Benefit: DEFINE THE DATA SEMANTIC ONCE IN XML -- USE THEM MANY TIMES for different views!!!
Copyright of transformation (c) 2003 by Karlheinz, Michael, and Johannes Schwarz, SCC
| Data Semantic |
| DataName | Semantics |
| AirFlowRate | Air or oxygen flow rate |
| AirPres | Air pressure: Metric equivalent to InHg |
| AmbTemp | Ambient temperature |
| AngDiff | Difference in phase angle between the RunV and the InV: Value = difference in phase |
| AutoMan | Automatic or Manual mode: Automatic; Manual |
| AutoManCtl | Sets operations mode to automatic or manual : TRUE=Automatic; FALSE=Manual |
| AVR | Value = % duty cycle of ??? |
| BattAlm | Battery system alarms : TBD |
| BattAmp | Internal battery current: Amps |
| BattConfig | Role of battery system within the power system |
| BattConfig.DevName | Name of device within system |
| BattConfig.Loc | GPS location of device |
| BattConfig.Owner | Owner of device |
| BattConfig.SysName | Name of local power system |
| BattOnOff | Battery system is on or is off: Off; On |
| BattRtg | Ratings of the battery system |
| BattRtg.xx | xx |
| BattRtg.xy | xy |
| BattTemp | Internal battery temperature: Temperature |
| BattVolt | Internal battery voltage: Volts |
| BatVolt | Cumulative fuel consumption: Fuel in liters |
| BatVolt | Fuel Rail pressure: Metric equivalent to psi |
| BlowFlow | Battery voltage: volts |
| CloudCvr | Cloud cover level |
| Controls | Controls |
| ContTime | Value = hours on |
| ConvConfig | Role of converter/inverter within the power system |
| ConvConfig.DevName | Name of device within system |
| ConvConfig.Loc | GPS location of device |
| ConvConfig.Owner | Owner of device |
| ConvConfig.SysName | Name of local power system |
| ConvType | List of converter types. TBD |
| CoolPres | Coolant pressure: Metric equivalent to psi |
| CoolPresSt | Coolant pressure status TRUE=On FALSE=Off |
| CoolTemp | Coolant temperature: Temperature |
| CoolTemp | Intake manifold pressure: Metric equivalent to psi |
| Crank | Crank relay driver command FALSE=Off; TRUE=On |
| CumFuel | Engine running time: Hours |
| CustSw1 | Status of customer switch 1: TRUE=On FALSE=Off |
| CustSw2 | Status of customer switch 2: TBD |
| DCAmp | Fuel cell DC amps: Amp |
| DCPowStat | DC Power Status : Power not on |
| DCPowStat | Power not on; Power on |
| DCVolt | DC volts at stack: DC volts |
| DflcAlm | TBD |
| DflcConfig | Role of converter/inverter within the power system |
| DflcConfig.DevName | Name of device within system |
| DflcConfig.Loc | GPS location of device |
| DflcConfig.Owner | Owner of device |
| DflcConfig.SysName | Name of local power system |
| DflcMode | 1 = in test, 2 = off-line, 3 = available |
| DflcOnOff | Fuel cell is on or is off: FALSE=Off TRUE=On |
| DflcRtg | Ratings of the Fuel Cell |
| DflcRtg.xx | xx |
| DflcRtg.xy | xy |
| DiagEna | Diagnostic mode enable Fault flashout |
| DiesAlm | Diesel engine alarms: Normal; Abnormal |
| DiesConfig | Role of converter/inverter within the power system |
| DiesConfig.DevName | Name of device within system |
| DiesConfig.Loc | GPS location of device |
| DiesConfig.Owner | Owner of device |
| DiesConfig.SysName | Name of local power system |
| DiesCtl | Start / stop diesel engine: TRUE=Stop FALSE=Start |
| DiesFreq | Diesel generator frequency: Hz |
| DiesFuel | Type of fuel used by diesel engine:TBD |
| DiesMode | Operational or in test/off-line mode: 1 = in test, 2 = off-line, 3 = available |
| DiesOnOff | Diesel is on or is off: TRUE=O; FALSE= Off |
| DiesRPM | Diesel engine speed: Speed in revolutions per minute |
| DiesRtg | Ratings of the engine |
