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[TRNSYS-users] TR: longwave radiation mode with 2 airnodes



.inf file was deleted from my previous sending.

 

De : Antoine Gautier [mailto:antoine.gautier@solamen.fr]
Envoyé : jeudi 16 juin 2011 18:39
À : 'trnsys-users@cae.wisc.edu'
Objet : TR: longwave radiation mode with 2 airnodes

 

On the same topic…

 

I am trying to model a fully glazed wall with fully transparent window between the 2 airnodes to account for radiative transfers.

When I save the building file I get the message: “.inf etc. generated successfully”.

However when I launch the simulation I get the message in attachment which appears in TRNEXE window.

If you check the .inf file you will notice that adjacency is well defined for surfaces 9, 11, 12 and 13 despite the previous message error.

Eventually the simulation goes on but the results tend to convince me that radiative transfers are not correctly calculated between the 2 airnodes.

 

Do you have any idea to solve this problem?

Thanks a lot.

 

Regards

--

Antoine Gautier
Solam
en
+33 6 98 78 56 46

antoine.gautier@solamen.fr

 

De : Antoine Gautier [mailto:antoine.gautier@solamen.fr]
Envoyé : jeudi 16 juin 2011 14:27
À : 'trnsys-users@cae.wisc.edu'
Objet : longwave radiation mode with 2 airnodes

 

Dear all

 

I understand from the user manual §5 that longwave radiation exchange is not taken into account between 2 airnodes of the same zone under standard (starnet) or “one node” radiation mode.

 

Could you please confirm my understanding?

 

Then what is the best strategy to transfer internal gains and radiative heating flux (e.g. from active layer) to the other airnode of the same zone when not using 3D data?

 

Thanks a lot for your help.

Best regards

--

Antoine Gautier
Solam
en
+33 6 98 78 56 46

antoine.gautier@solamen.fr

 

