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Microgrid interoperability: First steps from policy to implementation

机译:微电网互操作性:从政策到实施的第一步

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There have been no shortage of discussions, policies, executive orders, special committees, conferences and natural disasters to enumerate the benefits of microgrids. However, as we pass the 10 year anniversary of Hurricane Katrina and the 2 year anniversary of Superstorm Sandy the proliferation of microgrids is still seemingly trapped in a wave of dialogue and a limited number of projects which resemble the Department of Energy's definition of a localized resiliency solution - WHY? Ultimately, the widespread implementation of microgrids will be driven by a clear and logical approach to addressing baseline attributes of these systems; self-healing, dynamic participation and asset optimization are but a few. This paper will examine an approach for one of the first essential attributes to be confronted in the planning and design of microgrids, which is to understand the parameters for seamless transition between grid-tied and island modes of operation.
机译:为了列举微电网的好处,不乏讨论,政策,行政命令,专门委员会,会议和自然灾害。但是,随着我们度过卡特里娜飓风10周年和超级风暴桑迪2周年,微电网的扩散似乎仍陷于对话浪潮和数量有限的项目中,这些项目类似于能源部对本地弹性的定义解决方案-为什么?最终,微电网的广泛实施将由解决这些系统的基线属性的清晰而合乎逻辑的方法来推动;自我修复,动态参与和资产优化只是少数几个。本文将研究微电网规划和设计中首先要面对的一项重要属性的方法,即了解网格并网和孤岛运行模式之间无缝过渡的参数。

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