| DiesRtg.AvgCalFuel | Average calorie content of fuel |
| DiesRtg.HeatRtCurves | Heat rate curves |
| DiesRtg.MaxInletTemp | Max inlet temperature |
| DiesRtg.MaxOutletTemp | Max outlet temperature |
| DiesRtg.MaxSpd | Max speed |
| DiesRtg.MaxTurbPres | Max turb pressure |
| DiesRtg.MinSpd | Min speed |
| DiesRtg.TypFuel | Type of fuel |
| DiesTemp | Coolant temperature: Deg C |
| DiesTemp | Engine temperature: Temperature in degrees K |
| DphvAlm | PV alarms: TBD |
| DphvConfig | Role of device within the power system |
| DphvConfig | Role of device within the power system |
| DphvConfig.DevName | Name of device within system |
| DphvConfig.DevName | Name of device within system |
| DphvConfig.Loc | GPS location of device |
| DphvConfig.Loc | GPS location of device |
| DphvConfig.Owner | Owner of device |
| DphvConfig.Owner | Owner of device |
| DphvConfig.SysName | Name of local power system |
| DphvConfig.SysName | Name of local power system |
| DphvMode | Operational or in test/off-line mode: 1 = in test, 2 = off-line, 3 = available |
| DphvOnOff | PV system is on or is off: Off; On |
| DphvRtg | Ratings of the photovoltaic system |
| DphvRtg.xx | xx |
| DphvRtg.xy | xy |
| DRCkt | Characteristics of the local or utility power grid circuit to which the DER generator is connected |
| DRCkt.CktID | Circuit Id |
| DRCkt.CktPhs | Circuit phases |
| DRCkt.ContCur | Continuous current |
| DRCkt.Ko | Zero sequence compensation factor |
| DRCkt.LinLenm | Line length in meters |
| DRCkt.NegSqZ | Negative impedance |
| DRCkt.PosiSqZ | Positive impedance |
| DRCkt.VRtg | Max voltage rating |
| DRCkt.ZeroSqZ | Zero impedance |
| DrpAdj | Droop adjustment: in % |
| EEName | details see CDC DPL |
| Emerg Ctl | Emergency start / stop diesel engine TRUE=Stop FALSE=Start |
| Emerg Ctl | Emergency start / stop fuel cell FALSE=Stop TRUE=Start |
| EmgStop | Remote emergency stop: TRUE =Stop |
| EnaDdBus | Enable generator breaker to close on dead bus: TRUE=Enable; FALSE=Disable |
| EnaHzSync | Enable slip frequency synchronization: TRUE=Enable; FALSE=Disable |
| EngFuel | Engine fuelling ??Set or MV?: Mm3s ??? |
| EngRunTim | Fuel usage rate: Fuel usage rate liters/hr |
| EngTim | Engine timing: Degrees BTDC? |
| EngTrq | Engine torque: Metric equivalent to ft-lbs |
| EngTrqSet | Desired engine torque: Metric equivalent to ft-lbs |
| EPSConn | DER is connected to Utility EPS, or to Local EPS :Standalone; Utility EPS connected |
| EPSHz | Frequency on utility or local EPS: Value = frequency at EPS |
| FaultAck | Acknowledge fault clearing: TRUE = Reset |
| FreqLvl | The setpoint for maintaining fixed frequency: Frequency value {offset?} |
| FreqLvl | The setpoint for maintaining fixed frequency: Frequency value {offset?} |
| FuClCtl | Start / stop fuel cell TRUE=Stop FALSE=Start |
| FuClHydro | Hydrogen available: Linear measure |
| FuelAlm | Fuel system alarms : TBD |
| FuelAmp | Timing rail actuator current: amps |
| FuelCal | Fuel level in one tank |
| FuelConfig | Role of fuel system within the power system |
| FuelConfig.DevName | Name of device within system |
| FuelConfig.Loc | GPS location of device |
| FuelConfig.Owner | Owner of device |
| FuelConfig.SysName | Name of local power system |
| FuelFlowRate | Fuel (non-hydrogen) flow rate |
| FuelLvl | Fuel level: Level |
| FuelLvl1 | Fuel level in second tank |
| FuelLvl2 | Oil pressure, in Pascals |
| FuelOnOff | Fuel system is on or is off: Off; On |
| FuelPres | Timing Rail pressure: Metric equivalent to psi |
| FuelPres | Fuel pressure: Pressure |
| FuelRate | Calorie content of fuel |
