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심구 또는 이중 농형 회전자를 가진유도기의 전동 또는 발전 운전시 특성 해석

Characteristics Analysis for Motor or Generator Operating of Induction Machine with Deep or Double Cage Rotor

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초록

Both of induction generator and synchronous generator is available in the hydroelectric power plant. If the outputof the power station is large, the synchronous generator is mainly used but when its output is low, the induction generator isoften used. If the output capacity is small, there is a case in which induction motor is used as a generator. Torque at ratedoperation and start of the induction motor is different depending on the shape of the rotor. Small and medium-sized squirrel-cageinduction motor is used primarily double cage rotor or deep bar. In this study, we attempt to interpret characteristics for doublecage rotor or deep bar that occur when operating in the induction generator based on the parameters that have been designedand manufactured as an induction motor.

Abstract

Both of induction generator and synchronous generator is available in the hydroelectric power plant. If the outputof the power station is large, the synchronous generator is mainly used but when its output is low, the induction generator isoften used. If the output capacity is small, there is a case in which induction motor is used as a generator. Torque at ratedoperation and start of the induction motor is different depending on the shape of the rotor. Small and medium-sized squirrel-cageinduction motor is used primarily double cage rotor or deep bar. In this study, we attempt to interpret characteristics for doublecage rotor or deep bar that occur when operating in the induction generator based on the parameters that have been designedand manufactured as an induction motor.

참고문헌 (9)

  1. K. S. Pankaj, "Application Guidelines for Induction Generators", Proc. International Conference on Electrical Machines and Drives, Milwaukee, Wisconsin, May 18-21, pp.WC1 (1997), 5.1~WC1[DOI]
  2. 김종겸, "소수력에 적용한 동기발전기와 유도발전기의 운전 특성 비교", 전기학회 논문지 P권, 63(2), pp.55~60 (2014), 대한전기학회
  3. 김종겸, "농업용 보의 수차 발전기 효율 분석", 전기학회논문지, 62(9), pp.1223~1227 (2013), 대한전기학회[DOI]
  4. 김종겸, "유도전동기를 발전기로 사용시동작 특성 해석", 신재생에너지, 10(2), pp.5~11 (2014), 한국신·재생에너지학회
  5. Jong-Gyeum Kim, "Operating characteristic analysis of the induction motor as a generator", Electrical Machinery & Energy Conversion Systems Society Annual Spring Conference, pp.165~167 (2012)
  6. M. Godoy Simoes, "Farret, Renewable Energy Systems-Design and Analysis with Induction Generators" (2004), CRC Press
  7. IEEE Standard Test Procedure for Polyphase Induction Motors and Generator, "IEEE", IEEE, ~, pp.IEEE Std 112-2004
  8. Paul L. Cochran, "Poly Induction Motors-Analysis, Design and Application" (1989), Marcel Dekker
  9. John R. Smith, "Three-Phase Electrical Machine Systems-Computer Simulation" (1994), John Wiley & Sons

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