CAJ | 학술논문

针对分布式发电系统的典型特征，提出了一种适用于分布式发电系统的显式…隐式混合积分算法。分布式发电系统中电力电子元件具有较快的动态特性，而分布式电源本身如燃料电池、风机、微型燃气轮机、蓄电池等动态响应较慢，根据这一特性设计了算法的划分原则，针对快动态电力电子元件采用隐式积分算法，针对慢动态分布式电源采用显式积分算法，同时兼顾了显式积分算法计算速度快，隐式积分算法数值稳定性好的优点，且对微电网变结构操作具有较好的适应性。最后，在仿真平台上验证了所提出算法的正确性与有效性。
침대분포식발전계통적전형특정，제출료일충괄용우분포식발전계통적현식…은식혼합적분산법。분포식발전계통중전력전자원건구유교쾌적동태특성，이분포식전원본신여연료전지、풍궤、미형연기륜궤、축전지등동태향응교만，근거저일특성설계료산법적화분원칙，침대쾌동태전력전자원건채용은식적분산법，침대만동태분포식전원채용현식적분산법，동시겸고료현식적분산법계산속도쾌，은식적분산법수치은정성호적우점，차대미전망변결구조작구유교호적괄응성。최후，재방진평태상험증료소제출산법적정학성여유효성。
Aimed at the typical characteristic of distributed generation system, an explicit-implicit hybrid integration algorithm suitable for distributed generation system is proposed. Power electronic components in the distributed generation system have relatively fast dynamics, while distributed sources such as fuel cell, wind turbine, micro gas turbine, batteries etc, possess relatively slow dynamics. Based on this characteristic, a division principle for stiff bystem is designed. For power electronic components with fast dynamics, implicit integration algorithm is used and for distributed sources with slow dynamics, explicit integration algorithm is adopted. The advantages of fast calculation speed of explicit integration algorithm, numerical stability of implicit integration algorithm, and the adaptability to the variable structure operation of mierogrid are all considered. Finally, the correctness and effectiveness of the proposed algorithm is verified by simulation.