| FuelRate | Fuel flow rate: Rate |
| FuelRtg | Ratings of the photovoltaic system |
| FuelRtg.xx | xx |
| FuelRtg.xy | xy |
| FuelShut | Fuel shutoff valve driver command False; True |
| FuelShut | Fuel shutoff valve driver command False; True |
| FuelTemp | Fuel Rail actuator current: amps |
| GenAlarm | Generation alarms: high/low voltage, high/low current, etc. |
| GenConfig | This is the role of device within the power system |
| GenConfig.Connect | Local EPS only or interconnected with Utility EPS |
| GenConfig.DevName | Name of device within system |
| GenConfig.Loc | GPS location of device |
| GenConfig.Owner | Owner of device |
| GenConfig.SysName | Name of local power system |
| GenConn | DER is connected to or disconnected from load: Disconnected; Connected |
| GenConn | Connects generator to load, or disconnects generator from load TRUE=Disconnect; FALSE=Connect |
| GenCoolDn | Value = Elapsed milliseconds; min = minimum time for cool down |
| GenCtl | Stop; Start |
| GenExcit | Excitation off; Excitation on |
| GenFrq | Diesel engine gen frequency: Hz |
| GenHz | Frequency at generator : Value = frequency at generator |
| GenMode | Operational or in test/off-line mode: 1 = in test 2 = off-line 3 = available |
| GenMode | Sets generator into test mode or operational mode : TRUE=Test; FALSE=Operational |
| GenOnCnt | Count of “generator on” times, since the last time the counter was reset |
| GenOprTim | Value = Elapsed milliseconds; max = maximum time before issuing a start-failure alarm |
| GenOpSt | Generation operational state: starting up, shutting down, ramping, at disconnect level, |
| GenPID | Configuration parameters for proportion-integral-derivative algorithms: proportion-integral-derivative |
| GenPID | This is the Proportional, integral, and derivative gain parameters for automatic control |
| GenPID.DerivatGain | This is the Derivative gain |
| GenPID.IntgrlGain | This is the Integral gain |
| GenPID.PropGain | This is the Proportional gain |
| GenReady | Generator is ready to be connected to load : Not ready |
| GenRL | Raise; Lower |
| GenRtg | This is Electrical ratings of generator |
| GenRtg.AmpRtg | This is the Continuous current rating |
| GenRtg.ConnectType | This is the Type of connection |
| GenRtg.CTPhs | This is the Current transformer phases |
| GenRtg.FltCurRtg | This is the Max fault current rating |
| GenRtg.FltDurRtgTmms | This is the Max fault duration rating |
| GenRtg.HzRtg | This is the Nominal frequency |
| GenRtg.PwrFactRtg | This is the Power factor rating |
| GenRtg.TempRtg | This is the Max temperature rating |
| GenRtg.VolAmprRtg | This is the Max var rating |
| GenRtg.VolAmpRtg | This is the Max volt-amps rating |
| GenRtg.VolRt | This is the Voltage level rating |
| GenRtg.VTPhs | This is the Voltage transformer phases |
| GenSet | This is the Generator operations settings |
| GenSet.EmgRampRt | This is the Emergency ramp rate |
| GenSet.GenDisconLev | This is the Generator disconnect level |
| GenSet.GenLodDrpSet | This is the Generator load droop setting |
| GenSet.LBaseLodSpRt | This is the Lower baseload setpoint rate |
| GenSet.MaxLodRampRt | This is the Max unload ramp rate |
| GenSet.MaxLodRampRt | This is the Max load ramp rate |
| GenSet.MaxVarOut | This is the Max VAr output |
| GenSet.MaxWattOut | This is the Max Watt output |
| GenSet.MinWattOut | This is the Min Watt output |
| GenSet.RaiseBaseLodSpRt | This is the Raise baseload setpoint rate |
| GenSet.RotDir | This is the Rotation direction ABC or CBA |
| GenSet.RtWatt | This is the Rated Watts |
| GenSt | Generator is on or is off |
