Study Of React Power In Chongqing Electric Power System Based On Advanced Evolutionary Progranming Arithmetic

The theory think reactive power optimization of actual high voltage wire system in Chongqing as research object. and found thorough research on advanced evolutionary programming arithmetic, which obtain some beneficial achievement. Those are: The theory amply analyze trait of high voltage wire in Chongqing and material adjusted-voltage demand, found a better factual reactive power optimization model, synchronously carry through rational predigest disposal to different adjusted-voltage measure in factual system, reduce optimization variables of model. also make for advancing efficiency of optimization account. The theory minutely analyze trait of evolutionary programming arithmetic and state variables breakout problem in solving reactive power optimization problem, link reactive power balance theory.. reactive power bed and subarea control theory and adjusted-voltage material law of actual system. The theory first put forward a effective variability quantity modified measure, escape unfeasible problem in evolutionary programming, also make evolutionary programming arithmetic in solving reactive power optimization problem more quick and effective. The theory go along detailed simulation analysis to have 102 node size actual system based on above optimization model and arithmetic. The result ?alidate efficiency of the arithmetic, at the same time also put forward a feasible project for reactive power optimization run administer of typical run method in factual system. The result indicates idea of the theory is effective and reliable by arithmetic of typical run method in factual electrical wire.