CAJ | 학술논문

在含有多个DFACTS装置的系统中，各控制器是针对不同的控制功能单独设计的，这使得各个控制作用相互孤立甚至是矛盾的。针对单独设计的DFACTS控制器间存在交互影响的问题，将DFACTS控制器的协调转化为多目标优化问题，以含配电网静止无功补偿器（ DSVC）和配电网静止同步补偿器（ DSTATCOM）的单负荷无穷大配电系统为研究对象，运用带精英策略的非支配排序遗传算法（ NSGA-II）对DFACTS控制器的各参数进行优化。时域仿真结果表明，优化后的控制器间的交互影响得到了较好的抑制，系统的动态特性得到了较大提高，验证了NSGA-II算法的有效性。
재함유다개DFACTS장치적계통중，각공제기시침대불동적공제공능단독설계적，저사득각개공제작용상호고립심지시모순적。침대단독설계적DFACTS공제기간존재교호영향적문제，장DFACTS공제기적협조전화위다목표우화문제，이함배전망정지무공보상기（ DSVC）화배전망정지동보보상기（ DSTATCOM）적단부하무궁대배전계통위연구대상，운용대정영책략적비지배배서유전산법（ NSGA-II）대DFACTS공제기적각삼수진행우화。시역방진결과표명，우화후적공제기간적교호영향득도료교호적억제，계통적동태특성득도료교대제고，험증료NSGA-II산법적유효성。
In the power distribution system with multi DFACTS devices,controllers are separately designed aiming at different functions,which makes the controllers be isolated or even contradictory. Aiming at the problem of reciprocal influence between separately designed DFACTS controllers,the coordination of the DFACTS controllers has been turned into multiple target optimization problems,so the single-load infinite-bus distribution system with DSVC and DSTATCOM will be regarded as the research object. The NSGA-II( Non-Dominated Sorting Genetic Algorithm-II)is adopted to optimize the DFACTS controller parameters. Time-domain simulation results show that the recipro-cal influence has been greatly alleviated and the dynamic performance has been improved,which verify the effective-ness of the algorithm.