CAJ | 학술논문

在分析现有的九区图控制方法与模糊控制策略的基础上，将变电站电容器组投切精细化，利用TSC投切与MSC投切的不同特点，对传统的九区图控制进行了相应的改进，并将BP神经网络控制与模糊控制有效的结合，构成了模糊BP神经控制。该方法能有效减少变压器分接头与电容器组的调节，改善系统稳定性。
재분석현유적구구도공제방법여모호공제책략적기출상，장변전참전용기조투절정세화，이용TSC투절여MSC투절적불동특점，대전통적구구도공제진행료상응적개진，병장BP신경망락공제여모호공제유효적결합，구성료모호BP신경공제。해방법능유효감소변압기분접두여전용기조적조절，개선계통은정성。
Based on the analysis of existing nine-zone diagram control method and the fuzzy control strategy,the capacitor banks of substation are refined. Traditional nine-zone diagram control is improved by make use of different characteristics be-tween TSC and MSC switch. BP neural network control is combines with fuzzy control effectively to constitute the fuzzy BP neural control. The method can effectively reduce the regulation of transformer tap and capacitor banks to improve the system stability.