Оригинал (Original)
Автори: Костов, И. Й., Мишков, Р. Л.
Заглавие: ОПТИМИЗАЦИЯ НА КЛАС АСИНХРОННИ ЗАДВИЖВАНИЯ ПО ОТНОШЕНИЕ НА КОЕФИЦИЕНТ НА ПОЛЕЗНО ДЕЙСТВИЕ И ФАКТОР НА МОЩНОСТТА
Ключови думи: Vector Control, Optimal Control, PWM Inverter, Induction Motors, Park and Clark Transformations, Power Factor, Efficiency.

Абстракт: The paper presents a thorough analysis of vector induction electrical drives class, orientated along the rotor flux linkage, with respect to power factor, efficiency and power losses. Mathematical models and respective realization software have been created modeling different single and combined criteria of optimality for the steady-state system modes, including the power factor, the efficiency, and different power losses in the machines. Special attention is focused on the work of loose drives in dependence of the speed and excitation current. The influence of power losses in the iron on the energy specifications is considered. Combined models in four dimensional space, based on both power factor and efficiency, have been created revealing the extremal domains. Библиография (7).

Библиография

  1. Benchaib A., C. Edwards, 2000, Nonlinear sliding mode control of an induction motor, Int. J. of Adaptive Control and Signal Procesing, том 14, стр. стр. 201-221
  2. Feng-Chieh Lin, Sheng-Ming Yang, 2003, On-line Tuning an Efficiency-Optimized Vector, Tamkang Journal of Science and Engineering, том Vol.6 (No2), стр. стр. 103-110
  3. Kostov I., K. Koutryanski, I. Ganchev, 2001, Optimisation of the steady-state modes in frequency-controlled electric drives with induction motors, Journal of the Technical University at Plovdiv, том vol. 7,, стр. стр. pp. 183-190
  4. Krishnan R.,, 2003, Electric motor drives, Singapore, Pearson Education
  5. Leonhard W.,, 2001, Control of electrical drives, Berlin, Springer-Verlag
  6. Yang S. M., F. C. Lin, 2003, Loss Minimization Control of Vector Controlled Induction Motor Drives, Journal of the Chinese Institute of Engineers,, том Vol. 26, стр. стр. 37-45
  7. Ключев, В. И.,, 1989, Теория на електрозадвижването, София, Техника

Издание

Journal of the Technical University at Plovdiv “Fundamental Sciences and Applications”, Anniversary Scientific Conference’, том 13, брой 4, стр. стр. 153-167, 2006, България, Пловдив, ISSN 1310-8271

Пълен текст на публикацията

Autors: Kostov, I. J., Mishkov, R. L.
Title: Optimization Of A Class Of Induction Drive With Respect To Efficiency And Power Factor
Keywords: Vector Control, Optimal Control, PWM Inverter, Induction Motors, Park and Clark Transformations, Power Factor, Efficiency.

Abstract: The paper presents a thorough analysis of vector induction electrical drives class, orientated along the rotor flux linkage, with respect to power factor, efficiency and power losses. Mathematical models and respective realization software have been created modeling different single and combined criteria of optimality for the steady-state system modes, including the power factor, the efficiency, and different power losses in the machines. Special attention is focused on the work of loose drives in dependence of the speed and excitation current. The influence of power losses in the iron on the energy specifications is considered. Combined models in four dimensional space, based on both power factor and efficiency, have been created revealing the extremal domains. References (7).

References

  1. Benchaib A., C. Edwards, 2000, Nonlinear sliding mode control of an induction motor, Int. J. of Adaptive Control and Signal Procesing, том 14, стр. стр. 201-221
  2. Feng-Chieh Lin, Sheng-Ming Yang, 2003, On-line Tuning an Efficiency-Optimized Vector, Tamkang Journal of Science and Engineering, том Vol.6 (No2), стр. стр. 103-110
  3. Kostov I., K. Koutryanski, I. Ganchev, 2001, Optimisation of the steady-state modes in frequency-controlled electric drives with induction motors, Journal of the Technical University at Plovdiv, том vol. 7,, стр. стр. pp. 183-190
  4. Krishnan R.,, 2003, Electric motor drives, Singapore, Pearson Education
  5. Leonhard W.,, 2001, Control of electrical drives, Berlin, Springer-Verlag
  6. Yang S. M., F. C. Lin, 2003, Loss Minimization Control of Vector Controlled Induction Motor Drives, Journal of the Chinese Institute of Engineers,, том Vol. 26, стр. стр. 37-45
  7. Ключев, В. И.,, 1989, Теория на електрозадвижването, София, Техника

Issue

Journal of the Technical University at Plovdiv “Fundamental Sciences and Applications”, Anniversary Scientific Conference’, vol. 13, issue 4, pp. 153-167, 2006, Bulgaria, Plovdiv, ISSN 1310-8271

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