private boolean runLoadflow(DistNetwork distNet, SimuContext simuCtx) {
boolean converge = true;
if (distNet.getLoadScheduleData().getSchedulePoints() == 0) {
setNameplateAclfNetData(distNet);
converge = runLoadflow_internal(distNet.getAcscNet(), simuCtx.getLoadflowAlgorithm());
if (this.xmlCaseData.getAclfAlgorithm().isDisplaySummary()) {
IOutputTextDialog dialog = UISpringFactory.getOutputTextDialog("Loadflow Analysis Info");
dialog.display(distNet.getAcscNet());
}
} else {
double loss = 0.0;
for (int i = 0; i < distNet.getLoadScheduleData().getSchedulePoints(); i++) {
distNet.setPointAclfNetData(i);
if (!runLoadflow_internal(distNet.getAcscNet(), simuCtx.getLoadflowAlgorithm()))
converge = false;
for (Bus b : distNet.getBusList()) {
DistBus distBus = (DistBus) b;
DistBusAdapter aBusApt = (DistBusAdapter) distBus.getAdapter(DistBusAdapter.class);
aBusApt.setPointVoltage(distBus.getAcscBus().getVoltage(), i);
}
}
distNet.getLoadScheduleData().setTotalLossKwHr(loss);
if (this.xmlCaseData.getAclfAlgorithm().isDisplaySummary()) {
IOutputTextDialog dialog =
UISpringFactory.getOutputTextDialog("Distribution Loadflow Analysis Info");
dialog.display(distNet);
}
}
return converge;
}
private void setNameplateAclfNetData(DistNetwork distNet) {
AclfNetwork net = distNet.getAclfNet();
for (Bus b : distNet.getBusList()) {
DistBus bus = (DistBus) b;
if (bus.getBusCode() == DistBusCode.GENERATOR) {
GeneratorAptr.f(bus).setAclfBusData(net.getBaseKva());
} else if (bus.getBusCode() == DistBusCode.SYN_MOTOR) {
SynMotorAptr.f(bus).setAclfBusData(net.getBaseKva());
} else if (bus.getBusCode() == DistBusCode.IND_MOTOR) {
IndMotorAptr.f(bus).setAclfBusData(net.getBaseKva());
} else if (bus.getBusCode() == DistBusCode.MIXED_LOAD) {
MixedLoadAptr.f(bus).setAclfBusData(net.getBaseKva());
}
}
for (Branch br : distNet.getBranchList()) {
DistBranch branch = (DistBranch) br;
branch.getAcscBranch().setStatus(branch.isActive());
}
}
