科技通报
科技通報
과기통보
BULLETIN OF SCIENCE AND TECHNOLOGY
2014年
2期
56-58
,共3页
遗传算法%电力系统%故障检测%单点故障
遺傳算法%電力繫統%故障檢測%單點故障
유전산법%전력계통%고장검측%단점고장
genetic algorithm%power system%fault detection%single point fault
电力系统是复杂的系统，故障检测是保障其可靠运行的重要手段。将改进型的遗传算法应用到电力系统故障检测中，将问题转化为0-1整规划问题，并采取单点故障完全初始化种群等措施，优化求解算法，提高收敛性能。并在算法的迭代过程中对不完备信息进行判断，取得了较好的检测效果。算例结果表明，对于信息缺失等情况，改进后的遗传算法具有良好的信息处理能力，具有实用价值。
電力繫統是複雜的繫統，故障檢測是保障其可靠運行的重要手段。將改進型的遺傳算法應用到電力繫統故障檢測中，將問題轉化為0-1整規劃問題，併採取單點故障完全初始化種群等措施，優化求解算法，提高收斂性能。併在算法的迭代過程中對不完備信息進行判斷，取得瞭較好的檢測效果。算例結果錶明，對于信息缺失等情況，改進後的遺傳算法具有良好的信息處理能力，具有實用價值。
전력계통시복잡적계통，고장검측시보장기가고운행적중요수단。장개진형적유전산법응용도전력계통고장검측중，장문제전화위0-1정규화문제，병채취단점고장완전초시화충군등조시，우화구해산법，제고수렴성능。병재산법적질대과정중대불완비신식진행판단，취득료교호적검측효과。산례결과표명，대우신식결실등정황，개진후적유전산법구유량호적신식처리능력，구유실용개치。
Power system was a complex system, fault detection was a kind of important methods to ensure the reliable op-eration of system. The improved genetic algorithm was applied to the fault detection of power system, the problem can be converted to 0-1 integer programming problem. Some kinds of measures such as single point of fault completely initial-ized were taken to optimize algorithms, enhance the convergence performance. The absent information was estimated in the iterative process, getting the better detection effects. The results of numerical examples showed that the improved ge-netic algorithm had good ability to handle fault conditon and pragmatic value.
