1                 TRNSYS - A TRANSIENT SIMULATION PROGRAM
         FROM THE SOLAR ENERGY LAB AT THE UNIVERSITY OF WISCONSIN
                       VERSION  14.2  Sept. 1996
 
 
TRNSYS DEK-file EMPACELL.DEK is processed.
Simulation wurde im Verzeichnis gestartet:
C:\IEA\TASK34-43\Subtasks\C - ShadingDaylighting\EMPA\experiment\2a
 
 
 
 *---------------------------------------------------------------------*
 *                                                                     *
 *                                                                     *
 *             TU Dresden                                              *
 *             Institut fuer Thermodynamik und TGA                     *
 *                                                                     *
 *             TASK 34                                                 *
 *             EMPA test cell                                          *
 
  ASSIGN  empa.out                                    6
 
  ASSIGN  inputs.txt                                 10
 
  ASSIGN  empacell.bld                               20
 
  ASSIGN  empacell.trn                               21
 
  ASSIGN  empacell.win                               22
 
  ASSIGN  layout.fig                                 23
 
  ASSIGN  temps.txt                                  59
 
  ASSIGN  convect.txt                                60
 *
 *-----------------------------------------------------------------------
 *             Start     Stop      Schritteite
 
  SIMULATION         1.000E+00    6.030E+02    5.000E-02
 *             Integration    Konvergenz     (rel. Fehler)
 
  TOLERANCES         1.000E-03    1.000E-03
 *             Max. Iterat.   Max. Warnung   Trace Limit
 
  LIMITS     200      50
 *             TRNSYS output file width, number of characters
 
  WIDTH   132
 *             TRNSYS num. integration solver method
 
  DFQ    1
 *
 
  EQUATIONS    4
     Hfront=1.31*ABS([56,1]-[56,9])^0.3533
     HfrontC=9.482*ABS([56,1]-[56,12])^0.3333/(7.283-1.)
     HfrontF=1.810*ABS([56,1]-[56,11])^0.3333/(1.382+1.)
     HfrontS=1.31*ABS([56,1]-[56,7])^0.3333
 *----------------------------------------------------------------------
 
  UNIT    9     TYPE    9     DATA READER Inputs
 *----------------------------------------------------------------------
       PARAMETERS  29
 * Modus
 * Anzahl Spalten
 * Zeitschrittweite
 * Time
 * HPower
 * Tso floor
 * Tso ceiling
 * Tso south
 * Tso west
 * Tso north
 * Tso east
 * wird von kanal 10 unformatiert gelesen
 * formatiert
      -2.000E+00    8.000E+00    1.000E+00    1.000E+00    1.000E+00    0.000E+00    2.000E+00    1.000E+00    0.000E+00
       3.000E+00    1.000E+00    0.000E+00    4.000E+00    1.000E+00    0.000E+00    5.000E+00    1.000E+00    0.000E+00
       6.000E+00    1.000E+00    0.000E+00    7.000E+00    1.000E+00    0.000E+00    8.000E+00    1.000E+00    0.000E+00
       1.000E+01    0.000E+00
 *----------------------------------------------------------------------
 
  UNIT   56     TYPE   56     Test cell
 *----------------------------------------------------------------------
       PARAMETERS   6
 * 1 Nummer der Gebudebeschreibungsdatei
 * 2 Nummer der Transferkoeffizientendatei
 * 3 Log unit for window library file (LUWIN)
 * 4 Calculation of Star network each Timestep if PAR(4)=1
 * fuer Hypokauste TYPE 160 notwendig
 * 5 Opt. Parameter operative Temp
 * 6 idealer Regler regelt operative Temp(1-ja/0-nein)
       2.000E+01    2.100E+01    2.200E+01    1.000E+00    5.000E-01    0.000E+00
       INPUTS  14
 * 1 ambient temperature
 * 2 ambient relative humudity ratio
 * 3 fiktive sky temperature
 * 4 HPower
 * 5 Tso floor
 * 6 Tso ceiling
 * 7 Tso south
 * 8 Tso west
 * 9 Tso north
 * 10 Tso east
 * 11-14 Hfront
       CONST        CONST        CONST        9,           9,           9,           9,           9,           9,
       9,           HFRONT       HFRONTC      HFRONTF      HFRONTS
 * Startwerte
 * 1   2   3
 * 4   5   6   7   8   9   10
 * 11 12 13 14
       2.300E+01    5.000E+01    2.300E+01    0.000E+00    2.000E+01    2.000E+01    2.000E+01    2.000E+01    2.000E+01
       2.000E+01    2.000E+00    2.000E+00    2.000E+00    2.000E+00
 *----------------------------------------------------------------------
 
