The DER Revolution and Right Sizing of Energy Resources

K. Wang
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Abstract

Small, distributed resources provide benefits to both utilities and end users, and installation of these resources continues to grow in number. Small generators located at or near the loads they serve have the technical and economic advantage over large remote plants when siting, construction time, reliability, and operational flexibility are considered. Among these advantages include avoidance of significant grid construction and maintenance costs and improvements to utility grid performance. This presentation starts with a historical look at the evolution of steam turbine power stations from local, neighborhood-scale generators into huge, remote power plants in the 1960s. It also discusses the technical and economic impacts of DER on the existing grid infrastructure
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DER革命与能源资源的合理规模
小型的分布式资源对公用事业和最终用户都有好处,而且这些资源的安装数量还在不断增加。考虑到选址、施工时间、可靠性和操作灵活性等因素,与大型远程发电厂相比,位于其服务负载附近或附近的小型发电机具有技术和经济优势。这些优点包括避免了大量的电网建设和维护成本,并改善了公用事业电网的性能。本演讲首先回顾了20世纪60年代,蒸汽轮机发电站从当地的、社区规模的发电机发展到大型的、偏远的发电厂的历史演变。本文还讨论了分布式电源对现有电网基础设施的技术和经济影响
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