Modeling and Control Design for Wind Energy Power Conversion Scheme Using Self-Excited Induction Generator

Natarajan K.; Sharaf A. M.; Sivakumar S.; Naganathan S.

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Modeling and Control Design for Wind Energy Power Conversion Scheme Using Self-Excited Induction Generator

机译：自励式异步发电机风能发电方案建模与控制设计

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This paper deals with dynamic modeling of self-excited induction generator connected to a supply system through a de link (converter-line commutated inverter) and digital control design for regulating the power transfer through the link. Using different sampling rates for the converter and inverter control loops, the proposed design ensures reduced reactive power burden on the induction generator. Results of implementation on a laboratory system are given.

机译：本文研究了通过de link（换流器线换向逆变器）连接到供电系统的自激感应发电机的动态建模以及用于调节通过该链路的功率传输的数字控制设计。建议的设计对转换器和逆变器控制回路使用不同的采样率，以确保减少感应发电机的无功功率负担。给出了在实验室系统上的实施结果。

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《Power Engineering Review, IEEE》 |1987年第9期|p.53-54|共2页
作者
Natarajan K.; Sharaf A. M.; Sivakumar S.; Naganathan S.;
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University of New Brunswick, Fredericton, NB, Canada;

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1. Modeling, control and fault diagnosis of an isolated wind energy conversion system with a self-excited induction generator subject to electrical faults [J] . Issam Attoui, Amar Omeiri Energy Conversion & Management . 2014,第juna期

机译：带有电气故障的带有自励感应发电机的隔离式风能转换系统的建模，控制和故障诊断
2. FUZZY CONTROLLER FOR SELF-EXCITED DUAL STAR INDUCTION GENERATOR WITH ONLINE ESTIMATION OF MAGNETIZING INDUCTANCE USED IN WIND ENERGY CONVERSION [J] . YACINE BENDJEDDOU, RACHID ABDESSEMED, ELKHEIR MERABET, Revue roumaine des sciences techniques . 2018,第4期

机译：自励双星感应发电机的模糊控制器，在线估计风能转换中的磁化系数
3. Voltage regulation of a stand-alone self-excited induction generator using STATCON with one cycle control technique for wind energy conversion system [J] . T.Elango, A.Senthil Kumar International journal of ambient energy . 2017,第5a8期

机译：使用STATCON和循环控制技术的独立自励感应发电机对风能转换系统的电压调节
4. Modelling and control design for self-excited induction generator with solid-state lead-lag VAr compensator in micro-hydro energy conversion scheme [C] . Khan, P.K.S., Chatterjee, . 1998

机译：微水能转换方案中具有固态超前滞后VAr补偿器的自激感应发电机的建模与控制设计
5. An induction machine model for optimisation of self-excited induction generator windings. [D] . Bell, Peter Alan. 1995

机译：用于优化自励感应发电机绕组的感应电机模型。
6. Power Quality Control and Design of Power Converter for Variable-Speed Wind Energy Conversion System with Permanent-Magnet Synchronous Generator [O] . Yüksel Oğuz, İrfan Güney, Hüseyin Çalık 2013

机译：永磁同步发电机变速风能转换系统的功率质量控制与设计
7. Robust Active and Reactive Power Control Schemes for a Doubly Fed Induction Generator Based Wind Energy Conversion System [O] . Ogeti Pedda Suresh 2016

机译：基于双馈感应发电机的风能转换系统的鲁棒有功和无功功率控制方案
8. INDUCTION GENERATORS FOR WIND ENERGY CONVERSION SYSTEMS Part I:Review of Induction Generator with Squirrel Cage Rotor Part II:The Double Output Induction Generator (DOIG) Progress Report for the period July - December 1975 [R] . T. S. Jayadev 1976

机译：用于风能转换系统的感应发电机第一部分：带有鼠笼式转子的感应发电机的回顾第二部分：1975年7月至12月期间的双输出感应发电机（DOIG）进度报告

Modeling and Control Design for Wind Energy Power Conversion Scheme Using Self-Excited Induction Generator

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