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An effective load shedding remedial action scheme considering wind farms generation

机译:考虑风电场发电的有效减载补救措施方案

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摘要

In this paper, a fast load shedding remedial action scheme (RAS) is developed considering generation pattern of local wind farms using wide area monitoring framework. In the proposed RAS, the shedding candidates are selected and prioritized based on load types and their impacts on the voltage profile and transient performance of the system. The dynamics of wind farms are also included in the shedding requirements and formulas by defining effectiveness indices which are calculated based on the contribution of each generator to the dynamic performance of the system. This allows secure operation of the system after major contingencies while impacted customers are minimized. The proposed methodology, shedding formulas, and corresponding requirements are verified for the BC Hydro system using the PSS/E dynamic simulation package. Crown Copyright (C) 2017 Published by Elsevier Ltd. All rights reserved.
机译:本文基于广域监测框架,结合当地风电场的发电方式,提出了一种快速减载补救方案(RAS)。在建议的RAS中,根据负载类型及其对系统的电压分布和瞬态性能的影响,选择并优先考虑脱落的候选对象。通过定义效率指标,风电场的动态也包括在排放要求和公式中,该效率指标是基于每个发电机对系统动态性能的贡献来计算的。这样可以在发生重大突发事件之后安全地运行系统,同时将受影响的客户降至最低。使用PSS / E动态仿真程序包对BC Hydro系统验证了所提出的方法,排放公式和相应要求。 Crown版权所有(C)2017,由Elsevier Ltd.出版。保留所有权利。

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