Attachment: Capture.PNG
Description: PNG image

Attachment: Project10.inf
Description: Binary data

*********************************************************************************************************************************************************************************************************
*  TRNBuild   2.0.167
*********************************************************************************************************************************************************************************************************
*   BUILDING DESCRIPTIONS FILE TRNSYS
*   FOR BUILDING:   C:\Users\solamen\Documents\My Dropbox\1_presta\2_etudes_en_cours\201105_axima_cdg\jdd\0_wip\Project10.inf
*   GET BY WORKING WITH TRNBuild 1.0 for Windows
*********************************************************************************************************************************************************************************************************
*
*--------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
*  C o m m e n t s
*--------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
*--------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
*  P r o j e c t
*--------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
*+++ PROJECT
*+++ TITLE=ADP S4
*+++ DESCRIPTION=AILE N FILES 60-70
*+++ CREATED=SOLAMEN
*+++ ADDRESS=
*+++ CITY=
*+++ SWITCH=UNDEFINED
*--------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
*  P r o p e r t i e s
*--------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
PROPERTIES
 DENSITY=1.204 : CAPACITY=1.012 : PRESSURE=101325.000 : HVAPOR=2454.0 : SIGMA=2.041e-007 : RTEMP=293.15
*--- alpha calculation -------------------
 KFLOORUP=7.2 : EFLOORUP=0.31 : KFLOORDOWN=3.888 : EFLOORDOWN=0.31
 KCEILUP=7.2 : ECEILUP=0.31 : KCEILDOWN=3.888 : ECEILDOWN=0.31
 KVERTICAL=5.76 : EVERTICAL=0.3
*
*++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
TYPES
*++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
*
*--------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
*  L a y e r s
*--------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
LAYER ALUMINIUM
 CONDUCTIVITY=    730 : CAPACITY=   0.88 : DENSITY=   2700
LAYER PLASTERBOA
 CONDUCTIVITY=    0.8 : CAPACITY=   0.84 : DENSITY=    800
LAYER FIBREGLASS
 CONDUCTIVITY=  0.144 : CAPACITY=   0.84 : DENSITY=     12
LAYER HEAVYCONCR
 CONDUCTIVITY=   6.12 : CAPACITY=   0.84 : DENSITY=   2200
LAYER ALUMINIUM_MASSLESS
 RESISTANCE=  0.00065
LAYER MDFBOARD
 CONDUCTIVITY=  0.432 : CAPACITY=   1.88 : DENSITY=    500
LAYER CLAY
 CONDUCTIVITY=    5.4 : CAPACITY=    1.8 : DENSITY=   1500
LAYER BETON
 CONDUCTIVITY=   8.28 : CAPACITY=      1 : DENSITY=   2400
LAYER AIR_FLUX_ASC_GE15MM
 RESISTANCE=    0.044
LAYER AIR_FLUX_HOR_GE25MM
 RESISTANCE=     0.05
LAYER COUCHE_ACTIVE
 PSPACING=   0.35 : PDIAMETER=   0.02 : PWALLTHICKNESS= 0.0019 : PCONDUCTIVITY=   1.26 : CPFLUID= 4.18
LAYER CBR_MUR_PB
 RESISTANCE=     0.73
LAYER CBR_MUR_PI
 RESISTANCE=     0.48
LAYER CBR_MUR_PH
 RESISTANCE=     0.46
LAYER EXPANSEDPO
 CONDUCTIVITY=  0.119 : CAPACITY=   1.47 : DENSITY=     27
*--------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
*  I n p u t s
*--------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
INPUTS EQUIPEMENT_EMB ECLAIRAGE_EMB OCCUPATION_EMB OCCUPATION_DEB ECLAIRAGE_DEB EQUIPEMENT_DEB AIRE_EMB AIRE_DEB INFILTRATION_EMB INFILTRATION_DEB QM_AIR_DEB QM_AIR_EMB T_SOUF_DEB RH_SOUF_DEB ;
 T_SOUF_EMB RH_SOUF_EMB QM_EAU_PBCH T_EAU_E_PBCH T_AIR_CONS_CH_DEB T_AIR_CONS_FR_DEB T_AIR_LT T_AIR_EXT INFILTRATION_EMBH QM_AIR_COUPHB QM_AIR_COUPBH
*--------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
*  S c h e d u l e s
*--------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
*--------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
*  W a l l s
*--------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
WALL ME1
 LAYERS   = ALUMINIUM_MASSLESS 
 THICKNESS= 0                  
 ABS-FRONT= 0.6   : ABS-BACK= 0.6  
 EPS-FRONT= 0.9   : EPS-BACK= 0.9  
 HFRONT   = 11 : HBACK= 64
WALL ME2
 LAYERS   = PLASTERBOA FIBREGLASS ALUMINIUM 
 THICKNESS= 0.013      0.1        0.005     
 ABS-FRONT= 0.6   : ABS-BACK= 0.6  
 EPS-FRONT= 0.9   : EPS-BACK= 0.9  
 HFRONT   = 11 : HBACK= 64
WALL MI2
 LAYERS   = CLAY  AIR_FLUX_HOR_GE25MM MDFBOARD 
 THICKNESS= 0.05  0                   0.03     
 ABS-FRONT= 0.6   : ABS-BACK= 0.6  
 EPS-FRONT= 0.9   : EPS-BACK= 0.9  
 HFRONT   = 11 : HBACK= 11
WALL PH
 LAYERS   = PLASTERBOA AIR_FLUX_ASC_GE15MM FIBREGLASS ALUMINIUM 
 THICKNESS= 0.013      0                   0.13       0.005     
 ABS-FRONT= 0.6   : ABS-BACK= 0.6  
 EPS-FRONT= 0.9   : EPS-BACK= 0.9  
 HFRONT   = 11 : HBACK= 64
WALL PI
 LAYERS   = BETON 
 THICKNESS= 0.2   
 ABS-FRONT= 0.6   : ABS-BACK= 0.6  
 EPS-FRONT= 0.9   : EPS-BACK= 0.9  
 HFRONT   = 11 : HBACK= 11
WALL CBR_MUR_PB
 LAYERS   = CBR_MUR_PB 
 THICKNESS= 0          
 ABS-FRONT= 0.0001 : ABS-BACK= 0.0001
 EPS-FRONT= 0.0001 : EPS-BACK= 0.0001
 HFRONT   = 0.002 : HBACK= 0.002
WALL CBR_MUR_PI
 LAYERS   = CBR_MUR_PI 
 THICKNESS= 0          
 ABS-FRONT= 0.0001 : ABS-BACK= 0.0001
 EPS-FRONT= 0.0001 : EPS-BACK= 0.0001
 HFRONT   = 0.002 : HBACK= 0.002
WALL CBR_MUR_PH
 LAYERS   = CBR_MUR_PH 
 THICKNESS= 0          
 ABS-FRONT= 0.0001 : ABS-BACK= 0.0001
 EPS-FRONT= 0.0001 : EPS-BACK= 0.0001
 HFRONT   = 0.002 : HBACK= 0.002
WALL PBCH
 LAYERS   = BETON COUCHE_ACTIVE BETON EXPANSEDPO BETON 
 THICKNESS= 0.105 0             0.01  0.068      0.2   
 ABS-FRONT= 0.6   : ABS-BACK= 0.6  
 EPS-FRONT= 0.9   : EPS-BACK= 0.9  
 HFRONT   = FLOOR : HBACK= 11
WALL PB
 LAYERS   = BETON BETON EXPANSEDPO BETON 
 THICKNESS= 0.105 0.01  0.068      0.2   
 ABS-FRONT= 0.6   : ABS-BACK= 0.6  
 EPS-FRONT= 0.9   : EPS-BACK= 0.9  
 HFRONT   = 11 : HBACK= 11
WALL PB_EXT
 LAYERS   = BETON BETON EXPANSEDPO BETON 
 THICKNESS= 0.105 0.01  0.068      0.2   
 ABS-FRONT= 0.6   : ABS-BACK= 0.6  
 EPS-FRONT= 0.9   : EPS-BACK= 0.9  
 HFRONT   = 11 : HBACK= 64
WALL PBCH_EXT
 LAYERS   = BETON COUCHE_ACTIVE BETON EXPANSEDPO BETON 
 THICKNESS= 0.105 0             0.01  0.068      0.2   
 ABS-FRONT= 0.6   : ABS-BACK= 0.6  
 EPS-FRONT= 0.9   : EPS-BACK= 0.9  
 HFRONT   = FLOOR : HBACK= 64
WALL MI1
