***       bid program version 15.180      ***
 *   BUILDING DESCRIPTIONS FILE TRNSYS
 *   FOR BUILDING: IOWAB.BUI
 *   GET BY WORKING WITH TUD-Bid
 
 * PROJECT
 *+++ PROJECT
 *+++ TITLE=undefined
 *+++ DESCRIPTION=undefined
 *+++ CREATED=undefined
 *+++ ADDRESS=undefined
 *+++ CITY=undefined
 *+++ SWITCH=undefined
 
 * COMMENTS
 * BUILDING DESCRIPTIONS FILE OF EMPA test cell
 * GET BY SIMULATION
 
 PROPERTIES
  DENSITY =1.204
  CAPACITY =1.012
  HVAPOR =2454
 
** warning **
 Der angegebene Wert der Verdampfungsenthalpie wird nicht genutzt !
 Temperaturabhaengige Berechnung im Type56.
 
  SIGMA =2.0411E-07
  RTEMP =293.15
 
 TYPES
 
 *------------------LAYERS--------------------------------------------
 
 LAYER SheetSteel
  CONDUCTIVITY = 193.032
  CAPACITY  = 0.4608 : DENSITY = 7837.
 
 LAYER PUfoam
  CONDUCTIVITY = 0.08346 ! temperaturabhaengig
  CAPACITY  = 1.800 : DENSITY = 30.
 
 LAYER PUfoamH
  CONDUCTIVITY = 0.252
  CAPACITY  = 1.800 : DENSITY = 45.
 
 LAYER Plywood
  CONDUCTIVITY = 0.50917  ! temperaturabhaengig
  CAPACITY  = 1.605 : DENSITY = 850.
 
 LAYER EPSfoam
  CONDUCTIVITY = 0.134075 ! temperaturabhaengig
  CAPACITY  = 1.460 : DENSITY = 28.
 
 LAYER Cldbrdg
 * 16.4376 gesamt=0.144 external+16.2936 chamber
 * CONDUCTIVITY = 16.4376
 * CAPACITY  = 0.1 : DENSITY = 1.
 RESISTANCE=0.060836
 
 *------------------INPUTS---------------------------------------------
 INPUTS Power
 INPUTS TsoFloor TSOCeil TSOSouth TSOWest TSONorth TSOEast
 INPUTS Hfront HfrontC HfrontF HfrontS
 
 *------------------WALLS----------------------------------------------
 
 WALL Ceiling
  LAYERS = SheetSteel PUfoam SheetSteel
  THICKNESS= 0.0007 0.139 0.0007
  ABS-FRONT = 0.6 : ABS-BACK = 0.6
  RFRONT = 0.9233 : RBACK = 0.9
  HFRONT = INPUT 3.6*HfrontC : HBACK = 999.
 
 WALL Floor
  LAYERS = SheetSteel PUfoamH PUfoam SheetSteel
  THICKNESS= 0.0025 0.020 0.140 0.0007
  ABS-FRONT = 0.6 : ABS-BACK = 0.6
  RFRONT = 0.9233 : RBACK = 0.9
  HFRONT = INPUT 3.6*HfrontF : HBACK = 999.
 
 WALL Southwall
  LAYERS = Plywood EPSfoam Plywood
  THICKNESS= 0.010 0.130 0.010
  ABS-FRONT = 0.6 : ABS-BACK = 0.6
  RFRONT = 0.9233 : RBACK = 0.9
  HFRONT = INPUT 3.6*HfrontS : HBACK = 999.
 
 WALL NEWwall
  LAYERS = SheetSteel PUfoam SheetSteel
  THICKNESS= 0.0007 0.139 0.0007
  ABS-FRONT = 0.6 : ABS-BACK = 0.6
  RFRONT = 0.9233 : RBACK = 0.9
  HFRONT = INPUT 3.6*Hfront : HBACK = 999.
 
 WALL Cbrwall
  LAYERS = Cldbrdg
  THICKNESS= 1.
  ABS-FRONT = 0.6 : ABS-BACK = 0.6
  HFRONT = 999. : HBACK = 999.
 *------------------WINDOWS--------------------------------------------
 
 
 *------------------VENTIILATION---------------------------------------
 VENTILATION CldbrdgEx
  TEMPERATURE=23
  AIRCHANGE=0.0038
  HUMIDITY=0
 
 VENTILATION CldbrdgGu
  TEMPERATURE=23
  AIRCHANGE=0.4288
  HUMIDITY=0
 
 *HEATING
 *COOLING
 
 *GAIN
 GAIN HPower
 CONVECTIVE=INPUT 3.6*Power
 RADIATIVE=0.
 HUMIDITY=0.
 
