11基于Matlab和CPLEX的2变量机组组合调度程序.zip

function new_dataUC = expend(dataUC, time, t_time) if dataUC.expended == 1 printf('This system have been expended, so it can not be expended again!'); new_dataUC = dataUC; else new_dataUC = dataUC; %%%% 下面扩展系统，根据机组倍数，还有时段倍数 if (time>1) new_dataUC.expended = 1; new_dataUC.N = dataUC.N*time; new_dataUC.alpha = []; new_dataUC.beta = []; new_dataUC.gamma = []; new_dataUC.p_low =[]; new_dataUC.p_up = []; new_dataUC.Cold_hour = []; new_dataUC.Hot_cost =[]; new_dataUC.Cold_cost =[]; new_dataUC.time_on_off_ini = [];new_dataUC.time_min_on =[]; new_dataUC.time_min_off =[]; new_dataUC.u0 =[]; new_dataUC.p_startup =[]; new_dataUC.p_rampup=[]; new_dataUC.p_shutdown =[]; new_dataUC.p_rampdown =[]; new_dataUC.p_initial =[]; for i = 1:dataUC.N new_dataUC.alpha = [new_dataUC.alpha;dataUC.alpha(i)*ones(time,1)];new_dataUC.beta = [new_dataUC.beta;dataUC.beta(i)*ones(time,1)];new_dataUC.gamma = [new_dataUC.gamma;dataUC.gamma(i)*ones(time,1)]; new_dataUC.p_low = [new_dataUC.p_low;dataUC.p_low(i)*ones(time,1)];new_dataUC.p_up = [new_dataUC.p_up;dataUC.p_up(i)*ones(time,1)]; new_dataUC.Cold_hour = [new_dataUC.Cold_hour;dataUC.Cold_hour(i)*ones(time,1)]; new_dataUC.Hot_cost = [new_dataUC.Hot_cost;dataUC.Hot_cost(i)*ones(time,1)];new_dataUC.Cold_cost = [new_dataUC.Cold_cost;dataUC.Cold_cost(i)*ones(time,1)]; new_dataUC.time_on_off_ini = [new_dataUC.time_on_off_ini;dataUC.time_on_off_ini(i)*ones(time,1)]; new_dataUC.time_min_on = [new_dataUC.time_min_on;dataUC.time_min_on(i)*ones(time,1)]; new_dataUC.time_min_off = [new_dataUC.time_min_off;dataUC.time_min_off(i)*ones(time,1)]; new_dataUC.u0 = [new_dataUC.u0;dataUC.u0(i)*ones(time,1)]; new_dataUC.p_startup=[new_dataUC.p_startup;dataUC.p_startup(i)*ones(time,1)]; new_dataUC.p_rampup=[new_dataUC.p_rampup;dataUC.p_rampup(i)*ones(time,1)]; new_dataUC.p_shutdown=[new_dataUC.p_shutdown;dataUC.p_shutdown(i)*ones(time,1)]; new_dataUC.p_rampdown=[new_dataUC.p_rampdown;dataUC.p_rampdown(i)*ones(time,1)]; new_dataUC.p_initial=[new_dataUC.p_initial;dataUC.p_initial(i)*ones(time,1)]; end new_dataUC.PD = new_dataUC.PD * time; new_dataUC.spin = new_dataUC.spin * time; end if (t_time >1 ) new_dataUC.expended = 1; new_dataUC.T = dataUC.T*t_time; new_dataUC.PD = []; new_dataUC.spin = []; PD_insert = 1; PD_copy = 0; %%%对pd0*time后进行进行插值 if PD_insert == 1 PD_ini = [dataUC.PD(1)*1;dataUC.PD]; spin_ini = [dataUC.spin(1)*1;dataUC.spin]; for i=2:25 a = PD_ini(i-1); b = PD_ini(i); deltaPD = (b-a)/t_time; c = spin_ini(i-1); d = spin_ini(i); delta_spin = (d-c)/t_time; for j=1:t_time new_dataUC.PD = [new_dataUC.PD;a+j*deltaPD]; new_dataUC.spin = [new_dataUC.spin; c+j*delta_spin]; end end end % 对pd0*time后 copy扩展t_time次， if PD_copy == 1 PD1=time*dataUC.PD; spin1 = time*dataUC.spin; for i=1:t_time new_dataUC.PD = [new_dataUC.PD;PD1]; new_dataUC.spin = [new_dataUC.spin;spin1]; end new_dataUC.PD = new_dataUC.PD(1:new_dataUC.T); new_dataUC.spin = new_dataUC.spin(1:new_dataUC.T); new_dataUC.spin = new_dataUC.spin + new_dataUC.PD *0.00; end end end end