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Ensuring System Reliability: Distributed Energy Resources and Bulk Power System Considerations

机译:确保系统可靠性:分布式能源和大功率系统注意事项

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摘要

Rooftop solar energy, storage batteries, and electric vehicles are changing the way people use and produce electricity. These are among the growing set of technologies called distributed energy resources (DERs) because they are typically connected to the utility at the medium-voltage distribution system. In general, the utility distribution system connects substations to homes and businesses. The effect of DE Rs on operating the power grid has been dramatic and exciting, and they provide both challenges and benefits to the entire grid: spanning utilization, distribution, and transmission voltage ranges. The zero-carbon resources among the broader family of DE Rs are critical in complying with state and federal energy policies. This, in turn, has required grid operators, utilities, regulators, consumer advocates, and lawmakers to reach out across traditional domains to engage in the robust dialog and coordination needed to integrate distribution-level resources to the larger high-voltage grid and the networked bulk power systems (BPSs).
机译:屋顶太阳能,蓄电池和电动汽车正在改变人们使用和发电的方式。这些是不断增长的称为分布式能源(DER)的技术之一,因为它们通常在中压配电系统上与公用事业部门相连。通常,公用事业配电系统将变电站连接到家庭和企业。 DE Rs对电网运行的影响是巨大而令人兴奋的,它们为整个电网带来了挑战和好处:跨越利用率,分布和输电电压范围。广泛的DE Rs系列中的零碳资源对于遵守州和联邦能源政策至关重要。反过来,这又要求电网运营商,公用事业,监管机构,消费者权益倡导者和立法者跨越传统领域,以进行将配电级资源集成到更大的高压电网和网络中所需的强大对话和协调。大容量电力系统(BPS)。

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