Performance of wind farm distribution system under balanced and unbalanced condition with SVC STATCOM

机译：SVC和STATCOM在平衡和不平衡条件下的风电场配电系统的性能

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Wind power is considered one of the most important non-conventional power sources to update fossil fuels for the era of energy. Stability of wind farm distribution system becomes more important for wind turbine mills. This paper offers the performance development of a distribution system related with wind turbine induction generator with the aid of the facts device SVC & STATCOM. The fixed wind speed induction generator stability is analyzed here. The performance of the distribution system, throughout an external three phase fault is investigated. Simulation results are presented for special cases consisting with and without SVC& STATCOM. For comparing the system with SVC and STATCOM five types of faults (LG, LLG, LLLG, LL and LLL) are considered. The simulation evaluation of stability of allotted device with WTIG is accomplished using MATLAB/SIMULINK.

机译：风能被认为是在能源时代更新化石燃料的最重要的非常规能源之一。风电场分配系统的稳定性对于风力涡轮机来说变得更加重要。本文借助事实设备SVC和STATCOM，提供了与风力发电机感应发电机相关的配电系统的性能开发。在此分析固定风速感应发电机的稳定性。研究了整个外部三相故障中配电系统的性能。针对带有和不带有SVC＆STATCOM的特殊情况，给出了仿真结果。为了将系统与SVC和STATCOM进行比较，考虑了五种故障（LG，LLG，LLLG，LL和LLL）。使用MATLAB / SIMULINK进行WTIG分配设备的稳定性仿真评估。

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来源
《2016 International Conference on Electrical Power and Energy Systems》|2016年|182-187|共6页
会议地点 Bhopal(IN)
作者
Satyadharma Bharti; Sanjay Dewangan; Salik Ram;
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作者单位

Department of Electrical Engineering, Rungta College of Engg Tech.Bhilai, India;

Department of Electrical Engineering, Rungta College of Engg Tech.Bhilai, India;

Department of Electrical Engineering, Christian College of Engg Tech.Bhilai, India;

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原文格式 PDF
正文语种 eng
中图分类
关键词
Static VAr compensators; Reactive power; Automatic voltage control; Power system stability; Wind farms; Wind power generation;

机译：静态VAr补偿器;无功;自动电压控制;电力系统稳定性;风电场;风力发电;

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1. A comprehensive comparison of STATCOM versus SVC-based fuzzy controller for stability improvement of wind farm connected to multi-machine power system [J] . Hemeida M. G., Rezk Hegazy, Hamada Mohamed M. Electrical engineering . 2018,第2期

机译：STATCOM与SVC为基于SVC的模糊控制器的全面比较，用于稳定性改进风电场连接到多机电力系统
2. Analysis and Assessment of Power System Including Wind Farm by Using SVC and STATCOM [J] . Saeid Jalilzadeh, Ahad Kazemi, Peyman Farhang International review of electrical engineering . 2012,第4PTaB期

机译：基于SVC和STATCOM的风电场等电力系统分析与评估。
3. Comparison of SVC and STATCOM Impacts on Wind Farm Stability Connected to Power System [J] . M. Sedighizadeh, A. Rezazadeh, M. Parayandeh International Journal of Engineering and Applied Sciences . 2010,第2期

机译：SVC和STATCOM对连接到电力系统的风电场稳定性影响的比较
4. Performance of wind farm distribution system under balanced and unbalanced condition with SVC STATCOM [C] . Satyadharma Bharti, Sanjay Dewangan, Salik Ram International Conference on Electrical Power and Energy Systems . 2016

机译：SVC＆Statcom平衡和不平衡条件下风电场分配系统的性能
5. Application of SVC and STATCOM to improve stability of AC/DC hybrid power systems and to suppress subsynchronous oscillation. [D] . Lin, Yong. 2012

机译：SVC和STATCOM的应用可提高AC / DC混合电源系统的稳定性并抑制次同步振荡。
6. Dataset on the performance of a three phase induction motor under balanced and unbalanced supply voltage conditions [O] . Aderibigbe Israel Adekitan, Isaac Samuel, Elizabeth Amuta 2019

机译：平衡和不平衡电源电压条件下三相感应电动机性能的数据集
7. A New Wind Turbine Generating System Model for Balanced and Unbalanced Distribution Systems Load Flow Analysis [O] . Ahmet Koksoy, Onur Ozturk, Murat Balci, 2018

机译：一种新的风力涡轮机生成系统模型，用于平衡和不平衡分配系统负载流分析

Performance of wind farm distribution system under balanced and unbalanced condition with SVC STATCOM

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