Control Scheme for Distributed Generator ProvidingNetwork Voltage Support
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电力系统自动化2012年36卷第8期 页码:198-202
作者机构:
Department of Electronic and Electrical Engineering,University of Bath,Bath,UK
作者简介:
基金信息:
EPSRC SUPERGEN 1 Renewal Core-FlexNet: Renewal of the Supergen consortium on Future Network Technologies. EPSRC GRANT Reference EP/E4011X/1.
DOI:
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纸质出版日期:2012
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Wenting SHANG, Miles A.REDFERN. Control Scheme for Distributed Generator ProvidingNetwork Voltage Support[J]. 电力系统自动化, 2012,36(8):198-202.
Wenting SHANG, Miles A.REDFERN. Control Scheme for Distributed Generator ProvidingNetwork Voltage Support[J]. 电力系统自动化, 2012,36(8):198-202.DOI:
DOI:
Control Scheme for Distributed Generator ProvidingNetwork Voltage Support
摘要
The distributed generator over the last30years has posed several challenges when they are connected to adistributed network.The most immediate problem is to change the voltage at the connection point depending on thepower supplied to the network and may cause it to exceed statutory limits.This paper describes a new controlscheme for a distributed generator for supporting the voltage control in the network,thus ensuring the distributedgenerator to contribute to network voltage management.The scheme performance is demonstrated by a model for adistributed generator connected to a distribution network.The result shows that using the new control scheme,thedistribution network voltage constraints are maintained while maximizing the active power delivered by distributedgenerators.
Abstract
The distributed generator over the last30years has posed several challenges when they are connected to adistributed network.The most immediate problem is to change the voltage at the connection point depending on thepower supplied to the network and may cause it to exceed statutory limits.This paper describes a new controlscheme for a distributed generator for supporting the voltage control in the network,thus ensuring the distributedgenerator to contribute to network voltage management.The scheme performance is demonstrated by a model for adistributed generator connected to a distribution network.The result shows that using the new control scheme,thedistribution network voltage constraints are maintained while maximizing the active power delivered by distributedgenerators.