원문정보
피인용수 : 0건 (자료제공 : 네이버학술정보)
초록
영어
The building of distributed power and smart grid accelerates the development of intelligent contactor. The design of intelligent contactor has gradually attracted more attention. This review introduces the latest research progress of intelligent contactor including four aspects such as intelligent design and optimization, no-arc control technology, less bounce control technology and subsidiary structure and function. This review focuses on power electronics technology, artificial intelligence content algorithm, and feedback control and so on .Some ideas are proposed to be further studied. Finally, the intelligent contactor’s development is looked into with the future of China's energy management pattern.
목차
Abstract
1. Introduction
2. Intelligent Contactor Design Optimization
2.1. Optimization Goal
2.2. Optimization Method
3. No Arc Breaking Control Technology
3.1. Combined No Arc Contactor
3.2. Zero Current Breaking Control Principle
3.3. Zero Current Breaking Adaptive Control
3.4. The Breaker Dynamic Model Based On Neural Network
4. Contact Bounce Elimination Technology
4.1. The Dynamic Process of Contactor Closing
4.2. Contactor Closing Time Control
4.3. Dynamic Control of Intelligent Contactor Based on Feedback
4.4. The Determination of Variable Parameters in Closing Process of Contactor
4.5. Core Magnetic Flux Control Based On PWM
5. Accessory Structure and Function
5.1. Switch Power Technology
5.2. Accessory Control Module
6. Conclusion
Acknowledgements
References
1. Introduction
2. Intelligent Contactor Design Optimization
2.1. Optimization Goal
2.2. Optimization Method
3. No Arc Breaking Control Technology
3.1. Combined No Arc Contactor
3.2. Zero Current Breaking Control Principle
3.3. Zero Current Breaking Adaptive Control
3.4. The Breaker Dynamic Model Based On Neural Network
4. Contact Bounce Elimination Technology
4.1. The Dynamic Process of Contactor Closing
4.2. Contactor Closing Time Control
4.3. Dynamic Control of Intelligent Contactor Based on Feedback
4.4. The Determination of Variable Parameters in Closing Process of Contactor
4.5. Core Magnetic Flux Control Based On PWM
5. Accessory Structure and Function
5.1. Switch Power Technology
5.2. Accessory Control Module
6. Conclusion
Acknowledgements
References
저자정보
참고문헌
자료제공 : 네이버학술정보