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首页> 外文期刊>IEEE Transactions on Power Systems >Distributed Reactive Power Generation Control for Voltage Rise Mitigation in Distribution Networks
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Distributed Reactive Power Generation Control for Voltage Rise Mitigation in Distribution Networks

机译：分布式无功电压分配控制的分布式无功发电控制

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摘要

This paper addresses the problem of voltage rise mitigation in distribution networks with distributed generation. A distributed automatic control approach is proposed to alleviate the voltage rise caused by active power injection. The objective of the proposed approach is not to control bus voltage but to guarantee that generator injections alone do not cause significant voltage rise: a solution in which distribution network operators (DNOs) are kept to their traditional task of voltage regulation for load demand. The approach is discussed in the perspective of effectiveness and adequacy. Its consequences to DNO control effort are evaluated. Illustration is provided for a single feeder with stochastic generation and transformer on-load tap-changing voltage regulation.
机译：本文解决了分布式发电的配电网中缓解电压上升的问题。提出了一种分布式自动控制方法来减轻有功功率注入引起的电压上升。提出的方法的目的不是控制母线电压而是要保证仅发电机注入不会引起明显的电压上升：一种解决方案，配电网运营商（DNO）可以按照其传统的负载需求调节电压任务。从有效性和充分性的角度讨论了该方法。评估其对DNO控制工作的影响。提供了具有随机发电和变压器有载分接开关调压的单个馈线的图示。

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