 
 *INFILTRATION
 INFILTRATION Cldbrdg
  AIRCHANGE=0.4326
 
 *---------------------------------------------------------------------
 *ORIENTATIONS
 
 ZONES TestCell
 
 *---------------------------------------------------------------------
 
 BUILDING
 
 ZONE TestCell
 WALL  = Southwall : AREA= 6.726 : BOUNDARY= INPUT TSOSouth : COUPLING= 0
 **West wall
 WALL   = NEWwall : AREA= 10.917: BOUNDARY= INPUT TSOWest : COUPLING= 0
 **North wall
 WALL   = NEWwall : AREA= 6.726 : BOUNDARY= INPUT TSONorth : COUPLING= 0
 **East wall
 WALL   = NEWwall : AREA= 10.917: BOUNDARY= INPUT TSOEast : COUPLING= 0
 **FUSSBODEN
 Floor  = Floor : AREA= 13.184   : BOUNDARY= INPUT TsoFloor : COUPLING= 0
 **DECKE
 Ceiling= Ceiling : AREA= 13.184: BOUNDARY= INPUT TSOCeil : COUPLING= 0
 **South wall
 *
 *WALL   = NEWwall : LENGTH= 10.917: COLDBRIDGE : BOUNDARY= INPUT TSOEast
 *WALL   = Cbrwall : AREA= 1. : BOUNDARY=23 : COUPLING=0
 REGIME
  LWRMODE=2
 * INFILTRATION=Cldbrdg
  VENTILATION=CldbrdgEx
  VENTILATION=CldbrdgGu
  GAIN=HPower : SCALE=1.
  CAPACITANCE = 350. : VOLUME = 31.114
  TINITIAL =29 : PHIINITIAL =50.0
  WCAPR =1.
 
 OUTPUTS
  TRANSFER : TIMEBASE =0.05
  ZONES = TestCell
  NTYPES= 1 2 25 3 14 16 17 18 19 20
 END
 
 *-------------------------------------------------------*
 |                                                       |
 | Informationen zur Fensterdatenbank                    |
 |                                                       |
 *-------------------------------------------------------*
  Dieses Gebaeudemodell enthaelt keine Fenster!
 
 *-------------------------------------------------------*
 |                                                       |
 | wall transfer function calculations                   |
 |                                                       |
 *-------------------------------------------------------*
  Es werden LAMBDA und u-wert ausgegeben.
  LAMBDA ist der Waermedurchgangswert der Wand.
  Der u-Wert beruecksichtigt zusaetzlich die Waerme-
  uebergangswiderstaende von Ri=0.13 und Ra=0.04 m2K/W
 
 
              ---------- wall type Ceiling   ----------
      thermal conductance : LAMBDA and u-value
      LAMBDA= 0.16679 W/m2K;  u= 0.16219 W/m2K
  check sum of transfer function coefficients
                a                b                c                d
  sum      1.6514064E-04    1.6514065E-04    1.6514064E-04    2.7503774E-04
  timebase :  0.050
 
 
              ---------- wall type Floor     ----------
      thermal conductance : LAMBDA and u-value
      LAMBDA= 0.15811 W/m2K;  u= 0.15397 W/m2K
  check sum of transfer function coefficients
                a                b                c                d
  sum      6.3496383E-05    6.3496381E-05    6.3496384E-05    1.1155247E-04
  timebase :  0.050
 
 
              ---------- wall type Southwall ----------
      thermal conductance : LAMBDA and u-value
      LAMBDA= 0.27533 W/m2K;  u= 0.26302 W/m2K
  check sum of transfer function coefficients
                a                b                c                d
  sum      1.3127916E-03    1.3127916E-03    1.3127916E-03    1.3244573E-03
  timebase :  0.050
 
 
              ---------- wall type NEWwall   ----------
      thermal conductance : LAMBDA and u-value
      LAMBDA= 0.16679 W/m2K;  u= 0.16219 W/m2K
  check sum of transfer function coefficients
                a                b                c                d
  sum      1.6514064E-04    1.6514065E-04    1.6514064E-04    2.7503774E-04
  timebase :  0.050
 
 
              ---------- wall type Cbrwall   ----------
      thermal conductance : LAMBDA and u-value
      LAMBDA= 4.56601 W/m2K;  u= 2.57063 W/m2K
  check sum of transfer function coefficients
                a                b                c                d
  sum      1.6437636E+01    1.6437636E+01    1.6437636E+01    1.0000000E+00
  timebase :  0.050
 
 
 
 
          ********** required inputs **********
 
 
     input number             input description
 
           1                  ambient temperature
           2                  ambient relative humidity ratio
           3                  fiktive sky temperature
           4                  input type Power
           5                  input type TsoFloor
           6                  input type TSOCeil
           7                  input type TSOSouth
           8                  input type TSOWest
           9                  input type TSONorth
          10                  input type TSOEast
          11                  input type Hfront
          12                  input type HfrontC
          13                  input type HfrontF
          14                  input type HfrontS
 
 
 
 
          ********** desired outputs **********
 
 
     output number            output description
 
           1                  air temperature for zone TestCell
           2                  sensible energy demand for zone TestCell
           3                  operative room temperature of zone TestCell
           4                  surface convective gains to zone TestCell
           5                  inside surface radiative gains for zone TestCell
           6                  tot outside conv.& l-wave gains for zone TestCell
 
          ** inside surface temperatures in zone TestCell   **
 
           7                  wall = Southwall    known boundary condition
           8                  wall = NEWwall      known boundary condition
           9                  wall = NEWwall      known boundary condition
          10                  wall = NEWwall      known boundary condition
          11                  wall = Floor        known boundary condition
          12                  wall = Ceiling      known boundary condition
 
