CAJ | 학술논문

提出了一种静止无功补偿器（staticvarcompensator，svc）的不平衡补偿方法。针对不平衡情况下的功率补偿需求，提出了基于佛布迪（fryze—buchholz．depenbrock，FBD）算法的等效电纳检测方法，有效减小了系统的计算量；为了提高SVC的补偿性能，提出了一种开环和闭环复合控制方法，并利用单纯形算法对控制参数进行动态调整，提高了系统的鲁棒性，大大提高了SVC的补偿精度和补偿性能，实现了三相系统的功率平衡。最后，仿真和实验验证了所提出方法的有效性和正确性。
제출료일충정지무공보상기（staticvarcompensator，svc）적불평형보상방법。침대불평형정황하적공솔보상수구，제출료기우불포적（fryze—buchholz．depenbrock，FBD）산법적등효전납검측방법，유효감소료계통적계산량；위료제고SVC적보상성능，제출료일충개배화폐배복합공제방법，병이용단순형산법대공제삼수진행동태조정，제고료계통적로봉성，대대제고료SVC적보상정도화보상성능，실현료삼상계통적공솔평형。최후，방진화실험험증료소제출방법적유효성화정학성。
An imbalance compensation method for static var compensator （SVC） is proposed. Firstly, in allusion to the demand on reactive power compensation under unbalanced conditions, a Fryze- Buchholz-Depenbrock （FBD） algorithm based method to detect equivalent susceptance is proposed, so the calculation burden can be effectively reduced; then to improve the compensation performance of SVC, a compound control method integrating open-loop control with closed-loop control is put forward, and the control parameters are dynamically adjusted by simplex algorithm, thus the robustness of control system is enhanced and both compensation accuracy and performance of SVC can be evidently improved, and the power balance in three-phase system can be implemented. The correctness and effectiveness of the proposed method are verified by results from simulation and experimental verification.