CAJ | 학술논문

随着以各种分布式发电技术为基础的微网技术的快速发展，微网暂态稳定性已成为微网研究中的一项重要内容。由于微网的结构和控制策略等在不同的应用场合不尽相同，因而微网的暂态稳定问题较为复杂。针对以上问题，从影响微网暂态稳定性的4个主要方面，包括分布式微源类型、微源接口类型、负载特性和故障类型，对微网的暂态稳定性进行了总结。在此基础上，总结了提高微网暂态稳定性的主要措施。最后，探讨了微网暂态稳定性研究所亟需解决的关键问题，并就相关研究方向进行了展望。
수착이각충분포식발전기술위기출적미망기술적쾌속발전，미망잠태은정성이성위미망연구중적일항중요내용。유우미망적결구화공제책략등재불동적응용장합불진상동，인이미망적잠태은정문제교위복잡。침대이상문제，종영향미망잠태은정성적4개주요방면，포괄분포식미원류형、미원접구류형、부재특성화고장류형，대미망적잠태은정성진행료총결。재차기출상，총결료제고미망잠태은정성적주요조시。최후，탐토료미망잠태은정성연구소극수해결적관건문제，병취상관연구방향진행료전망。
With the rapid development of microgrid technology based on various distributed generators,the transient stability problem has now become one of the most important contents in researches of microgrid system.Both structure and control strategy of microgrid vary with different applications,so the transient stability of microgrid is very complex.In order to solve the problem,the effects on the transient stability of microgrid are summarized from four main aspects:the types of distributed generation,power electronic interface,the load and fault in microgrid,which affects the dynamic behavior of microgrid when subjecting to large disturbances,and the measures to improve its transient stability are summarized.Finally,key issues and prospects on microgrid transient stability to be solved are presented.