                  *********************************************
 
 
          ** outside surface temperatures in zone TestCell   **
 
          13                  wall = Southwall    known boundary condition
          14                  wall = NEWwall      known boundary condition
          15                  wall = NEWwall      known boundary condition
          16                  wall = NEWwall      known boundary condition
          17                  wall = Floor        known boundary condition
          18                  wall = Ceiling      known boundary condition
 
                  *********************************************
 
 
          ** inside surface conv. &  long-wave in zone TestCell   **
 
          19                  wall = Southwall    known boundary condition
          20                  wall = NEWwall      known boundary condition
          21                  wall = NEWwall      known boundary condition
          22                  wall = NEWwall      known boundary condition
          23                  wall = Floor        known boundary condition
          24                  wall = Ceiling      known boundary condition
 
                  *********************************************
 
 
          ** outside surface conv. & long-wave in zone TestCell   **
 
          25                  wall = Southwall    known boundary condition
          26                  wall = NEWwall      known boundary condition
          27                  wall = NEWwall      known boundary condition
          28                  wall = NEWwall      known boundary condition
          29                  wall = Floor        known boundary condition
          30                  wall = Ceiling      known boundary condition
 
                  *********************************************
 
 
 
 Eingabestruktur fuer TRNSYS-Deck
 
*---------------------------------------------------------------------
UNIT ±± TYPE 56 Gebaude
*---------------------------------------------------------------------
*--- Beginn (UNIT) ---------------------------------------------------
*       --- Parameter ------------------------------------------------
        PARAMETERS 6
*       --------------------------------------------------------------
*       --- Beginn (Parameter) ---------------------------------------
*               --- 01 Nummer der Gebaeudebeschreibungsdatei ---------
                ±±
*               --- 02 Nummer der Transferkoeffizientendatei ---------
                ±±
*               --- 03 Nummer der WinLib-Datei -----------------------
                ±±
*               --- 04 Calk. of Starnetwork for TYPE160 --------------
                ±±
*               --- 05 Opt. Parameter operative Temperatur -----------
                ±±
*               --- 06 Regelung nach Empfindungstemperatur (0=n, 1=j)
                ±±
*               ------------------------------------------------------
*       --------------------------------------------------------------
*       --- Ende (Parameter) -----------------------------------------
*       --- Inputs ---------------------------------------------------
        INPUTS    14
*       --- Beginn (Inputs) ------------------------------------------
*               --- 0001 Aussentemperatur -----------------------------
                ±±
*               --- 0002 relative Luftfeuchte der Aussenluft ----------
                ±±
*               --- 0003 fiktive Himmelstemperatur --------------------
                ±±
*               --- 0004 definierter Eingabewert ............Power
                Power
*               --- 0005 definierter Eingabewert ............TsoFloor
                TsoFloor
*               --- 0006 definierter Eingabewert ............TSOCeil
                TSOCeil
*               --- 0007 definierter Eingabewert ............TSOSouth
                TSOSouth
*               --- 0008 definierter Eingabewert ............TSOWest
                TSOWest
*               --- 0009 definierter Eingabewert ............TSONorth
                TSONorth
*               --- 0010 definierter Eingabewert ............TSOEast
                TSOEast
*               --- 0011 definierter Eingabewert ............Hfront
                Hfront
*               --- 0012 definierter Eingabewert ............HfrontC
                HfrontC
*               --- 0013 definierter Eingabewert ............HfrontF
                HfrontF
*               --- 0014 definierter Eingabewert ............HfrontS
                HfrontS
*               ------------------------------------------------------
*       --- Ende (Inputs) --------------------------------------------
*       --------------------------------------------------------------
*       ---  Startwerte  ---------------------------------------------
*       --------------------------------------------------------------
*       --- Beginn (Startwerte) --------------------------------------
*               --- 0001 Aussentemperatur -----------------------------
                ±±
*               --- 0002 relative Luftfeuchte der Aussenluft ----------
                ±±
*               --- 0003 fiktive Himmelstemperatur --------------------
                ±±
*               --- 0004 definierter Eingabewert ............Power
                ±±
*               --- 0005 definierter Eingabewert ............TsoFloor
                ±±
*               --- 0006 definierter Eingabewert ............TSOCeil
                ±±
*               --- 0007 definierter Eingabewert ............TSOSouth
                ±±
*               --- 0008 definierter Eingabewert ............TSOWest
                ±±
*               --- 0009 definierter Eingabewert ............TSONorth
                ±±
*               --- 0010 definierter Eingabewert ............TSOEast
                ±±
*               --- 0011 definierter Eingabewert ............Hfront
                ±±
*               --- 0012 definierter Eingabewert ............HfrontC
                ±±
*               --- 0013 definierter Eingabewert ............HfrontF
                ±±
*               --- 0014 definierter Eingabewert ............HfrontS
                ±±
*       --- Ende (Startwerte) ----------------------------------------
*--- Ende (UNIT) -----------------------------------------------------