 LAYERS   = HEAVYCONCR FIBREGLASS 
 THICKNESS= 0.2        0.1        
 ABS-FRONT= 0.6   : ABS-BACK= 0.6  
 EPS-FRONT= 0.9   : EPS-BACK= 0.9  
 HFRONT   = 11 : HBACK= 11
WALL MI4
 LAYERS   = FIBREGLASS 
 THICKNESS= 0.05       
 ABS-FRONT= 0.6   : ABS-BACK= 0.6  
 EPS-FRONT= 0.9   : EPS-BACK= 0.9  
 HFRONT   = 11 : HBACK= 11
*--------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
*  W i n d o w s
*--------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
WINDOW VE1
 WINID=3002 : HINSIDE=11 : HOUTSIDE=64 : SLOPE=90 : SPACID=0 : WWID=0 : WHEIG=0 : FFRAME=0.18 : UFRAME=100 : ABSFRAME=0.6 : RISHADE=0 : RESHADE=0 : REFLISHADE=0.5 : REFLOSHADE=0.1 : CCISHADE=0.5 : ;
 EPSFRAME=0.9 : EPSISHADE=0.9
WINDOW TRANSPARENT
 WINID=10001 : HINSIDE=1 : HOUTSIDE=1 : SLOPE=0 : SPACID=5 : WWID=0 : WHEIG=0 : FFRAME=0 : UFRAME=8.17 : ABSFRAME=0.6 : RISHADE=0 : RESHADE=0 : REFLISHADE=0.5 : REFLOSHADE=0.5 : CCISHADE=0.5 : ;
 EPSFRAME=0.9 : EPSISHADE=0.9
*--------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
*  D e f a u l t  G a i n s
*--------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
GAIN PERS_ISO02
 CONVECTIVE=156 : RADIATIVE=78 : HUMIDITY=0.081
GAIN PERS_ISO05
 CONVECTIVE=216 : RADIATIVE=108 : HUMIDITY=0.139
*--------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
*  O t h e r  G a i n s
*--------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
GAIN ECL_EMB
 CONVECTIVE=INPUT 0.7*ECLAIRAGE_EMB : RADIATIVE=INPUT 0.3*ECLAIRAGE_EMB : HUMIDITY=0
GAIN EQ_EMB
 CONVECTIVE=INPUT 0.8*EQUIPEMENT_EMB : RADIATIVE=INPUT 0.2*EQUIPEMENT_EMB : HUMIDITY=0
GAIN ECL_DEB
 CONVECTIVE=INPUT 0.7*ECLAIRAGE_DEB : RADIATIVE=INPUT 0.3*ECLAIRAGE_DEB : HUMIDITY=0
GAIN EQ_DEB
 CONVECTIVE=INPUT 0.8*EQUIPEMENT_DEB : RADIATIVE=INPUT 0.2*EQUIPEMENT_DEB : HUMIDITY=0
*--------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
*  C o m f o r t
*--------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
*--------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
*  I n f i l t r a t i o n
*--------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
INFILTRATION INF_EMB
 AIRCHANGE=INPUT 1*INFILTRATION_EMB
INFILTRATION INF_DEB
 AIRCHANGE=INPUT 1*INFILTRATION_DEB
INFILTRATION INF_EMBH
 AIRCHANGE=INPUT 1*INFILTRATION_EMBH
*--------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
*  V e n t i l a t i o n
*--------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
VENTILATION VENT_EMB
 TEMPERATURE=INPUT 1*T_SOUF_EMB
 AIRFLOW=INPUT 1*QM_AIR_EMB
 HUMIDITY=INPUT 1*RH_SOUF_EMB
VENTILATION VENT_DEB
 TEMPERATURE=INPUT 1*T_SOUF_DEB
 AIRFLOW=INPUT 1*QM_AIR_DEB
 HUMIDITY=INPUT 1*RH_SOUF_DEB
*--------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
*  C o o l i n g
*--------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
COOLING PCL_FR
 ON=INPUT 1*T_AIR_CONS_FR_DEB
 POWER=999999999
 HUMIDITY=100
*--------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
*  H e a t i n g
*--------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
HEATING PCL_CH
 ON=INPUT 1*T_AIR_CONS_CH_DEB
 POWER=999999999
 HUMIDITY=0
 RRAD=0
*
*--------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
*  Z o n e s
*--------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
ZONES EMBARQUEMENT DEBARQUEMENT
*--------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
*  O r i e n t a t i o n s
*--------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
ORIENTATIONS N_180_90 S_0_90 E_270_90 W_90_90 E_270_7 H_0_0
*
*++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
BUILDING
*++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
*
*--------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
*  Z o n e  EMBARQUEMENT  /  A i r n o d e  EMBARQUEMENT
*--------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
ZONE EMBARQUEMENT
RADIATIONMODE
 BEAM=STANDARD : DIFFUSE=STANDARD : LONGWAVE=STANDARD : GEOMODE=MANUAL
AIRNODE EMBARQUEMENT
WALL  =ME1        : SURF=  1 : AREA=       0.1 : EXTERNAL : ORI=W_90_90 : FSKY=0.5
WINDOW=VE1        : SURF=  3 : AREA=     116.5 : EXTERNAL : ORI=W_90_90 : FSKY=0.5
WALL  =ME2        : SURF=  2 : AREA=     124.1 : EXTERNAL : ORI=W_90_90 : FSKY=0.5
WALL  =MI1        : SURF=  4 : AREA=     119.1 : BOUNDARY=INPUT 1*T_AIR_LT
WALL  =ME1        : SURF= 10 : AREA=     345.3 : EXTERNAL : ORI=E_270_90 : FSKY=0.5
WALL  =PI         : SURF= 25 : AREA=     569.6 : ADJACENT=DEBARQUEMENT : ADJ_SURF=24 : BACK
WALL  =CBR_MUR_PB : SURF= 29 : LENGTH=       160 : EXTERNAL : ORI=W_90_90 : FSKY=0.5
WALL  =CBR_MUR_PI : SURF= 30 : LENGTH=        80 : EXTERNAL : ORI=W_90_90 : FSKY=0.5
WALL  =PB         : SURF= 27 : AREA=       379 : BOUNDARY=IDENTICAL
WALL  =PBCH       : SURF= 28 : AREA=       454 : BOUNDARY=IDENTICAL : INTEMP = INPUT 1*T_EAU_E_PBCH : MFLOW = INPUT 0.48*QM_EAU_PBCH : NLOOP = 14 : MFLOWMIN = 2.9 : ASEGSURF = 28 ,36 ,
WALL  =PB_EXT     : SURF= 34 : AREA=       412 : EXTERNAL : ORI=H_0_0 : FSKY=0
WALL  =PBCH_EXT   : SURF= 35 : AREA=       494 : EXTERNAL : ORI=H_0_0 : FSKY=0 : INTEMP = INPUT 1*T_EAU_E_PBCH : MFLOW = INPUT 0.52*QM_EAU_PBCH : NLOOP = 14 : MFLOWMIN = 2.9 : ASEGSURF = 35 ,37 ,
WALL  =PBCH       : SURF= 36 : AREA=       454 : BOUNDARY=IDENTICAL : MFLOW = INPUT 0.48*QM_EAU_PBCH : NLOOP = 14 : MFLOWMIN = 2.9 : ASEGSURF = 28 ,36 ,
WALL  =PBCH_EXT   : SURF= 37 : AREA=       494 : EXTERNAL : ORI=H_0_0 : FSKY=0 : MFLOW = INPUT 0.52*QM_EAU_PBCH : NLOOP = 14 : MFLOWMIN = 2.9 : ASEGSURF = 35 ,37 ,
WALL  =MI4        : SURF= 41 : AREA=      58.2 : BOUNDARY=INPUT 1*T_AIR_EXT
WALL  =MI4        : SURF= 42 : AREA=        21 : BOUNDARY=INPUT 1*T_AIR_EXT
WALL  =ME1        : SURF=  9 : AREA=         1 : ADJACENT=EMB_HAUT : ADJ_SURF=11 : FRONT
WINDOW=TRANSPARENT : SURF= 12 : AREA=      2686 : ADJACENT=EMB_HAUT : ADJ_SURF=13 : FRONT : ORI=H_0_0 
 REGIME
 GAIN        = PERS_ISO02 : SCALE= INPUT 1*OCCUPATION_EMB : GEOPOS= 0
 GAIN        = ECL_EMB    : SCALE= INPUT 1*AIRE_EMB : GEOPOS= 0
 GAIN        = EQ_EMB     : SCALE= INPUT 1*AIRE_EMB : GEOPOS= 0
 INFILTRATION= INF_EMB
 VENTILATION = VENT_EMB
 ADJACENT_UPPER= EMB_HAUT : COUPL= INPUT 1*QM_AIR_COUPHB
 CAPACITANCE = 13996.8 : VOLUME= 11664   : TINITIAL= 20      : PHINITIAL= 50      : WCAPR= 1
*--------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
