7.5.4.84 Pset_SpaceHeaterPHistory

PSET_PERFORMANCEDRIVEN / IfcSpaceHeater

Natural language names
Space Heater PHistory
Properties

buildingSMART Data Dictionary

PSD-XML

NameTypeDescription
FractionRadiantHeatTransfer P_REFERENCEVALUE / IfcTimeSeries / IfcNormalisedRatioMeasure
Fraction Radiant Heat TransferFraction of the total heat transfer rate as the radiant heat transfer.
鏀惧皠鐔辩Щ鍕曘儠銉┿偗銈枫儳銉绶忓悎鐔辩Щ鍕曘伄鍐呮斁灏勭啽绉诲嫊銇ㄣ伩銇仌銈屻倠閮ㄥ垎
FractionConvectiveHeatTransfer P_REFERENCEVALUE / IfcTimeSeries / IfcNormalisedRatioMeasure
Fraction Convective Heat TransferFraction of the total heat transfer rate as the convective heat transfer.
瀵炬祦鐔辩Щ鍕曘儠銉┿偗銈枫儳銉绶忓悎鐔辩Щ鍕曘伄鍐呭娴佸皠鐔辩Щ鍕曘仺銇裤仾銇曘倢銈嬮儴鍒
Effectiveness P_REFERENCEVALUE / IfcTimeSeries / IfcNormalisedRatioMeasure
EffectivenessRatio of the real heat transfer rate to the maximum possible heat transfer rate.
鍔圭巼鏈澶у彲鑳界啽绉诲嫊閲忋伀瀵俱仚銈嬪疅鐔辩Щ鍕曢噺銇壊鍚
SurfaceTemperature P_REFERENCEVALUE / IfcTimeSeries / IfcThermodynamicTemperatureMeasure
Surface TemperatureAverage surface temperature of the component.
琛ㄩ潰娓╁害妲嬫垚瑕佺礌銇钩鍧囪〃闈㈡俯搴
SpaceAirTemperature P_REFERENCEVALUE / IfcTimeSeries / IfcThermodynamicTemperatureMeasure
Space Air TemperatureDry bulb temperature in the space.
瀹ゆ俯閮ㄥ眿銇咕鐞冩俯搴
SpaceMeanRadiantTemperature P_REFERENCEVALUE / IfcTimeSeries / IfcThermodynamicTemperatureMeasure
Space Mean Radiant TemperatureMean radiant temperature in the space.
瀹ゅ钩鍧囨斁灏勬俯搴閮ㄥ眿銇钩鍧囨斁灏勬俯搴
AuxiliaryEnergySourceConsumption P_REFERENCEVALUE / IfcTimeSeries
Auxiliary Energy Source ConsumptionAuxiliary energy source consumption.
瑁滃姪銈ㄣ儘銉偖銉兼簮浣跨敤閲瑁滃姪銈ㄣ儘銉偖銉兼簮浣跨敤閲
UACurve P_REFERENCEVALUE / IfcTimeSeries
UACurveUA curve as function of ambient temperature and surface temperature; UA = f (Tambient, Tsurface)
UA鏇茬窔鍛ㄥ洸娓╁害銇ㄨ〃闈㈡俯搴︺仺銇枹鏁般伄UA鏇茬窔
OutputCapacityCurve P_REFERENCEVALUE / IfcTimeSeries
Output Capacity CurvePartial output capacity curve (as a function of water temperature); Q = f (Twater).
閮ㄥ垎鐨勩偄銈︺儓銉椼儍銉堣兘鍔涙洸绶閮ㄥ垎鐨勩偄銈︺儓銉椼儍銉堣兘鍔涙洸绶氾紙姘存俯銇枹鏁般仺銇椼仸锛
AirResistanceCurve P_REFERENCEVALUE / IfcTimeSeries
Air Resistance CurveAir resistance curve (w/ fan only); Pressure = f ( flow rate).
绌烘皸鎶垫姉鏇茬窔绌烘皸鎶垫姉鏇茬窔锛堥侀ⅷ姗熴伄銇匡級鍦у姏锛濓絾锛堟祦閫燂級
Exponent P_REFERENCEVALUE / IfcTimeSeries / IfcReal
ExponentCharacteristic exponent, slope of log(heat output) vs log (surface temperature minus environmental temperature).
鎸囨暟鐗瑰敬鐨勩仾鎸囨暟銆乴og(鐔卞嚭鍔)log锛堣〃闈㈡俯搴︺優銈ゃ儕銈瑰懆鍥叉俯搴︼級銇嬀閰
HeatOutputRate P_REFERENCEVALUE / IfcTimeSeries / IfcPowerMeasure
Heat Output RateOverall heat transfer rate.
鐔卞嚭鍔涙瘮绶忓悎鐔辩Щ鍕曠巼

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