Research on power grid operation optimization strategy based on adjustable load
To further strengthen the operation and regulation of smart grids,an operation optimization strategy based on adjustable loads is proposed.Among them,considering the problem that traditional load regulation does not consider constraint conditions,a real-time distributed adjustable load control algorithm with power supply constraints is constructed to control the adjustable load connected to the power grid at a certain time,making the total power load change curve approach the power supply rate curve of the power grid.The experimental results indicate that the algorithm constructed in this study can make the total load power curve infinitely approxi-mate the planned power supply curve;When t=12,the absolute difference between the electricity consumption power obtained from load scheduling and the total load power is maintained between[0,3]kW,while the absolute difference fluctuation range of the real-time distributed adjustable load control algorithm without power supply constraints is between[1,6].From this,it can be concluded that introducing load scheduling with constraints is more effective.
smart gridadjustable loadpower grid optimizationincluding power supply constraintsabsolute difference fluctu-ation
万方数据
维普
