电气自动化
電氣自動化
전기자동화
ELECTRICAL AUTOMATION
2015年
1期
91-93
,共3页
高迪%路瑶%赵娟娟%郭志成
高迪%路瑤%趙娟娟%郭誌成
고적%로요%조연연%곽지성
配电网%Tabu%无功补偿%优化规划%电容器组
配電網%Tabu%無功補償%優化規劃%電容器組
배전망%Tabu%무공보상%우화규화%전용기조
distribution network%Tabu reactive compensation%optimal planning%capacitor bank
配电网最优无功补偿主要考虑最优补偿容量的确定、最优补偿设备的分布等问题,来降低网络损耗,提高系统的电能质量。针对目前配电网的无功补偿问题,采用禁忌搜索算法,通过扩大邻域搜索范围,利用 IEEE69节点进行算例分析,从而实现系统无功功率补偿的全局最优状态。
配電網最優無功補償主要攷慮最優補償容量的確定、最優補償設備的分佈等問題,來降低網絡損耗,提高繫統的電能質量。針對目前配電網的無功補償問題,採用禁忌搜索算法,通過擴大鄰域搜索範圍,利用 IEEE69節點進行算例分析,從而實現繫統無功功率補償的全跼最優狀態。
배전망최우무공보상주요고필최우보상용량적학정、최우보상설비적분포등문제,래강저망락손모,제고계통적전능질량。침대목전배전망적무공보상문제,채용금기수색산법,통과확대린역수색범위,이용 IEEE69절점진행산례분석,종이실현계통무공공솔보상적전국최우상태。
For the optimal reactive compensation of distribution networks,among main considerations are determination of optimal compensation capacity and distribution of optimal compensation devices,aiming at reducing network loss and improving the electric power quality. In view of existing reactive compensation of distribution networks,the Tabu search algorithm is adopted,so that the neighborhood search scope is expanded and IEEE69 node is used for analysis of example so as to achieve the global optimal state of reactive compensation of the system.