energyconsumption.h

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//
// Created by Ahmed Aredah
// Version 0.1
//
#pragma once
#ifndef NeTrainSim_EnergyConsumption_h
#define NeTrainSim_EnergyConsumption_h
 
#include <string>
#include <iostream>
#include "traintypes.h"
 
 
using namespace std;
 
namespace EC {
// ##################################################################
// #             start: define locomotive default values            #
// ##################################################################
    static constexpr double DefaultLocomotiveAuxiliaryPower = 0.0;
    static double DefaultLocomotiveBatteryMaxCharge_Electric = 4000.0;
    static double DefaultLocomotiveBatteryMaxCharge_DieselHybrid = 4000.0;
    static double DefaultLocomotiveBatteryMaxCharge_BioDieselHybrid = 4000.0;
    static double DefaultLocomotiveBatteryMaxCharge_HydogenHybrid = 4000.0;
 
    static double DefaultLocomotiveBatteryInitialCharge_Electric = 0.6;
    static double DefaultLocomotiveBatteryInitialCharge_DieselHybrid = 0.6;
    static double DefaultLocomotiveBatteryInitialCharge_BioDieselHybrid = 0.6;
 
    static double DefaultLocomotiveBatteryInitialCharge_HydrogenHybrid = 0.6;
 
    static double DefaultLocomotiveTankMaxCapacityDiesel = 20065.0;
 
    static double DefaultLocomotiveTankMaxCapacityHydrogen = 20065.0;
    static double DefaultLocomotiveTankInitialCapacity = 0.9;
 
    static constexpr double DefaultLocomotiveMinTankDOD = 0.8;
 
    static constexpr double DefaultLocomotiveBatteryDOD = 0.9;
    static constexpr double DefaultLocomotiveBatteryCRate = 2.0;
    static constexpr double DefaultLocomotiveBatteryRechargeMaxSOC_Diesel = 0.65;
    static constexpr double DefaultLocomotiveBatteryRechargeMaxSOC_Other  = 0.65;
    static constexpr double DefaultLocomotiveBatteryRechargeMinSOC_Diesel = 0.20;
    static constexpr double DefaultLocomotiveBatteryRechargeMinSOC_Other  = 0.50;//0.5
 
    static constexpr double requiredGeneratorPower[] = {1,1,0.8,0.6,0.4,0.2,0.1,0.0};
 
    static constexpr double DefaultLocomotivePowerReduction_DieselHybrid = 0.8;
 
    static constexpr double DefaultLocomotivePowerReduction_BioDieselHybrid = 0.8;
 
    static constexpr double DefaultLocomotivePowerReduction_HydrogenHybrid = 0.5;
// ##################################################################
// #             end: define locomotive default values            #
// ##################################################################
 
// ##################################################################
// #                start: define cars default values               #
// ##################################################################
    static constexpr double DefaultCarAuxiliaryPower = 0.0;
    static double DefaultCarBatteryMaxCapacity = 10000.0;
    static double DefaultCarBatteryInitialCharge = 0.9;
 
    static double DefaultCarTenderMaxCapacity = 87064.471;
    static double DefaultCarTenderInitialCapacity = 0.9;
 
    static constexpr double DefaultCarBatteryDOD = 0.9;
    static constexpr double DefaultCarBatteryCRate = 2.0;
    static constexpr double DefaultCarMinTankDOD = 0.9;
// ##################################################################
// #                 end: define cars default values                #
// ##################################################################
 
// ##################################################################
// #        start: general energy consumption default values        #
// ##################################################################
 
    static double DefaultDieselConversionFactor = 0.1005;
    static double DefaultBiodieselConversionFactor = 67.0/620.0;
 
    static double DefaultHydrogenConversionFactor = 0.002995;
 
    static double DefaultDieselDensity = 0.00085;
 
    static double DefaultBioDieselDensity = 0.00088;
    static double DefaultHydrogenDensity = 0.000099836;
    static double gamma = 0.65;
 
    static std::map<TrainTypes::CarType, double> fuelConversionFactor_carTypes = {
        {TrainTypes::CarType::dieselTender, DefaultDieselConversionFactor},
        {TrainTypes::CarType::biodieselTender, DefaultBiodieselConversionFactor},
        {TrainTypes::CarType::hydrogenTender, DefaultHydrogenConversionFactor},
        {TrainTypes::CarType::batteryTender, 1.0}
    };
 
    static std::map<TrainTypes::PowerType, double> fuelConversionFactor_powerTypes = {
        {TrainTypes::PowerType::diesel, DefaultDieselConversionFactor},
        {TrainTypes::PowerType::dieselHybrid, DefaultDieselConversionFactor},
        {TrainTypes::PowerType::dieselElectric, DefaultDieselConversionFactor},
        {TrainTypes::PowerType::biodiesel, DefaultBiodieselConversionFactor},
        {TrainTypes::PowerType::biodieselHybrid, DefaultBiodieselConversionFactor},
        {TrainTypes::PowerType::hydrogenHybrid, DefaultHydrogenConversionFactor},
        {TrainTypes::PowerType::electric, 1.0}
        };
// ##################################################################
// #          end: general energy consumption default values        #
// ##################################################################
 
    double getDriveLineEff(double &trainSpeed, int notchNumberIndex, double powerAtWheelProportion,
                           TrainTypes::PowerType powerType,
                           TrainTypes::LocomotivePowerMethod hybridMethod);
 
    double getWheelToDCBusEff(double &trainSpeed);
 
    double getDCBusToTankEff(double powerAtWheelProportion,
                             TrainTypes::PowerType powerType,
                             TrainTypes::LocomotivePowerMethod hybridMethod);
 
    double getGeneratorEff(TrainTypes::PowerType powerType, double powerAtWheelProportion);
 
 
    double getBatteryEff(TrainTypes::PowerType powerType);
 
    std::pair<double,double> getMaxEffeciencyRange(TrainTypes::PowerType powerType);
 
    double getRequiredGeneratorPowerForRecharge(double batterySOC);
 
 
    double getEmissions(double fuelConsumption);
 
    double getLocomotivePowerReductionFactor(TrainTypes::PowerType powerType);
 
    double getFuelFromEC(TrainTypes::PowerType powerType, double &EC_KWh);
 
    double getFuelFromEC(TrainTypes::CarType carType, double &EC_KWh);
 
    double getFuelConversionFactor(TrainTypes::PowerType powerType);
 
    double getFuelConversionFactor(TrainTypes::CarType carType);
}
 
 
 
#endif // !NeTrainSim_EnergyConsumption_h