*  Z o n e  EMBARQUEMENT  /  A i r n o d e  EMB_HAUT
*--------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
AIRNODE EMB_HAUT
WALL  =MI2        : SURF= 43 : AREA=     264.2 : ADJACENT=DEBARQUEMENT : ADJ_SURF=44 : BACK
WALL  =ME1        : SURF= 45 : AREA=       0.1 : ADJACENT=DEBARQUEMENT : ADJ_SURF=46 : BACK
WINDOW=VE1        : SURF= 47 : AREA=      75.6 : ADJACENT=DEBARQUEMENT : ADJ_SURF=48 : BACK : ORI=S_0_90 
WALL  =ME1        : SURF= 49 : AREA=       0.1 : ADJACENT=DEBARQUEMENT : ADJ_SURF=50 : BACK
WINDOW=VE1        : SURF= 51 : AREA=      75.6 : ADJACENT=DEBARQUEMENT : ADJ_SURF=52 : BACK : ORI=N_180_90 
WALL  =PH         : SURF= 53 : AREA=    1924.5 : EXTERNAL : ORI=E_270_7 : FSKY=0.996
WALL  =CBR_MUR_PH : SURF=  8 : LENGTH=        80 : EXTERNAL : ORI=E_270_7 : FSKY=0.996
WALL  =ME1        : SURF= 11 : AREA=         1 : ADJACENT=EMBARQUEMENT : ADJ_SURF=9 : BACK
WINDOW=TRANSPARENT : SURF= 13 : AREA=      2686 : ADJACENT=EMBARQUEMENT : ADJ_SURF=12 : BACK : ORI=H_0_0 
 REGIME
 INFILTRATION= INF_EMBH
 ADJACENT_LOWER= EMBARQUEMENT : COUPL= INPUT 1*QM_AIR_COUPBH
 CAPACITANCE = 6753.6  : VOLUME= 5628    : TINITIAL= 20      : PHINITIAL= 50      : WCAPR= 1
*--------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
*  Z o n e  DEBARQUEMENT  /  A i r n o d e  DEBARQUEMENT
*--------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
ZONE DEBARQUEMENT
RADIATIONMODE
 BEAM=STANDARD : DIFFUSE=STANDARD : LONGWAVE=STANDARD : GEOMODE=MANUAL
AIRNODE DEBARQUEMENT
WALL  =ME1        : SURF=  5 : AREA=      0.18 : EXTERNAL : ORI=W_90_90 : FSKY=0.5
WINDOW=VE1        : SURF=  6 : AREA=     120.2 : EXTERNAL : ORI=W_90_90 : FSKY=0.5
WALL  =ME2        : SURF=  7 : AREA=     257.5 : EXTERNAL : ORI=W_90_90 : FSKY=0.5
WALL  =ME1        : SURF= 20 : AREA=      0.15 : EXTERNAL : ORI=N_180_90 : FSKY=0.5
WINDOW=VE1        : SURF= 21 : AREA=      22.6 : EXTERNAL : ORI=N_180_90 : FSKY=0.5
WALL  =ME1        : SURF= 22 : AREA=      0.15 : EXTERNAL : ORI=S_0_90 : FSKY=0.5
WINDOW=VE1        : SURF= 23 : AREA=      22.6 : EXTERNAL : ORI=S_0_90 : FSKY=0.5
WALL  =PI         : SURF= 24 : AREA=     569.6 : ADJACENT=EMBARQUEMENT : ADJ_SURF=25 : FRONT
WALL  =PH         : SURF= 26 : AREA=    762.56 : EXTERNAL : ORI=E_270_7 : FSKY=0.996
WALL  =CBR_MUR_PH : SURF= 32 : LENGTH=        80 : EXTERNAL : ORI=W_90_90 : FSKY=0.5
WALL  =CBR_MUR_PI : SURF= 33 : LENGTH=        80 : EXTERNAL : ORI=W_90_90 : FSKY=0.5
WALL  =MI4        : SURF= 38 : AREA=     13.05 : BOUNDARY=INPUT 1*T_AIR_EXT
WALL  =MI4        : SURF= 39 : AREA=     14.14 : BOUNDARY=INPUT 1*T_AIR_EXT
WALL  =PI         : SURF= 40 : AREA=    192.97 : BOUNDARY=INPUT 1*T_AIR_LT
WALL  =MI2        : SURF= 44 : AREA=     264.2 : ADJACENT=EMB_HAUT : ADJ_SURF=43 : FRONT
WALL  =ME1        : SURF= 46 : AREA=       0.1 : ADJACENT=EMB_HAUT : ADJ_SURF=45 : FRONT
WINDOW=VE1        : SURF= 48 : AREA=      75.6 : ADJACENT=EMB_HAUT : ADJ_SURF=47 : FRONT : ORI=S_0_90 
WALL  =ME1        : SURF= 50 : AREA=       0.1 : ADJACENT=EMB_HAUT : ADJ_SURF=49 : FRONT
WINDOW=VE1        : SURF= 52 : AREA=      75.6 : ADJACENT=EMB_HAUT : ADJ_SURF=51 : FRONT : ORI=N_180_90 
 REGIME
 GAIN        = PERS_ISO05 : SCALE= INPUT 1*OCCUPATION_DEB : GEOPOS= 0
 GAIN        = ECL_DEB    : SCALE= INPUT 1*AIRE_DEB : GEOPOS= 0
 GAIN        = EQ_DEB     : SCALE= INPUT 1*AIRE_DEB : GEOPOS= 0
 INFILTRATION= INF_DEB
 VENTILATION = VENT_DEB
 COOLING     = PCL_FR
 HEATING     = PCL_CH
 CAPACITANCE = 3886.8  : VOLUME= 3239    : TINITIAL= 20      : PHINITIAL= 50      : WCAPR= 1
*--------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
*  O u t p u t s
*--------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
OUTPUTS
 TRANSFER : TIMEBASE=1.000
 DEFAULT
 AIRNODES = EMBARQUEMENT 
 NTYPES =   5 : QVENT - sensible ventilation energy gain of airnode
        =   4 : QINF - sensible infiltration energy gain of airnode
        =  58 : SURF = 28, 35, 36, 37,  : TOFL - fluid outlet temperature of active layer
        =  59 : SURF = 28, 35, 36, 37,  : QALFL - energy input by fluid of active layer
        =   7 : QGCONV - internal convective gains of airnode
        =  13 : QGRAD - defined internal radiative gain of airnode (Rad, gains are distributed over zones!)
        =  12 : QSOLTR - total shortwave solar radiation transmitted through external windows of airnode (but not kept 100 % in airnode)
        =  74 : QTSPAS - total solar radiation passing (trans+abs) the glass surface of external windows of airnode
        =  75 : QTSABS - total solar radiation absorbed at all inside surfaces of airnode
        =   9 : RELHUM - relativ humidity of airnode air
 AIRNODES = DEBARQUEMENT 
 NTYPES =   4 : QINF - sensible infiltration energy gain of airnode
        =  30 : QHEAT - sensible heating demand of airnode (positive values)
        =  31 : QCOOL - sensible cooling demand of airnode (positive values)
        =   5 : QVENT - sensible ventilation energy gain of airnode
        =   7 : QGCONV - internal convective gains of airnode
        =  12 : QSOLTR - total shortwave solar radiation transmitted through external windows of airnode (but not kept 100 % in airnode)
        =  13 : QGRAD - defined internal radiative gain of airnode (Rad, gains are distributed over zones!)
        =  74 : QTSPAS - total solar radiation passing (trans+abs) the glass surface of external windows of airnode
        =  75 : QTSABS - total solar radiation absorbed at all inside surfaces of airnode
        =   9 : RELHUM - relativ humidity of airnode air
 AIRNODES = EMB_HAUT 
 NTYPES =   6 : QCOUP - sensible coupling energy gain of airnode
        =  12 : QSOLTR - total shortwave solar radiation transmitted through external windows of airnode (but not kept 100 % in airnode)
        =  13 : QGRAD - defined internal radiative gain of airnode (Rad, gains are distributed over zones!)
        =   7 : QGCONV - internal convective gains of airnode
        =   4 : QINF - sensible infiltration energy gain of airnode
        =   9 : RELHUM - relativ humidity of airnode air
*--------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
*  E n d
*--------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
END