| GenStbTmr | Value = Elapsed milliseconds; max = maximum time before issuing a stabilization-failure alarm |
| GenSync | Starts synchronizing generator to EPS : TRUE = start synchronization process |
| GenSync | Not synched; Synched |
| GenV | Generator voltage |
| GnSynDur | Time interval that the sync process is in progress: Max = Maximum difference in voltage between utility and generator voltage levels |
| Humidity | Humidity |
| HydrFlowRate | Hydrogen (or reformate) flow rate |
| HydrPres | Hydrogen pressure |
| ImExLev | The setpoint for maintaining constant import/export to EPS: kW value at the EPS connection |
| InV | V compared with RunV by the sync check logic: Value = Voltage at the generator |
| LoadLvl | Setpoints for operating in base load mode |
| LoadLvl.AltAppkW | % kW |
| LoadLvl.DerateTar | Derated target % |
| LoadLvl.LdGovVar | kVar target |
| LoadLvl.LdGovVarMx | Max kVar |
| LoadLvl.LdGovW | kW target |
| LoadLvl.LdShareRamp | Load Share/Don’t |
| LoadLvl.LdShutDown | Stop/Don’t Stop |
| LoadLvl.RampLd | Load or Unload |
| LoadMode | Base load or load following: TRUE=Base load mode |
| LoadMode | Sets generator mode as base load or as load following : TRUE=Base load; FALSE=Load following |
| LocEPSSw | Status of disconnect switch for starting device in Local EPS only: Contact open; Contact closed |
| ManiPres | Intake manifold temperature: Deg C |
| ManiTemp | Aftercooler water temperature: Deg C |
| OilPres | Engine temperature in degrees K |
| OilPres | Oil pressure: Pressure, in Pascals |
| OilPresSt | Oil pressure status TRUE=Normal FALSE=Abnormal |
| OperTim | Accumulated time in seconds since the last time the counter was reset |
| ParlSt | Standby; Paralleling |
| PerkWh | Value = kWh |
| PerStarts | Value = counts |
| PowerFact | The setpoint for maintaining fixed power factor: Power factor value |
| PumpAmp | Battery charger alt flash volts: volts |
| PVAmp | PV amps: Amp |
| PVCtl | Start / stop PV: Stop; Start |
| PVDCvolt | DC volts at PV: DC volts |
| RampLdSw | Unload; Load |
| ReformTemp | Reformer temperature: Temperature |
| RunV | The reference utility voltage for synchronism check logic: Value = Voltage on utility grid |
| SpdDroop | Speed droop status TRUE=Normal FALSE=Abnormal |
| StartCntTms | Time before starting: Seconds |
| StartSynch | Start synchronization process |
| StopDlyTms | Time delay before stopping: in seconds |
| SynchEna | Synchronization enabled: TRUE=Synch enabled FALSE=Synch not enabled; |
| SyncHz | Difference in frequency between RunV and InV: Value = difference in voltage |
| SyncSt | Status of the synchronization logic: TBD |
| SyncV | Difference in voltage magnitude between RunV and InV: Max = Maximum difference in phase between utility and generator phases |
| TimAmp1 | Timing rail actuator current: amps |
| TimAmp2 | Fuel pump actuator current: amps |
| TimPres | Fuel temperature: Deg C |
| TotCumFuel | Cumulative fuel since reset: Fuel in liters |
| TotkWh | Value = kWh |
| TotStarts | Value = counts |
| TrgSpd | Final target engine speed: rpm |
| VertInpAmp | Inverter input current: Amperes |
| VertOutAmp | Inverter output current (rms): Amperes |
| VertStat | Status of converter/inverter: TRUE=On; FALSE=Off |
| VoltDroop | Droop not enabled; Droop enabled |
| VoltLvl | The voltage setpoint for maintaining fixed voltage level: Voltage value {% offset?} |
| VoltLvl | The voltage setpoint for maintaining fixed voltage level: Voltage value {% offset?} |
| WaterLvl | Water level: Linear measure |
| WaterTemp | Blowby flow: CFM ?? |
| WindVel | Wind velocity |