CAJ | 학술논문

针对综合电力系统（Integrated Power System,简称IPS）电能质量与系统稳定问题,在传统变流器的拓扑结构的基础上,利用逆变电路的续流二极管作为能量回馈电路,对其进行改进设计。利用该方法的变流器在飞轮储能系统中运行时可以支持能量的双向流动,实现储存能量时将电能转化为动能,释放能量时将动能转化为电能,从而维持整个储能系统的稳定。通过仿真和实验验证了变流器装置设计的合理性。
침대종합전력계통（Integrated Power System,간칭IPS）전능질량여계통은정문제,재전통변류기적탁복결구적기출상,이용역변전로적속류이겁관작위능량회궤전로,대기진행개진설계。이용해방법적변류기재비륜저능계통중운행시가이지지능량적쌍향류동,실현저존능량시장전능전화위동능,석방능량시장동능전화위전능,종이유지정개저능계통적은정。통과방진화실험험증료변류기장치설계적합이성。
Aimed at the problem of electric quality and system stabilization and based on the topology structure of traditional converter, energy feedback circuit is built by using continuous flow diode. The converter could keep the energy circulation in the system of flywheel energy storage, to enable the reciprocity between electric energy and kinetic energy. This can keep up the stability of the energy storage system. Simulation and experiment results show the validity of the design.