_EXTENSION_WINPOOL_START_
WINDOW 4.1  DOE-2 Data File : Multi Band Calculation
Unit System : SI
Name        : TRNSYS 15 WINDOW LIB
Desc        : LowSHGC,Ar, silber1.3 38/30
Window ID   : 3002
Tilt        : 90.0
Glazings    : 2
Frame       : 11                       2.270
Spacer      :  1 Class1                2.330  -0.010   0.138
Total Height: 1219.2 mm
Total Width :  914.4 mm
Glass Height: 1079.5 mm
Glass Width :  774.7 mm
Mullion     : None
Gap        Thick   Cond  dCond    Vis   dVis   Dens   dDens     Pr     dPr
1 Argon     16.0 0.01620  5.000  2.110  6.300  1.780 -0.0060  0.680 0.00066
2              0       0      0      0      0      0       0      0       0
3              0       0      0      0      0      0       0      0       0
4              0       0      0      0      0      0       0      0       0
5              0       0      0      0      0      0       0      0       0
Angle     0    10    20    30    40    50    60    70    80    90 Hemis
Tsol  0.226 0.227 0.223 0.218 0.211 0.199 0.173 0.125 0.056 0.000 0.186
Abs1  0.520 0.525 0.530 0.532 0.529 0.525 0.521 0.496 0.373 0.001 0.509
Abs2  0.045 0.046 0.046 0.047 0.048 0.048 0.046 0.040 0.028 0.000 0.045
Abs3      0     0     0     0     0     0     0     0     0     0     0
Abs4      0     0     0     0     0     0     0     0     0     0     0
Abs5      0     0     0     0     0     0     0     0     0     0     0
Abs6      0     0     0     0     0     0     0     0     0     0     0
Rfsol 0.209 0.202 0.201 0.203 0.212 0.228 0.259 0.338 0.543 0.999 0.251
Rbsol 0.226 0.221 0.219 0.220 0.227 0.242 0.281 0.375 0.575 1.000 0.271
Tvis  0.383 0.385 0.380 0.373 0.363 0.344 0.301 0.219 0.102 0.000 0.320
Rfvis 0.167 0.160 0.158 0.161 0.171 0.189 0.224 0.310 0.526 0.999 0.214
Rbvis 0.150 0.144 0.143 0.147 0.160 0.188 0.249 0.387 0.646 1.000 0.226
SHGC  0.298 0.300 0.297 0.293 0.286 0.274 0.246 0.192 0.104 0.000 0.257
SC: 0.30
Layer ID#         9025     9026        0        0        0        0
Tir              0.000    0.000        0        0        0        0
Emis F           0.840    0.838        0        0        0        0
Emis B           0.110    0.838        0        0        0        0
Thickness(mm)      4.0      6.0        0        0        0        0
Cond(W/m2-C     ) 225.0    150.0        0        0        0        0
Spectral File     None     None     None     None     None     None
Overall and Center of Glass Ig U-values (W/m2-C)
Outdoor Temperature                 -17.8 C      15.6 C      26.7 C      37.8 C
Solar      WdSpd  hcout hrout  hin
(W/m2)     (m/s)     (W/m2-C)
0        0.00  12.25  3.24  7.60  1.47 1.47  1.22 1.22  1.26 1.26  1.37 1.37
0        6.71  25.47  3.21  7.62  1.55 1.55  1.26 1.26  1.30 1.30  1.43 1.43
783        0.00  12.25  3.71  6.92  1.32 1.32  1.40 1.40  1.55 1.55  1.70 1.70
783        6.71  25.47  3.47  6.63  1.46 1.46  1.35 1.35  1.45 1.45  1.64 1.64
WINDOW 4.1  DOE-2 Data File : Multi Band Calculation
Unit System : SI
Name        : TRNSYS 14.2 WINDOW LIB
Desc        : No glazing = open
Window ID   : 10001
Tilt        : 90.0
Glazings    : 1
Frame       : 11                       2.270
Spacer      :  1 Class1                2.330  -0.010   0.138
Total Height: 1219.2 mm
Total Width :  914.4 mm
Glass Height: 1079.5 mm
Glass Width :  774.7 mm
Mullion     : None
Gap        Thick   Cond  dCond    Vis   dVis   Dens   dDens     Pr     dPr
1              0       0      0      0      0      0       0      0       0
2              0       0      0      0      0      0       0      0       0
3              0       0      0      0      0      0       0      0       0
4              0       0      0      0      0      0       0      0       0
5              0       0      0      0      0      0       0      0       0
Angle     0    10    20    30    40    50    60    70    80    90 Hemis
Tsol  1.000 1.000 1.000 1.000 1.000 1.000 1.000 1.000 1.000 1.000 0.999
Abs1  0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.001 0.000 0.001
Abs2      0     0     0     0     0     0     0     0     0     0     0
Abs3      0     0     0     0     0     0     0     0     0     0     0
Abs4      0     0     0     0     0     0     0     0     0     0     0
Abs5      0     0     0     0     0     0     0     0     0     0     0
Abs6      0     0     0     0     0     0     0     0     0     0     0
Rfsol 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000
Rbsol 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000
Tvis  1.000 1.000 1.000 1.000 1.000 1.000 1.000 1.000 1.000 1.000 0.999
Rfvis 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000
Rbvis 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000
SHGC  1.000 1.000 1.000 1.000 1.000 1.000 1.000 1.000 1.000 0.000 1.000
SC: 1.0
Layer ID#         9052        0        0        0        0        0
Tir              0.000        0        0        0        0        0
Emis F           1.000        0        0        0        0        0
Emis B           1.000        0        0        0        0        0
Thickness(mm)    0.001        0        0        0        0        0
Cond(W/m2-C     ) 999.0        0        0        0        0        0
Spectral File     None     None     None     None     None     None
Overall and Center of Glass Ig U-values (W/m2-C)
Outdoor Temperature                 -17.8 C      15.6 C      26.7 C      37.8 C
Solar      WdSpd  hcout hrout  hin
(W/m2)     (m/s)     (W/m2-C)
0        0.00  12.25  3.42  8.23  5.27 5.27  4.95 4.95  4.94 4.94  5.53 5.53
0        6.71  25.47  3.33  8.29  6.26 6.26  5.73 5.73  5.68 5.68  6.46 6.46
783        0.00  12.25  3.49  8.17  5.25 5.25  4.58 4.58  5.24 5.24  5.66 5.66
783        6.71  25.47  3.37  8.27  6.25 6.25  5.53 5.53  5.95 5.95  6.57 6.57
*** END OF LIBRARY ***
***************************************************************************************************
*WinID   Description                              Design         U-Value g-value T-sol Rf-sol T-vis
***************************************************************************************************
  3002   LowSHGC,Ar, silber1.3 38/30              4/16/6           1.3  0.298  0.226  0.209  0.383
 10001   No glazing = open                        0.001            5.68  1  1  0  1
_EXTENSION_WINPOOL_END_

