Input data for the air mass flow measurement method. More...

#include <natural_gas_reduction.h>

Public Attributes
bool	is_nameplate = false
	True if using nameplate data; false for measured data.

AirMassFlowMeasuredData	measured_data
	Measured air duct data (used when is_nameplate is false)

AirMassFlowNameplateData	nameplate_data
	Nameplate air flow data (used when is_nameplate is true)

double	inlet_temperature = 0.0
	Inlet air temperature \([\unit{\degreeF}]\).

double	outlet_temperature = 0.0
	Outlet air temperature \([\unit{\degreeF}]\).

double	system_efficiency = 1.0
	System efficiency \([\unit{\unitless}]\).

Detailed Description

Aggregates parameters for calculating heat transfer via air mass flow. The flow rate is taken either from nameplate data or from direct duct measurements, selected by is_nameplate.

See also: Air Mass Flow Energy Use Formula

Definition at line 80 of file natural_gas_reduction.h.

Member Data Documentation

◆ inlet_temperature

double natural_gas_reduction::AirMassFlowData::inlet_temperature = 0.0

Definition at line 84 of file natural_gas_reduction.h.

◆ is_nameplate

bool natural_gas_reduction::AirMassFlowData::is_nameplate = false

Definition at line 81 of file natural_gas_reduction.h.

◆ measured_data

AirMassFlowMeasuredData natural_gas_reduction::AirMassFlowData::measured_data

Definition at line 82 of file natural_gas_reduction.h.

◆ nameplate_data

AirMassFlowNameplateData natural_gas_reduction::AirMassFlowData::nameplate_data

Definition at line 83 of file natural_gas_reduction.h.

◆ outlet_temperature

double natural_gas_reduction::AirMassFlowData::outlet_temperature = 0.0

Definition at line 85 of file natural_gas_reduction.h.

◆ system_efficiency

double natural_gas_reduction::AirMassFlowData::system_efficiency = 1.0

Definition at line 86 of file natural_gas_reduction.h.

The documentation for this struct was generated from the following file:

include/treasureHunt/natural_gas_reduction.h

Public Attributes