ElectricalEnergyEquivalency Class Reference

#include <EnergyEquivalency.h>

Public Member Functions
	ElectricalEnergyEquivalency (double fuelFiredEfficiency, double electricallyHeatedEfficiency, double fuelFiredHeatInput)
double	getFuelFiredEfficiency () const
void	setFuelFiredEfficiency (double fuelFiredEfficiency)
double	getElectricallyHeatedEfficiency () const
void	setElectricallyHeatedEfficiency (double electricallyHeatedEfficiency)
double	getFuelFiredHeatInput () const
void	setFuelFiredHeatInput (double fuelFiredHeatInput)
double	getElectricalHeatInput ()
	ElectricalEnergyEquivalency (double fuelFiredEfficiency, double electricallyHeatedEfficiency, double fuelFiredHeatInput)
double	getFuelFiredEfficiency () const
void	setFuelFiredEfficiency (double fuelFiredEfficiency)
double	getElectricallyHeatedEfficiency () const
void	setElectricallyHeatedEfficiency (double electricallyHeatedEfficiency)
double	getFuelFiredHeatInput () const
void	setFuelFiredHeatInput (double fuelFiredHeatInput)
double	getElectricalHeatInput ()
	ElectricalEnergyEquivalency (double fuelFiredEfficiency, double electricallyHeatedEfficiency, double fuelFiredHeatInput)
double	getFuelFiredEfficiency () const
void	setFuelFiredEfficiency (double fuelFiredEfficiency)
double	getElectricallyHeatedEfficiency () const
void	setElectricallyHeatedEfficiency (double electricallyHeatedEfficiency)
double	getFuelFiredHeatInput () const
void	setFuelFiredHeatInput (double fuelFiredHeatInput)
double	getElectricalHeatInput ()

Detailed Description

Electrical Energy Equivalency calculator class Used to calculate the electrical heat input that is equivalent to the fuel-fired heat input.

Definition at line 19 of file EnergyEquivalency.h.

Constructor & Destructor Documentation

ElectricalEnergyEquivalency() [1/3]

ElectricalEnergyEquivalency::ElectricalEnergyEquivalency ( double  fuelFiredEfficiency, double  electricallyHeatedEfficiency, double  fuelFiredHeatInput  )

inline

Constructor for the electric energy equivalency calculator

Parameters

fuelFiredEfficiency	double, fuel-fired equipment efficiency as %
electricallyHeatedEfficiency	double, electrically heated equipment efficiency as %
fuelFiredHeatInput	double, heat input for fuel-fired equipment in MM Btu/hr

Definition at line 31 of file EnergyEquivalency.h.

ElectricalEnergyEquivalency() [2/3]

ElectricalEnergyEquivalency::ElectricalEnergyEquivalency ( double  fuelFiredEfficiency, double  electricallyHeatedEfficiency, double  fuelFiredHeatInput  )

inline

Constructor for the electric energy equivalency calculator

Parameters

fuelFiredEfficiency	double, fuel-fired equipment efficiency as %
electricallyHeatedEfficiency	double, electrically heated equipment efficiency as %
fuelFiredHeatInput	double, heat input for fuel-fired equipment in MM Btu/hr

Definition at line 31 of file EnergyEquivalency.h.

ElectricalEnergyEquivalency() [3/3]

ElectricalEnergyEquivalency::ElectricalEnergyEquivalency ( double  fuelFiredEfficiency, double  electricallyHeatedEfficiency, double  fuelFiredHeatInput  )

inline

Constructor for the electric energy equivalency calculator

Parameters

fuelFiredEfficiency	double, fuel-fired equipment efficiency as %
electricallyHeatedEfficiency	double, electrically heated equipment efficiency as %
fuelFiredHeatInput	double, heat input for fuel-fired equipment in MM Btu/hr

Definition at line 31 of file EnergyEquivalency.h.

Member Function Documentation

getElectricalHeatInput() [1/3]

double ElectricalEnergyEquivalency::getElectricalHeatInput

(

)

Gets the equivalent electrical heat input

Returns

double, equivalent electrical heat input in kW

Definition at line 11 of file EnergyEquivalency.cpp.

getElectricalHeatInput() [2/3]

double ElectricalEnergyEquivalency::getElectricalHeatInput

(

)

Gets the equivalent electrical heat input

Returns

double, equivalent electrical heat input in kW

getElectricalHeatInput() [3/3]

double ElectricalEnergyEquivalency::getElectricalHeatInput

(

)

Gets the equivalent electrical heat input

Returns

double, equivalent electrical heat input in kW

getElectricallyHeatedEfficiency() [1/3]

double ElectricalEnergyEquivalency::getElectricallyHeatedEfficiency ( ) const

inline

Getter for the electrically heated equipment efficiency

Returns

double, electrically heated equipment efficiency as %

Definition at line 70 of file EnergyEquivalency.h.

getElectricallyHeatedEfficiency() [2/3]

double ElectricalEnergyEquivalency::getElectricallyHeatedEfficiency ( ) const

inline

Getter for the electrically heated equipment efficiency

Returns

double, electrically heated equipment efficiency as %

Definition at line 70 of file EnergyEquivalency.h.

getElectricallyHeatedEfficiency() [3/3]

double ElectricalEnergyEquivalency::getElectricallyHeatedEfficiency ( ) const

inline

Getter for the electrically heated equipment efficiency

Returns

double, electrically heated equipment efficiency as %

Definition at line 70 of file EnergyEquivalency.h.

