AMO-Tools-Suite  v.0.9.0
Set of tools for calculating energy efficiency in industrial equipment
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Compressor::OperatingCost Class Reference

Classes

struct  Output
 

Public Member Functions

 OperatingCost (double motorBhp, double bhpUnloaded, double annualOperatingHours, double runTimeLoaded, double efficiencyLoaded, double efficiencyUnloaded, double costOfElectricity)
 
Output calculate ()
 
 OperatingCost (double motorBhp, double bhpUnloaded, double annualOperatingHours, double runTimeLoaded, double efficiencyLoaded, double efficiencyUnloaded, double costOfElectricity)
 
Output calculate ()
 
 OperatingCost (double motorBhp, double bhpUnloaded, double annualOperatingHours, double runTimeLoaded, double efficiencyLoaded, double efficiencyUnloaded, double costOfElectricity)
 
Output calculate ()
 

Detailed Description

Definition at line 218 of file CompressedAir.h.

Constructor & Destructor Documentation

◆ OperatingCost() [1/3]

Compressor::OperatingCost::OperatingCost ( double  motorBhp,
double  bhpUnloaded,
double  annualOperatingHours,
double  runTimeLoaded,
double  efficiencyLoaded,
double  efficiencyUnloaded,
double  costOfElectricity 
)

Constructor for Compressor::OperatingCost - This finds the cost of operation of the compressor in both fully and partially loaded instances.

Parameters
motorBhpdouble, Brake Horse Power is the input power required at the compressor input shaft for a specific speed, capacity and pressure condition. It is generally shown on the compressor panel. - bhp
bhpUnloadeddouble, Brake horse power in the unloaded condition. - %
annualOperatingHoursdouble, Time for which the compressor operates in a year - hours
runTimeLoadeddouble, Percentage of time the compressor runs in loaded condition - %
efficiencyLoadeddouble, Percentage of efficiency in loaded condition - %
efficiencyUnloadeddouble, Percentage of efficiency in un-loaded condition - %
costOfElectricitydouble, Cost of electricity per kWh - $

Definition at line 89 of file CompressedAir.cpp.

◆ OperatingCost() [2/3]

Compressor::OperatingCost::OperatingCost ( double  motorBhp,
double  bhpUnloaded,
double  annualOperatingHours,
double  runTimeLoaded,
double  efficiencyLoaded,
double  efficiencyUnloaded,
double  costOfElectricity 
)

Constructor for Compressor::OperatingCost - This finds the cost of operation of the compressor in both fully and partially loaded instances.

Parameters
motorBhpdouble, Brake Horse Power is the input power required at the compressor input shaft for a specific speed, capacity and pressure condition. It is generally shown on the compressor panel. - bhp
bhpUnloadeddouble, Brake horse power in the unloaded condition. - %
annualOperatingHoursdouble, Time for which the compressor operates in a year - hours
runTimeLoadeddouble, Percentage of time the compressor runs in loaded condition - %
efficiencyLoadeddouble, Percentage of efficiency in loaded condition - %
efficiencyUnloadeddouble, Percentage of efficiency in un-loaded condition - %
costOfElectricitydouble, Cost of electricity per kWh - $

◆ OperatingCost() [3/3]

Compressor::OperatingCost::OperatingCost ( double  motorBhp,
double  bhpUnloaded,
double  annualOperatingHours,
double  runTimeLoaded,
double  efficiencyLoaded,
double  efficiencyUnloaded,
double  costOfElectricity 
)

Constructor for Compressor::OperatingCost - This finds the cost of operation of the compressor in both fully and partially loaded instances.

Parameters
motorBhpdouble, Brake Horse Power is the input power required at the compressor input shaft for a specific speed, capacity and pressure condition. It is generally shown on the compressor panel. - bhp
bhpUnloadeddouble, Brake horse power in the unloaded condition. - %
annualOperatingHoursdouble, Time for which the compressor operates in a year - hours
runTimeLoadeddouble, Percentage of time the compressor runs in loaded condition - %
efficiencyLoadeddouble, Percentage of efficiency in loaded condition - %
efficiencyUnloadeddouble, Percentage of efficiency in un-loaded condition - %
costOfElectricitydouble, Cost of electricity per kWh - $

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