// Método para probar los conductores por caída de voltaje.
private void calculate_breakDownVoltage() {
if (caliberPhaseFound == null || caliberNeutralFound == null || calibersHearthFound == null) {
MessagesStructure.Warning(
MessagesStructure.format(
200,
messages.getProperty(Messages.AREA_CAPACITY_INTENSITY_NO_FOUND),
MessagesStructure.justify));
} else {
if (MethodsForCalculationsGlobal.validate_caliber(
(Caliber) viewMainFeeder.getCmbCaliber().getSelectedItem())
&& MethodsForCalculationsGlobal.validate_caliber(
(Caliber) viewMainFeeder.getCmbCalibersNeutral().getSelectedItem())) {
resistance = calculate_resistance(TypeOfBranchCircuitInArea.ILUMINARIA);
reactance = calculate_reactance(TypeOfBranchCircuitInArea.ILUMINARIA);
if (resistance != null) {
breakdownVoltage =
MethodsForCalculationsGlobal.breakdownVoltage(
viewMainFeeder.getPotency_total(),
Double.valueOf(viewMainFeeder.getJspLength().getValue().toString()),
((Voltage) viewMainFeeder.getCmbVoltage().getSelectedItem()).getVoltage(),
reactance.getValue().getValour(),
Double.valueOf(viewMainFeeder.getJspPowerFactor().getValue().toString()),
resistance.getValue().getValour(),
Double.valueOf(viewMainFeeder.getJspAngle().getValue().toString()));
viewMainFeeder.getLblBreakdownVoltage().setText(String.valueOf(breakdownVoltage) + " %");
caliberSelected = (Caliber) viewMainFeeder.getCmbCaliber().getSelectedItem();
intensityDesignFound =
MethodsForCalculationsIluminariaPowerPoint.calculate_instensity_design(
new Calibers(
0,
(Material) viewMainFeeder.getCmbMaterial().getSelectedItem(),
(Temperature) viewMainFeeder.getCmbTemperature().getSelectedItem(),
null,
caliberSelected));
breakerPhasePersistFound =
MethodsForCalculationsGlobal.find_breaker_main_feeder(
conductorForPhase * intensityDesignFound.getIntensity(),
new Intensity(
0,
null,
MethodsForCalculationsGlobal.intensity(
viewMainFeeder.getPotency_total(),
((Voltage) viewMainFeeder.getCmbVoltage().getSelectedItem()).getVoltage(),
Double.valueOf(viewMainFeeder.getJspPowerFactor().getValue().toString()),
2)));
resistance = calculate_resistance(TypeOfBranchCircuitInArea.NEUTRAL);
reactance = calculate_reactance(TypeOfBranchCircuitInArea.NEUTRAL);
if (resistance != null) {
breakdownVoltage =
MethodsForCalculationsGlobal.breakdownVoltage(
viewMainFeeder.getNeutral_total(),
Double.valueOf(viewMainFeeder.getJspLength().getValue().toString()),
((Voltage) viewMainFeeder.getCmbVoltage().getSelectedItem()).getVoltage(),
reactance.getValue().getValour(),
Double.valueOf(viewMainFeeder.getJspPowerFactor().getValue().toString()),
resistance.getValue().getValour(),
Double.valueOf(viewMainFeeder.getJspAngle().getValue().toString()));
viewMainFeeder
.getLblBreakdownVoltageNeutral()
.setText(String.valueOf(breakdownVoltage) + " %");
caliberSelectedNeutral =
(Caliber) viewMainFeeder.getCmbCalibersNeutral().getSelectedItem();
caliberPhase = viewMainFeeder.getLblCaliberPhase().getText();
caliberPhase =
caliberPhase.replace(
"#" + caliberPhaseFound.getCaliber().getName(),
"#" + caliberSelected.getName());
caliberPhase =
caliberPhase.replace(
"3x" + breakerPhaseFound.getCapacity(),
"3x" + breakerPhasePersistFound.getCapacity());
caliberNeutral = viewMainFeeder.getLblCaliberNeutral().getText();
caliberNeutral =
caliberNeutral.replace(
"#" + caliberNeutralFound.getCaliber().getName(),
"#" + caliberSelectedNeutral.getName());
caliberHearth = viewMainFeeder.getLblCaliberEarth().getText();
caliberPipeline =
MethodsForCalculationsGlobal.calculate_pipeline(
caliberSelected,
null,
null,
(Phase) viewMainFeeder.getCmbPhases().getSelectedItem(),
viewMainFeeder.getCmbPipeline().getSelectedItem().toString());
caliberPipelineNeutral =
MethodsForCalculationsGlobal.calculate_pipeline(
caliberSelectedNeutral,
null,
null,
new Phase(0, TypePhases.SINGLE_PHASE_TWO_THREAD.getPhase()),
viewMainFeeder.getCmbPipeline().getSelectedItem().toString());
}
}
}
}
} // Fin del método.