getFuelFiredEfficiency() [1/3]

double ElectricalEnergyEquivalency::getFuelFiredEfficiency ( ) const

inline

Getter for the fuel-fired equipment efficiency

Returns

double, fuel-fired equipment efficiency as %

Definition at line 51 of file EnergyEquivalency.h.

getFuelFiredEfficiency() [2/3]

double ElectricalEnergyEquivalency::getFuelFiredEfficiency ( ) const

inline

Getter for the fuel-fired equipment efficiency

Returns

double, fuel-fired equipment efficiency as %

Definition at line 51 of file EnergyEquivalency.h.

getFuelFiredEfficiency() [3/3]

double ElectricalEnergyEquivalency::getFuelFiredEfficiency ( ) const

inline

Getter for the fuel-fired equipment efficiency

Returns

double, fuel-fired equipment efficiency as %

Definition at line 51 of file EnergyEquivalency.h.

getFuelFiredHeatInput() [1/3]

double ElectricalEnergyEquivalency::getFuelFiredHeatInput ( ) const

inline

Getter for the heat input for fuel-fired equipment

Returns

double, heat input for fuel-fired equipment in MM Btu/hr

Definition at line 89 of file EnergyEquivalency.h.

getFuelFiredHeatInput() [2/3]

double ElectricalEnergyEquivalency::getFuelFiredHeatInput ( ) const

inline

Getter for the heat input for fuel-fired equipment

Returns

double, heat input for fuel-fired equipment in MM Btu/hr

Definition at line 89 of file EnergyEquivalency.h.

getFuelFiredHeatInput() [3/3]

double ElectricalEnergyEquivalency::getFuelFiredHeatInput ( ) const

inline

Getter for the heat input for fuel-fired equipment

Returns

double, heat input for fuel-fired equipment in MM Btu/hr

Definition at line 89 of file EnergyEquivalency.h.

setElectricallyHeatedEfficiency() [1/3]

void ElectricalEnergyEquivalency::setElectricallyHeatedEfficiency ( double  electricallyHeatedEfficiency )

inline

Sets the electrically heated equipment efficiency

Parameters

electricallyHeatedEfficiency

double, electrically heated equipment efficiency as %

Definition at line 80 of file EnergyEquivalency.h.

setElectricallyHeatedEfficiency() [2/3]

void ElectricalEnergyEquivalency::setElectricallyHeatedEfficiency ( double  electricallyHeatedEfficiency )

inline

Sets the electrically heated equipment efficiency

Parameters

electricallyHeatedEfficiency

double, electrically heated equipment efficiency as %

Definition at line 80 of file EnergyEquivalency.h.

setElectricallyHeatedEfficiency() [3/3]

void ElectricalEnergyEquivalency::setElectricallyHeatedEfficiency ( double  electricallyHeatedEfficiency )

inline

Sets the electrically heated equipment efficiency

Parameters

electricallyHeatedEfficiency

double, electrically heated equipment efficiency as %

Definition at line 80 of file EnergyEquivalency.h.

setFuelFiredEfficiency() [1/3]

void ElectricalEnergyEquivalency::setFuelFiredEfficiency ( double  fuelFiredEfficiency )

inline

Sets the fuel-fired equipment efficiency

Parameters

fuelFiredEfficiency

double, fuel-fired equipment efficiency as %

Definition at line 61 of file EnergyEquivalency.h.

setFuelFiredEfficiency() [2/3]

void ElectricalEnergyEquivalency::setFuelFiredEfficiency ( double  fuelFiredEfficiency )

inline

Sets the fuel-fired equipment efficiency

Parameters

fuelFiredEfficiency

double, fuel-fired equipment efficiency as %

Definition at line 61 of file EnergyEquivalency.h.

setFuelFiredEfficiency() [3/3]

void ElectricalEnergyEquivalency::setFuelFiredEfficiency ( double  fuelFiredEfficiency )

inline

Sets the fuel-fired equipment efficiency

Parameters

fuelFiredEfficiency

double, fuel-fired equipment efficiency as %

Definition at line 61 of file EnergyEquivalency.h.

setFuelFiredHeatInput() [1/3]

void ElectricalEnergyEquivalency::setFuelFiredHeatInput ( double  fuelFiredHeatInput )

inline

Sets the heat input for fuel-fired equipment

Parameters

fuelFiredHeatInput

double, heat input for fuel-fired equipment in MM Btu/hr

Definition at line 99 of file EnergyEquivalency.h.

setFuelFiredHeatInput() [2/3]

void ElectricalEnergyEquivalency::setFuelFiredHeatInput ( double  fuelFiredHeatInput )

inline

Sets the heat input for fuel-fired equipment

Parameters

fuelFiredHeatInput

double, heat input for fuel-fired equipment in MM Btu/hr

Definition at line 99 of file EnergyEquivalency.h.

setFuelFiredHeatInput() [3/3]

void ElectricalEnergyEquivalency::setFuelFiredHeatInput ( double  fuelFiredHeatInput )

inline

Sets the heat input for fuel-fired equipment

Parameters

fuelFiredHeatInput

double, heat input for fuel-fired equipment in MM Btu/hr

Definition at line 99 of file EnergyEquivalency.h.

---

The documentation for this class was generated from the following files:

• _CPack_Packages/Darwin/STGZ/amo_tools_suite--Darwin-x86_64/amo_tools_suite/include/calculator/furnace/EnergyEquivalency.h
• src/calculator/furnace/EnergyEquivalency.cpp