_EXTENSION_BuildingGeometry_START_

_EXTENSION_BuildingGeometry_END_


_EXTENSION_ExternalShadingGeometry_START_

_EXTENSION_ExternalShadingGeometry_END_


_EXTENSION_GeoPositionGeometry_START_
_EXTENSION_GeoPositionGeometry_END_







          ***** WALL TRANSFERFUNCTION CALCULATIONS *****


              ---------- WALL TYPE ME1                 ----------

       THERMAL CONDUCTANCE, U=  1538.46153 kJ/h m2K; U-Wert=     5.80248 W/m2K
              (incl. alpha_i=7.7 W/m^2 K and alpha_o=25 W/m^2 K)

                        TRANSFERFUNCTION COEFFICIENTS
   K            A              B              C              D

   0       1.5384615E+03    1.5384615E+03    1.5384615E+03    1.0000000E+00
  SUM      1.5384615E+03    1.5384615E+03    1.5384615E+03    1.0000000E+00


              ---------- WALL TYPE ME2                 ----------

       THERMAL CONDUCTANCE, U=     1.40706 kJ/h m2K; U-Wert=     0.36650 W/m2K
              (incl. alpha_i=7.7 W/m^2 K and alpha_o=25 W/m^2 K)

                        TRANSFERFUNCTION COEFFICIENTS
   K            A              B              C              D

   0       1.3632320E+01    1.1369885E+00    1.0265639E+01    1.0000000E+00
   1      -1.2225318E+01    2.7006440E-01   -8.8586109E+00   -4.3908298E-06
   2       5.2932947E-05    1.7942332E-06    2.6958827E-05
  SUM      1.4070547E+00    1.4070547E+00    1.4070547E+00    9.9999561E-01


              ---------- WALL TYPE MI2                 ----------

       THERMAL CONDUCTANCE, U=     7.76978 kJ/h m2K; U-Wert=     1.57895 W/m2K
              (incl. alpha_i=7.7 W/m^2 K and alpha_o=25 W/m^2 K)

                        TRANSFERFUNCTION COEFFICIENTS
   K            A              B              C              D

   0       2.2356831E+01    1.1054900E+00    1.2164296E+02    1.0000000E+00
   1      -1.8674251E+01    4.1390734E+00   -1.3032643E+02   -2.3504007E-01
   2       2.4004123E+00    7.8042099E-01    1.4992060E+01    1.1022870E-02
   3      -5.3773957E-02    4.2342213E-03   -2.7936444E-01   -3.6434496E-08
   4       1.0014868E-07    1.5465853E-08    9.1024771E-07
  SUM      6.0292186E+00    6.0292186E+00    6.0292186E+00    7.7598277E-01


              ---------- WALL TYPE PH                  ----------

       THERMAL CONDUCTANCE, U=     1.03838 kJ/h m2K; U-Wert=     0.27496 W/m2K
              (incl. alpha_i=7.7 W/m^2 K and alpha_o=25 W/m^2 K)

                        TRANSFERFUNCTION COEFFICIENTS
   K            A              B              C              D

   0       1.3384754E+01    7.3548931E-01    1.0010966E+01    1.0000000E+00
   1      -1.2356085E+01    3.0197159E-01   -8.9793077E+00   -7.4126580E-04
   2       8.9461936E-03    1.5364332E-04    5.9558120E-03
  SUM      1.0376145E+00    1.0376145E+00    1.0376145E+00    9.9925873E-01


              ---------- WALL TYPE PI                  ----------

       THERMAL CONDUCTANCE, U=    41.40000 kJ/h m2K; U-Wert=     3.89171 W/m2K
              (incl. alpha_i=7.7 W/m^2 K and alpha_o=25 W/m^2 K)

                        TRANSFERFUNCTION COEFFICIENTS
   K            A              B              C              D

   0       1.5906556E+02    2.1194617E+00    1.5906556E+02    1.0000000E+00
   1      -1.6634166E+02    1.5282965E+01   -1.6634166E+02   -4.6055785E-01
   2       3.0760911E+01    5.4311412E+00    3.0760911E+01    1.4392246E-02
   3      -5.5652735E-01    9.4873864E-02   -5.5652735E-01   -6.6897974E-06
   4       1.8477227E-04    2.4858252E-05    1.8477227E-04
  SUM      2.2928467E+01    2.2928467E+01    2.2928467E+01    5.5382771E-01


              ---------- WALL TYPE CBR_MUR_PB          ----------

       THERMAL CONDUCTANCE, U=     1.36986 kJ/h m2K; U-Wert=     0.35740 W/m2K
              (incl. alpha_i=7.7 W/m^2 K and alpha_o=25 W/m^2 K)

                        TRANSFERFUNCTION COEFFICIENTS
   K            A              B              C              D

   0       1.3698630E+00    1.3698630E+00    1.3698630E+00    1.0000000E+00
  SUM      1.3698630E+00    1.3698630E+00    1.3698630E+00    1.0000000E+00


              ---------- WALL TYPE CBR_MUR_PI          ----------

       THERMAL CONDUCTANCE, U=     2.08333 kJ/h m2K; U-Wert=     0.52687 W/m2K
              (incl. alpha_i=7.7 W/m^2 K and alpha_o=25 W/m^2 K)

                        TRANSFERFUNCTION COEFFICIENTS
   K            A              B              C              D

   0       2.0833334E+00    2.0833334E+00    2.0833334E+00    1.0000000E+00
  SUM      2.0833334E+00    2.0833334E+00    2.0833334E+00    1.0000000E+00