  UNIT  107     TYPE   28     SUMMARY Temperature data
 *----------------------------------------------------------------------
       PARAMETERS  31
 *  DT     TS     TE      NR   OMODE
 *  Operations
       1.000E+00    2.000E+00    6.030E+02    5.900E+01    1.000E+00    0.000E+00   -4.000E+00    0.000E+00   -4.000E+00
       0.000E+00   -4.000E+00    0.000E+00   -4.000E+00    0.000E+00   -4.000E+00    0.000E+00   -4.000E+00    0.000E+00
      -4.000E+00    0.000E+00   -4.000E+00    0.000E+00   -4.000E+00    0.000E+00   -4.000E+00    0.000E+00   -4.000E+00
       0.000E+00   -4.000E+00    0.000E+00   -4.000E+00
       INPUTS  13
 * 1    2     3     4    5    6    7
 * 8     9     10    11    12    13
       56,          56,1         56,1         56,          56,          56,          56,1         56,1         56,1
       56,1         56,1         56,1         56,1
       LABELS 13
   TAIR        TSIFLOOR    TSICEIL     TSISOUTH    TSIWEST     TSINORTH    TSIEAST     TSOFLOOR    TSOCEIL
   TSOSOUTH    TSOWEST     TSONORTH    TSOEAST
 *----------------------------------------------------------------------
 
  UNIT  108     TYPE   28     SUMMARY Convection
 *----------------------------------------------------------------------
       PARAMETERS  13
 *  DT     TS     TE      NR   OMODE
 *  Operations
       1.000E+00    2.000E+00    6.030E+02    6.000E+01    1.000E+00    0.000E+00   -4.000E+00    0.000E+00   -4.000E+00
       0.000E+00   -4.000E+00    0.000E+00   -4.000E+00
       INPUTS   4
       HFRONT       HFRONTS      HFRONTC      HFRONTF
       LABELS  4
   HFRONT      HISOUTH     HICEIL      HIFLOOR
 *----------------------------------------------------------------------
 
  UNIT  125     TYPE   65     AUSGABE online
 *----------------------------------------------------------------------
 * Anzahl PARAMS  = (3 * Anz. Diagramme) + 10
       PARAMETERS  13
 *  Anzahl Diagramme
 *  Anzahl der Zeilen in Graph 1
 *  Minimaler/Maximaler y-Wert in Graph 1
 *  Zeitschritt fr die Darstellung der Kurven
 *  Zeitschritt fr die Erneuerung der Resulate
 *  Simulationszeitschritt (1 =sec, 2 =min, 3 =h)
 *  Anzahl der Zeitschritte pro Bild fr die Simulation
 *  unit
 *  Papiervorschub (0 =auto, 1 =Enter)
 *  Daten in Datei schreiben (0 =nein, 1 =ja)
 *  Erstellen einer Grafikdatei (0 =aus, 1 =ein)
 *  Grafik-Modus 0 - VGA  : 1 - S-VGA (800*600)  : 2 S-VGA (1024*840)
       1.000E+00    7.000E+00    1.500E+01    5.000E+01    1.000E+00    1.000E+00    3.000E+00    4.800E+03    2.300E+01
       0.000E+00    0.000E+00    0.000E+00    0.000E+00
       INPUTS   7
 * 1. Diagramm Raumtemperaturen
       56,          56,1         56,1         56,          56,1         56,          56,
 * Startwerte
       2.000E+01    2.000E+01    2.000E+01    2.000E+01    2.000E+01    2.000E+01    2.000E+01
 *----------------------------------------------------------------------
 
  END
 
 
         TRANSIENT SIMULATION     STARTING AT TIME =  1.000E+00
                                  STOPPING AT TIME =  6.030E+02
                                          TIMESTEP =     1/20
             DIFFERENTIAL EQUATION ERROR TOLERANCE =  1.000E-03
                   ALGEBRAIC CONVERGENCE TOLERANCE =  1.000E-03
 
 
 
 *---------------------------------------------------------------------*
 *                                                                     *
 *                                                                     *
 *             TU Dresden                                              *
 *             Institut fuer Thermodynamik und TGA                     *
 *                                                                     *
 *             TASK 34                                                 *
 *             EMPA test cell                                          *
 
     DIFFERENTIAL EQUATIONS SOLVED BY MODIFIED EULER
 
Start der Simulation um 13:58:57
 
 
 ***** warning ***** unit 56 type 56
 no internal humidity calculations are performed and no
 condensation warnings are printed. if any of the outputs
 ntype 9,10,11,26,29,40,41,47,48 or 49 is specified, the
 humidity calculations, using an internal timestep, will
 be switched on and condensation checks are performed.
 
 
 ***** warning ***** unit 56 type 56
 Die Simulations-Zeitschrittweite betraegt 0.050h und ist
 damit im Verhaeltnis zur Zeitkonstante der Raumluft zu gross.
 Die Temperaturverlaeufe koennen instabil werden!
 Das gilt fuer die Zonen:
   1   T =  0.000 h
 
 
 
 
                    UNIT   9       TYPE   9  WAS CALLED  12042 TIMES
                          56             56              12765
                         107             28              12022
                         108             28              12022
                         125             65              12041
 
 TRNSYS Calculations Completed with   2 warnings!
 
Beginn der Simulation : 13:58:57
Ende der Simulation   : 13:59:03
 
Simulationszeit  :     0 d     0 h     0 min  5.81 s
