考虑SVG控制模式的风电场系统中频谐振分析与抑制

TM712%TM614; 目前对集群风电场谐振的研究多集中于次同步与高频谐振问题,缺乏对含静止无功发生器(SVG)的集群风电场中频谐振机理的深入探索.针对空载线路投入导致的风电场区域系统中频谐振问题,根据谐波线性化理论,分别建立定功率因数控制与恒无功控制模式的SVG序阻抗模型以及直驱风机序阻抗模型.采用阻抗分析法,发现SVG采用定功率因数控制将扩大风电场区域系统中频负阻尼范围,增加风电场区域系统发生中频谐振的风险,因此提出一种基于SVG电压前馈施加低通滤波器的谐振抑制措施,实现对风电场区域系统的阻抗重塑,以减小风电场区域系统负阻尼区间.最后通过仿真验证了理论分析和所提谐振抑制措施的正确性....

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Published in电力自动化设备 Vol. 43; no. 9; pp. 39 - 46
Main Authors 陈继开, 郝鑫, 常旗峰, 李平, 李浩茹, 初壮
Format Journal Article
LanguageChinese
Published 东北电力大学 现代电力系统仿真控制与绿色电能新技术教育部重点实验室,吉林 吉林 132012 01.09.2023
Subjects
控制模式
resonance suppression
中频谐振
SVG
cluster wind farm
静止无功发生器
集群风电场
medium frequency resonance
control mode
谐振抑制
Online AccessGet full text
ISSN1006-6047
DOI10.16081/j.epae.202307021

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Abstract TM712%TM614; 目前对集群风电场谐振的研究多集中于次同步与高频谐振问题,缺乏对含静止无功发生器(SVG)的集群风电场中频谐振机理的深入探索.针对空载线路投入导致的风电场区域系统中频谐振问题,根据谐波线性化理论,分别建立定功率因数控制与恒无功控制模式的SVG序阻抗模型以及直驱风机序阻抗模型.采用阻抗分析法,发现SVG采用定功率因数控制将扩大风电场区域系统中频负阻尼范围,增加风电场区域系统发生中频谐振的风险,因此提出一种基于SVG电压前馈施加低通滤波器的谐振抑制措施,实现对风电场区域系统的阻抗重塑,以减小风电场区域系统负阻尼区间.最后通过仿真验证了理论分析和所提谐振抑制措施的正确性.
AbstractList TM712%TM614; 目前对集群风电场谐振的研究多集中于次同步与高频谐振问题,缺乏对含静止无功发生器(SVG)的集群风电场中频谐振机理的深入探索.针对空载线路投入导致的风电场区域系统中频谐振问题,根据谐波线性化理论,分别建立定功率因数控制与恒无功控制模式的SVG序阻抗模型以及直驱风机序阻抗模型.采用阻抗分析法,发现SVG采用定功率因数控制将扩大风电场区域系统中频负阻尼范围,增加风电场区域系统发生中频谐振的风险,因此提出一种基于SVG电压前馈施加低通滤波器的谐振抑制措施,实现对风电场区域系统的阻抗重塑,以减小风电场区域系统负阻尼区间.最后通过仿真验证了理论分析和所提谐振抑制措施的正确性.
Author 李平
陈继开
初壮
郝鑫
常旗峰
李浩茹
AuthorAffiliation 东北电力大学 现代电力系统仿真控制与绿色电能新技术教育部重点实验室,吉林 吉林 132012
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Author_FL CHANG Qifeng
LI Ping
LI Haoru
CHU Zhuang
CHEN Jikai
HAO Xin
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Keywords 控制模式
resonance suppression
中频谐振
SVG
cluster wind farm
静止无功发生器
集群风电场
medium frequency resonance
control mode
谐振抑制
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Title 考虑SVG控制模式的风电场系统中频谐振分析与抑制
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