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Microgrids, Distributed Energy Resources Smart Grids Changing Planning, Design and Operations of the Power System

机译:MicroGrids,分布式能源和智能电网不断变化电力系统的规划,设计和操作

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The electric industry is at a major crossroad and traditional approaches to problem solving are being replaced by new technologies including distributed resources, microgrids, storage and demand response. The traditional grid was originally designed for one job: to deliver electricity one direction to customers from a handful of power plants. It didn't have to be flexible or adaptable or transparent - it just had to be strong and reliable. The steady, one-way flow of electricity that has been around for more than a century is transforming into an active, multidirectional stream of power that shifts back and forth between customers across the utility grid. Additionally, the penetration of wind, solar, storage and load response are contributing to reshaping power system analysis.
机译:电力工业处于一个主要的十字路口,传统的解决问题解决方法正在被新技术所取代,包括分布式资源,微电网,储存和需求响应。传统的网格最初是为一份工作而设计的:从少数发电厂向客户提供电力。它不一定是灵活性或适应性或透明 - 它必须坚强可靠。已经存在的稳定,单向电流已经存在于一个多个世纪以来的电力转变为一个有效的多向电源,可以在整个公用事业电网之间来回移动。另外,风,太阳能,储存和负载响应的渗透是有助于重塑电力系统分析。

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