www.pudn.com > matlabsimulink.rar > c8s4_1.m, change:2010-07-11,size:1796b

```%第八章第三节TCSC仿真图绘制
% %***********************************************
%8-36 have  not TCSC
x=ScopeData1.time;
subplot(3,1,1);
plot(x,ScopeData1.signals.values);
grid on;
axis([0 1 -8000 8000]);
ylabel('Ua(V)')

subplot(3,1,2);
plot(x,(ScopeData2.signals.values(:,1))/1000000);
grid on;
axis([0 1 -2 12]);
ylabel('P(MW)')

subplot(3,1,3);
plot(x,(ScopeData2.signals.values(:,2))/1000000);
grid on;
axis([0 1 -2 12]);
ylabel('Q(Mvar)')

xlabel('t/s');
t=1
% %8-36 have TCSC
% x=VIabc_Prim1.time;
% subplot(3,1,1);
% plot(x,VIabc_Prim1.signals.values);
% grid on;
% axis([0 1 -8000 8000]);
% ylabel('Ua(V)')
%
% subplot(3,1,2);
% plot(x,(ScopeData1.signals.values(:,1))/1000000);
% grid on;
% axis([0 1 -2 12]);
% ylabel('P(MW)')
%
% subplot(3,1,3);
% plot(x,(ScopeData1.signals.values(:,2))/1000000);
% grid on;
% axis([0 1 -2 12]);
% ylabel('Q(Mvar)')
%
% xlabel('t/s');
% t=1

%***********************************************
% %8-20
% x=ScopeData1.time;
% plot(x,ScopeData1.signals(1,2).values(:,1),'k--',x,ScopeData1.signals(1,2).values(:,2),'k-');
% grid on;
% axis([0 1 0.93 1.1]);
% ylabel('Uj(p.u.)');
% legend('SVC','SVC')
%
%
%
% % subplot(3,2,5);
% % plot(x,VI_abc_inv.signals(1,1).values(:,3));
% % grid on;
% % axis([0.6 1.2 -2 2]);
% % ylabel('Vc')
% % xlabel('t/s');
% %
% % subplot(3,2,2);
% % plot(x,VI_abc_inv.signals(1,2).values(:,1));
% % grid on;
% % axis([0.6 1.2 -20 50]);
% % ylabel('Ia')
% %
% % subplot(3,2,4);
% % plot(x,VI_abc_inv.signals(1,2).values(:,2));
% % grid on;
% % axis([0.6 1.2 -20 50]);
% % ylabel('Ib')
% %
% % subplot(3,2,6);
% % plot(x,VI_abc_inv.signals(1,2).values(:,3));
% % grid on;
% % axis([0.6 1.2 -20 50]);
% % ylabel('Ic')
xlabel('t/s');
t=1

```