FanShaftPower.h

#ifndef AMO_TOOLS_SUITE_FANSHAFTPOWER_H
#define AMO_TOOLS_SUITE_FANSHAFTPOWER_H

#include <cmath>
class FanRatedInfo {
public:
    FanRatedInfo(double const fanSpeed, double const motorSpeed, double const fanSpeedCorrected,
                 double const densityCorrected, double const pressureBarometricCorrected)
            : fanSpeed(fanSpeed), motorSpeed(motorSpeed), fanSpeedCorrected(fanSpeedCorrected),
              densityCorrected(densityCorrected), pressureBarometricCorrected(pressureBarometricCorrected)
    {}

private:
    double const fanSpeed, motorSpeed, fanSpeedCorrected, densityCorrected, pressureBarometricCorrected;
    friend class Fan203;
};

class FanShaftPower {
public:
    FanShaftPower(const double motorShaftPower, const double efficiencyMotor, const double efficiencyVFD,
                  const double efficiencyBelt, const double sumSEF)
            : efficiencyMotor(efficiencyMotor / 100), efficiencyVFD(efficiencyVFD / 100), efficiencyBelt(efficiencyBelt / 100),
              sumSEF(sumSEF)
    {
        motorPowerOutput = motorShaftPower * this->efficiencyMotor * this->efficiencyVFD;
        fanPowerInput = motorPowerOutput * this->efficiencyBelt;
    }

    static double calculateMotorShaftPower(const double voltage, const double amps, const double powerFactorAtLoad) {
        return voltage * amps * powerFactorAtLoad * std::sqrt(3);
    }
    double getFanPowerInput() const { return fanPowerInput; }
    double getSEF() const { return sumSEF; }

private:
    const double efficiencyMotor, efficiencyVFD, efficiencyBelt;
    const double sumSEF;

    double motorPowerOutput, fanPowerInput;
};


#endif //AMO_TOOLS_SUITE_FANSHAFTPOWER_H