Hi,
So sorry to bother you with these basic questions, but I’m really struggling to
output the maximum real power and critical voltage at the nose point of the PV
curve.
I have searched and find this example:
define_constants;
mpopt = mpoption('out.all',0,'verbose',2);
mpopt = mpoption('cpf.stop_at','nose','cpf.step',0.2);
mpopt = mpoption(mpopt,'cpf.plot.level',2);
mpcb = loadcase('case9'); % load base case
mpct = mpcb; % set up target case with
mpct.gen(:, [PG QG]) = mpcb.gen(:, [PG QG])*2.5
mpct.bus(:,[PD QG]) = mpcb.bus(:,[PD QG])*2.5
results = runcpf(mpcb, mpct, mpopt);
Vm = results.bus(:,8); % Voltage magnitude at the nose point for all the buses.
Could you please tell me the meaning of Vm = results.bus(:,8)? Why would it
output the voltage magnitude at the nose point for all the buses? and how could
I output the maximum real power at the nose point?
If the final result I need is (maximum P - initial P)/(maximum P), should I use
the maxloadlim function?
Thanks in advance.
Best wishes,
Cynthia
