.Dynawo.Electrical.Machines.OmegaRef.BaseClasses_INIT.MdPPuEfdNomCalculation

Interface

/*
* Copyright (c) 2023, RTE (http://www.rte-france.com)
* See AUTHORS.txt
* All rights reserved.
* This Source Code Form is subject to the terms of the Mozilla Public
* License, v. 2.0. If a copy of the MPL was not distributed with this
* file, you can obtain one at http://mozilla.org/MPL/2.0/.
* SPDX-License-Identifier: MPL-2.0
*
* This file is part of Dynawo, an hybrid C++/Modelica open source suite
* of simulation tools for power systems.
*/
function MdPPuEfdNomCalculation
  extends Icons.Function;
  input Types.ActivePower PNomAlt "Nominal active (alternator) power in MW";
  input Types.PerUnit MdPu "Direct axis mutual inductance in pu";
  input Types.PerUnit MqPu "Quadrature axis mutual inductance in pu";
  input Types.PerUnit LdPu "Direct axis stator leakage in pu";
  input Types.PerUnit LqPu "Quadrature axis stator leakage in pu";
  input Types.PerUnit RaPu "Armature resistance in pu";
  input Types.PerUnit rTfoPu "Ratio of the generator transformer in pu (base UBaseHV, UBaseLV)";
  input Types.PerUnit RTfoPu "Resistance of the generator transformer in pu (base SNom, UNom)";
  input Types.PerUnit XTfoPu "Reactance of the generator transformer in pu (base SNom, UNom)";
  input Types.ApparentPowerModule SNom "Nominal apparent power in MVA";
  input Real md "Parameter for direct axis mutual inductance saturation modelling";
  input Real mq "Parameter for quadrature axis mutual inductance saturation modelling";
  input Real nd "Parameter for direct axis mutual inductance saturation modelling";
  input Real nq "Parameter for quadrature axis mutual inductance saturation modelling";
  output Types.PerUnit MdPPuEfdNom "Direct axis mutual inductance used to determine the excitation voltage in nominal conditions in pu";
end MdPPuEfdNomCalculation;