              ---------- WALL TYPE CBR_MUR_PH          ----------

       THERMAL CONDUCTANCE, U=     2.17391 kJ/h m2K; U-Wert=     0.54765 W/m2K
              (incl. alpha_i=7.7 W/m^2 K and alpha_o=25 W/m^2 K)

                        TRANSFERFUNCTION COEFFICIENTS
   K            A              B              C              D

   0       2.1739130E+00    2.1739130E+00    2.1739130E+00    1.0000000E+00
  SUM      2.1739130E+00    2.1739130E+00    2.1739130E+00    1.0000000E+00


              ---------- WALL TYPE PBCH_W1             ----------

       THERMAL CONDUCTANCE, U=    78.85714 kJ/h m2K; U-Wert=     4.63710 W/m2K
              (incl. alpha_i=7.7 W/m^2 K and alpha_o=25 W/m^2 K)

                        TRANSFERFUNCTION COEFFICIENTS
   K            A              B              C              D

   0       1.6052988E+02    3.9184295E+01    1.6052988E+02    1.0000000E+00
   1      -8.6767996E+01    3.5665852E+01   -8.6767996E+01   -4.5576958E-02
   2       1.5012093E+00    4.1294205E-01    1.5012093E+00    1.9657182E-07
   3      -3.9643928E-06    7.2743142E-07   -3.9643928E-06
  SUM      7.5263090E+01    7.5263090E+01    7.5263090E+01    9.5442324E-01


              ---------- WALL TYPE PBCH_W2             ----------

       THERMAL CONDUCTANCE, U=     1.67563 kJ/h m2K; U-Wert=     0.43132 W/m2K
              (incl. alpha_i=7.7 W/m^2 K and alpha_o=25 W/m^2 K)

                        TRANSFERFUNCTION COEFFICIENTS
   K            A              B              C              D

   0       1.5906534E+02    2.9341467E-03    2.6584968E+01    1.0000000E+00
   1      -2.4559482E+02    1.0603865E-01   -5.0318652E+01   -9.5761749E-01
   2       9.2981164E+01    1.4963476E-01    2.7120402E+01    1.2507658E-01
   3      -6.2026466E+00    2.0398141E-02   -3.1278092E+00   -8.2366695E-04
   4       3.0215028E-02    2.1501686E-04    2.0336773E-02    1.0223236E-06
   5      -3.2677334E-05    1.2310686E-07   -2.4738704E-05
  SUM      2.7922083E-01    2.7922083E-01    2.7922083E-01    1.6663645E-01


              ---------- WALL TYPE PB                  ----------

       THERMAL CONDUCTANCE, U=     1.64076 kJ/h m2K; U-Wert=     0.42299 W/m2K
              (incl. alpha_i=7.7 W/m^2 K and alpha_o=25 W/m^2 K)

                        TRANSFERFUNCTION COEFFICIENTS
   K            A              B              C              D

   0       1.5906534E+02    1.4195280E-05    1.5841244E+02    1.0000000E+00
   1      -3.2903623E+02    8.4916727E-03   -3.3703267E+02   -1.4821907E+00
   2       2.2207870E+02    6.0730238E-02    2.2505797E+02    6.2908374E-01
   3      -5.5394988E+01    5.3279719E-02   -4.9949931E+01   -6.8077934E-02
   4       3.4440663E+00    7.6946753E-03    3.6715735E+00    6.4913880E-04
   5      -2.6579295E-02    1.6800007E-04   -2.9063356E-02   -1.9151904E-06
   6       6.7201195E-05    4.8839073E-07    6.6598310E-05
   7      -5.0458781E-08    1.4386333E-10   -4.3771117E-08
  SUM      1.3037899E-01    1.3037899E-01    1.3037899E-01    7.9462349E-02


              ---------- WALL TYPE PB_EXT              ----------

       THERMAL CONDUCTANCE, U=     1.64076 kJ/h m2K; U-Wert=     0.42299 W/m2K
              (incl. alpha_i=7.7 W/m^2 K and alpha_o=25 W/m^2 K)

                        TRANSFERFUNCTION COEFFICIENTS
   K            A              B              C              D

   0       1.5906534E+02    1.4195280E-05    1.5841244E+02    1.0000000E+00
   1      -3.2903623E+02    8.4916727E-03   -3.3703267E+02   -1.4821907E+00
   2       2.2207870E+02    6.0730238E-02    2.2505797E+02    6.2908374E-01
   3      -5.5394988E+01    5.3279719E-02   -4.9949931E+01   -6.8077934E-02
   4       3.4440663E+00    7.6946753E-03    3.6715735E+00    6.4913880E-04
   5      -2.6579295E-02    1.6800007E-04   -2.9063356E-02   -1.9151904E-06
   6       6.7201195E-05    4.8839073E-07    6.6598310E-05
   7      -5.0458781E-08    1.4386333E-10   -4.3771117E-08
  SUM      1.3037899E-01    1.3037899E-01    1.3037899E-01    7.9462349E-02


              ---------- WALL TYPE PBCH_EXT_W1         ----------

       THERMAL CONDUCTANCE, U=    78.85714 kJ/h m2K; U-Wert=     4.63710 W/m2K
              (incl. alpha_i=7.7 W/m^2 K and alpha_o=25 W/m^2 K)

                        TRANSFERFUNCTION COEFFICIENTS
   K            A              B              C              D

   0       1.6052988E+02    3.9184295E+01    1.6052988E+02    1.0000000E+00
   1      -8.6767996E+01    3.5665852E+01   -8.6767996E+01   -4.5576958E-02
   2       1.5012093E+00    4.1294205E-01    1.5012093E+00    1.9657182E-07
   3      -3.9643928E-06    7.2743142E-07   -3.9643928E-06
  SUM      7.5263090E+01    7.5263090E+01    7.5263090E+01    9.5442324E-01


              ---------- WALL TYPE PBCH_EXT_W2         ----------

       THERMAL CONDUCTANCE, U=     1.67563 kJ/h m2K; U-Wert=     0.43132 W/m2K
              (incl. alpha_i=7.7 W/m^2 K and alpha_o=25 W/m^2 K)

                        TRANSFERFUNCTION COEFFICIENTS
   K            A              B              C              D

   0       1.5906534E+02    2.9341467E-03    2.6584968E+01    1.0000000E+00
   1      -2.4559482E+02    1.0603865E-01   -5.0318652E+01   -9.5761749E-01
   2       9.2981164E+01    1.4963476E-01    2.7120402E+01    1.2507658E-01
   3      -6.2026466E+00    2.0398141E-02   -3.1278092E+00   -8.2366695E-04
   4       3.0215028E-02    2.1501686E-04    2.0336773E-02    1.0223236E-06
   5      -3.2677334E-05    1.2310686E-07   -2.4738704E-05
  SUM      2.7922083E-01    2.7922083E-01    2.7922083E-01    1.6663645E-01


