农业科技与装备
農業科技與裝備
농업과기여장비
Agricultural Science & Technology and Equipment
2015年
8期
30-33
,共4页
柴浩%梁洪元%杜鹏%王惠宁
柴浩%樑洪元%杜鵬%王惠寧
시호%량홍원%두붕%왕혜저
电力系统%无功优化%无功补偿%免疫遗传算法
電力繫統%無功優化%無功補償%免疫遺傳算法
전력계통%무공우화%무공보상%면역유전산법
power system%reactive optimization%reactive compensation%immune genetic algorithm
无功优化可以提高电力系统电压质量,降损节能,保证系统安全、经济运行.介绍无功优化方法研究情况,引入免疫机制遗传算法进行无功优化,建立电力系统无功优化的IGA的数学模型,并对IEEE30节点系统进行IGA仿真,验证该算法的优势.
無功優化可以提高電力繫統電壓質量,降損節能,保證繫統安全、經濟運行.介紹無功優化方法研究情況,引入免疫機製遺傳算法進行無功優化,建立電力繫統無功優化的IGA的數學模型,併對IEEE30節點繫統進行IGA倣真,驗證該算法的優勢.
무공우화가이제고전력계통전압질량,강손절능,보증계통안전、경제운행.개소무공우화방법연구정황,인입면역궤제유전산법진행무공우화,건립전력계통무공우화적IGA적수학모형,병대IEEE30절점계통진행IGA방진,험증해산법적우세.
Reactive power optimization can increase voltage quality of power system, reduce loss and assure safe and economic operation for the system. In the article, it introduced the research status of reactive power optimization method, it used immune genetic algorithm to do reactive power optimization, set up IGA mathematical model for power system reactive optimization, and did IGA simu-lation for IEEE30 node system, verified the advantages of the algorithm.
