convertEIR
Class ElectricEIR

java.lang.Object
  extended by convertEIR.ElectricEIR

public class ElectricEIR
extends java.lang.Object

This class represents a chiller from type "ElectricEIR".

License agreement

The use of this program is subjected to the following license terms.


Constructor Summary
ElectricEIR()
           
 
Method Summary
 java.lang.String getCompMotorEfficiency()
          This method gets the compressor efficiency of the chiller.
 java.util.ArrayList<ICurve> getCurves()
          This method gets the curves describing the chiller.
 java.util.ArrayList<java.lang.String> getFunctionNames()
          This method gets the functions names of the chiller.
 java.lang.String getMaxPLR()
          This method gets the maximum part load ratio of the chiller.
 java.lang.String getMinPLR()
          This method gets the minimum part load ratio of the chiller.
 java.lang.String getMinULR()
          This method gets the minimum unloading ratio of the chiller.
 java.lang.String getName()
          This method gets the name of the chiller.
 java.lang.String getOptPLR()
          This method gets the optimum part load ratio of the chiller.
 java.lang.String getRefCapacity()
          This method gets the reference capacity of the chiller.
 void getRefCop(java.lang.String refCop)
          This method gets the reference COP of the chiller.
 java.lang.String getStringDefinitionOfElectricEIRObject()
          This method gets the comments definition of the chiller.
 void setCompMotorEfficiency(java.lang.String compMotorEfficiency)
          This method sets the compressor efficiency of the chiller.
 void setCurves(java.util.ArrayList<ICurve> curves)
          This method sets the curves describing the chiller.
 void setFunctionNames(java.util.ArrayList<java.lang.String> functionNames)
          This method sets the functions names of the chiller.
 void setMaxPLR(java.lang.String maxPLR)
          This method sets the maximum part load ratio of the chiller.
 void setMinPLR(java.lang.String minPLR)
          This method sets the minimum part load ratio of the chiller.
 void setMinULR(java.lang.String minULR)
          This method sets the minimum unloading ratio of the chiller.
 void setName(java.lang.String name)
          This method sets the name of the chiller.
 void setOptPLR(java.lang.String optPLR)
          This method sets the optimum part load ratio of the chiller.
 void setRefCapacity(java.lang.String refCapacity)
          This method sets the reference capacity of the chiller.
 void setRefChilledWaterFlowRate(java.lang.String parameter)
          This method sets the reference chilled water flowrate of the chiller.
 void setRefCondenserWaterFlowRate(java.lang.String parameter)
          This method sets the reference condenser water flowrate of the chiller.
 void setRefCop(java.lang.String refCop)
          This method sets the reference COP of the chiller.
 void setRefEnteringCondenserFluidTemp(java.lang.String parameter)
          This method gets the reference entering condenser fluid temperature of the chiller.
 void setRefLeavingChilledWaterTemp(java.lang.String parameter)
          This method sets the reference leaving chilled water temperature of the chiller.
 void setStringDefinitionOfElectricEIRObject(java.lang.String stringDefinitionOfElectricEIRObject)
          This method sets the comments definition of the chiller.
 java.lang.String toMoRecordString()
          This method is used to convert chillers data into a String.
 
Methods inherited from class java.lang.Object
clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait
 

Constructor Detail

ElectricEIR

public ElectricEIR()
Method Detail

toMoRecordString

public java.lang.String toMoRecordString()
This method is used to convert chillers data into a String.

Returns:
the converted chillers data as a string.

getRefCapacity

public java.lang.String getRefCapacity()
This method gets the reference capacity of the chiller.


setRefCapacity

public void setRefCapacity(java.lang.String refCapacity)
This method sets the reference capacity of the chiller.


getFunctionNames

public java.util.ArrayList<java.lang.String> getFunctionNames()
This method gets the functions names of the chiller.


setFunctionNames

public void setFunctionNames(java.util.ArrayList<java.lang.String> functionNames)
This method sets the functions names of the chiller.


getCurves

public java.util.ArrayList<ICurve> getCurves()
This method gets the curves describing the chiller.


setCurves

public void setCurves(java.util.ArrayList<ICurve> curves)
This method sets the curves describing the chiller.


getName

public java.lang.String getName()
This method gets the name of the chiller.


setName

public void setName(java.lang.String name)
This method sets the name of the chiller.


getRefCop

public void getRefCop(java.lang.String refCop)
This method gets the reference COP of the chiller.


setRefCop

public void setRefCop(java.lang.String refCop)
This method sets the reference COP of the chiller.


setRefLeavingChilledWaterTemp

public void setRefLeavingChilledWaterTemp(java.lang.String parameter)
This method sets the reference leaving chilled water temperature of the chiller.


setRefEnteringCondenserFluidTemp

public void setRefEnteringCondenserFluidTemp(java.lang.String parameter)
This method gets the reference entering condenser fluid temperature of the chiller.


setRefChilledWaterFlowRate

public void setRefChilledWaterFlowRate(java.lang.String parameter)
This method sets the reference chilled water flowrate of the chiller.


setRefCondenserWaterFlowRate

public void setRefCondenserWaterFlowRate(java.lang.String parameter)
This method sets the reference condenser water flowrate of the chiller.


getCompMotorEfficiency

public java.lang.String getCompMotorEfficiency()
This method gets the compressor efficiency of the chiller.


setCompMotorEfficiency

public void setCompMotorEfficiency(java.lang.String compMotorEfficiency)
This method sets the compressor efficiency of the chiller.


getMinPLR

public java.lang.String getMinPLR()
This method gets the minimum part load ratio of the chiller.


setMinPLR

public void setMinPLR(java.lang.String minPLR)
This method sets the minimum part load ratio of the chiller.


getMaxPLR

public java.lang.String getMaxPLR()
This method gets the maximum part load ratio of the chiller.


setMaxPLR

public void setMaxPLR(java.lang.String maxPLR)
This method sets the maximum part load ratio of the chiller.


getOptPLR

public java.lang.String getOptPLR()
This method gets the optimum part load ratio of the chiller.


setOptPLR

public void setOptPLR(java.lang.String optPLR)
This method sets the optimum part load ratio of the chiller.


getMinULR

public java.lang.String getMinULR()
This method gets the minimum unloading ratio of the chiller.


setMinULR

public void setMinULR(java.lang.String minULR)
This method sets the minimum unloading ratio of the chiller.


getStringDefinitionOfElectricEIRObject

public java.lang.String getStringDefinitionOfElectricEIRObject()
This method gets the comments definition of the chiller.


setStringDefinitionOfElectricEIRObject

public void setStringDefinitionOfElectricEIRObject(java.lang.String stringDefinitionOfElectricEIRObject)
This method sets the comments definition of the chiller.