an electric utility off-grid service program is dependent on the utility's ability to provide power systems with excellent reliability and power quality at competitive prices. In December 1992, Pacific Gas and Electric Company (USA) tested the provision of off-grid service by procuring a first-generation PV power system which was installed at a customer's residence in April 1993. This pilot was a technical success, demonstrating that an electric utility can provide reliable, high-quality off-grid power. The project did, however, highlight the need for large cost reductions necessary for significant market penetration. This paper presents a second generation design which attempts to address these issues.
公用级离网电力系统的设计与成本优化
电力公司开始向客户提供离网电力服务,以取代延长不经济的配电线路。在很大程度上,电力公司离网服务计划的成功取决于该公司能否以具有竞争力的价格为电力系统提供卓越的可靠性和电能质量。1992年12月,太平洋天然气和电力公司(美国)采购了第一代光伏发电系统,测试了离网服务的提供情况,该系统于1993年4月安装在一个客户的住所。该试点在技术上取得了成功,证明了电力公司可以提供可靠、高质量的离网电力。然而,该项目确实强调了大幅降低成本的必要性,这是市场渗透所必需的。本文提出了试图解决这些问题的第二代设计。
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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