风力发电机通用化建模研究

TM614%TM743; 　　对风力发电机研究目的不同导致风力发电机建模方式、方法各异，不同模型之间无法共享和统一评价。基于此提出风力发电机建模通用化概念，将常规风力发电机建模分为风速建模、风力机建模、发电机建模、电气控制部分建模和模型参数规范等五部分，针对每部分提出相应的通用化建模思路，最后提出基于制造参数和电网运行数据两种评价方向。模型通用化研究对风力发电机建模技术标准化和更好的服务于现代电力系统稳定性分析有一定意义。...

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Published in电力系统保护与控制 Vol. 41; no. 13; pp. 1 - 6
Main Author 张涛 胡立锦 张新燕 常喜强 王坤 陈煜
Format Journal Article
LanguageChinese
Published 新疆大学电气工程学院,新疆 乌鲁木齐,830047%新疆大学电气工程学院，新疆 乌鲁木齐 830047 2013
重庆市电力公司建行分公司，重庆 410021%新疆电力公司,新疆 乌鲁木齐,830002
Subjects
Matlab
电力系统稳定性
通用化
风力发电机建模
电力系统稳定性
power system stability
通用化
风力发电机建模
wind turbine modeling
universal
Matlab
Online AccessGet full text
ISSN1674-3415

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Summary:TM614%TM743; 　　对风力发电机研究目的不同导致风力发电机建模方式、方法各异，不同模型之间无法共享和统一评价。基于此提出风力发电机建模通用化概念，将常规风力发电机建模分为风速建模、风力机建模、发电机建模、电气控制部分建模和模型参数规范等五部分，针对每部分提出相应的通用化建模思路，最后提出基于制造参数和电网运行数据两种评价方向。模型通用化研究对风力发电机建模技术标准化和更好的服务于现代电力系统稳定性分析有一定意义。
Bibliography:wind turbine modeling; universal; power system stability; Matlab
Different purposes of research on wind turbines cause different types of modeling methods, and these models can not share and unify the evaluation. Based on this, this paper proposes universal wind turbine modeling concept, and then divides the conventional wind turbine modeling into wind speed modeling, wind turbine modeling, generator modeling, electric control system modeling and model parameter specification. For every part, this paper tries to give a corresponding method to the universal modeling. Finally two evaluation directions are proposed, which are based on the manufacturing parameters or power grid operation data. Research on the wind power generator universal modeling technology has a a certain significance both on the standardization of wind power generator modeling and analysis of the modem power system stability.
41-1401/TM
ZHANG Tao, HU Li-jin, ZHANG Xin-yan, CHANG Xi-qiang, WANG Kun, CHEN Yu （1. College of Electrical Engineering,
ISSN:1674-3415