              ---------- WALL TYPE MI1                 ----------

       THERMAL CONDUCTANCE, U=     1.37528 kJ/h m2K; U-Wert=     0.35873 W/m2K
              (incl. alpha_i=7.7 W/m^2 K and alpha_o=25 W/m^2 K)

                        TRANSFERFUNCTION COEFFICIENTS
   K            A              B              C              D

   0       1.7662044E+00    4.3589481E-03    1.2000009E+02    1.0000000E+00
   1      -2.0703182E+00    1.0010032E-01   -1.8720428E+02   -9.7380229E-01
   2       5.6990028E-01    1.0534881E-01    7.2461139E+01    1.3412031E-01
   3      -4.6649253E-02    9.5515003E-03   -5.0570661E+00   -7.8620134E-04
   4       2.6392697E-04    4.1548363E-05    1.9516051E-02    3.7076854E-08
   5      -1.2200798E-08    3.0559431E-09   -6.9719809E-07
  SUM      2.1940113E-01    2.1940113E-01    2.1940113E-01    1.5953186E-01


              ---------- WALL TYPE MI4                 ----------

       THERMAL CONDUCTANCE, U=     2.88000 kJ/h m2K; U-Wert=     0.70423 W/m2K
              (incl. alpha_i=7.7 W/m^2 K and alpha_o=25 W/m^2 K)

                        TRANSFERFUNCTION COEFFICIENTS
   K            A              B              C              D

   0       3.0480000E+00    2.7960000E+00    3.0480000E+00    1.0000000E+00
   1      -1.6800000E-01    8.4000000E-02   -1.6800000E-01
  SUM      2.8800000E+00    2.8800000E+00    2.8800000E+00    1.0000000E+00




  ************* REQUIRED INPUTS *************


*:InpNR | Label                | UNIT       | INPUT DESCRIPTION                                                      | Old label

* |   1 | TAMB                 | C          | AMBIENT TEMPERATURE                                                    | TAMB
* |   2 | RELHUMAMB            | %          | RELATIVE AMBIENT HUMIDITY                                              | ARELHUM
* |   3 | TSKY                 | C          | FIKTIVE SKY TEMPERATURE                                                | TSKY
* |   4 | TSGRD                | C          | GROUND TEMPERATURE                                                     | TGRD
* |   5 | AZEN                 | degrees    | SOLAR ZENITH ANGLE                                                     | AZEN 
* |   6 | AAZM                 | degrees    | SOLAR AZIMUTH ANGLE                                                    | AAZM 
* |   7 | IT_N_180_90          | kJ/hr.m^2  | INCIDENT RADIATION FOR ORIENTATION N_180_90                            | ITN_180_90
* |   8 | IT_S_0_90            | kJ/hr.m^2  | INCIDENT RADIATION FOR ORIENTATION S_0_90                              | ITS_0_90  
* |   9 | IT_E_270_90          | kJ/hr.m^2  | INCIDENT RADIATION FOR ORIENTATION E_270_90                            | ITE_270_90
* |  10 | IT_W_90_90           | kJ/hr.m^2  | INCIDENT RADIATION FOR ORIENTATION W_90_90                             | ITW_90_90 
* |  11 | IT_E_270_7           | kJ/hr.m^2  | INCIDENT RADIATION FOR ORIENTATION E_270_7                             | ITE_270_7 
* |  12 | IT_H_0_0             | kJ/hr.m^2  | INCIDENT RADIATION FOR ORIENTATION H_0_0                               | ITH_0_0   
* |  13 | IB_N_180_90          | kJ/hr.m^2  | INCIDENT BEAM RADIATION FOR ORIENTATION N_180_90                       | IBN_180_90
* |  14 | IB_S_0_90            | kJ/hr.m^2  | INCIDENT BEAM RADIATION FOR ORIENTATION S_0_90                         | IBS_0_90  
* |  15 | IB_E_270_90          | kJ/hr.m^2  | INCIDENT BEAM RADIATION FOR ORIENTATION E_270_90                       | IBE_270_90
* |  16 | IB_W_90_90           | kJ/hr.m^2  | INCIDENT BEAM RADIATION FOR ORIENTATION W_90_90                        | IBW_90_90 
* |  17 | IB_E_270_7           | kJ/hr.m^2  | INCIDENT BEAM RADIATION FOR ORIENTATION E_270_7                        | IBE_270_7 
* |  18 | IB_H_0_0             | kJ/hr.m^2  | INCIDENT BEAM RADIATION FOR ORIENTATION H_0_0                          | IBH_0_0   
* |  19 | AI_N_180_90          | degrees    | ANGLE OF INCIDENCE FOR ORIENTATION N_180_90                            | AIN_180_90
* |  20 | AI_S_0_90            | degrees    | ANGLE OF INCIDENCE FOR ORIENTATION S_0_90                              | AIS_0_90  
* |  21 | AI_E_270_90          | degrees    | ANGLE OF INCIDENCE FOR ORIENTATION E_270_90                            | AIE_270_90
* |  22 | AI_W_90_90           | degrees    | ANGLE OF INCIDENCE FOR ORIENTATION W_90_90                             | AIW_90_90 
* |  23 | AI_E_270_7           | degrees    | ANGLE OF INCIDENCE FOR ORIENTATION E_270_7                             | AIE_270_7 
* |  24 | AI_H_0_0             | degrees    | ANGLE OF INCIDENCE FOR ORIENTATION H_0_0                               | AIH_0_0   
* |  25 | GRDREF               | -          | GROUND REFLECTION FOR SKY DIFFUSE RADIATION SHADING                    | GRDREF 
* |  26 | EQUIPEMENT_EMB       | any        | INPUT                                                                  | EQUIPEMENT
* |  27 | ECLAIRAGE_EMB        | any        | INPUT                                                                  | ECLAIRAGE_
* |  28 | OCCUPATION_EMB       | any        | INPUT                                                                  | OCCUPATION
* |  29 | OCCUPATION_DEB       | any        | INPUT                                                                  | OCCUPATION
* |  30 | ECLAIRAGE_DEB        | any        | INPUT                                                                  | ECLAIRAGE_
* |  31 | EQUIPEMENT_DEB       | any        | INPUT                                                                  | EQUIPEMENT
* |  32 | AIRE_EMB             | any        | INPUT                                                                  | AIRE_EMB  
* |  33 | AIRE_DEB             | any        | INPUT                                                                  | AIRE_DEB  
* |  34 | INFILTRATION_EMB     | any        | INPUT                                                                  | INFILTRATI
* |  35 | INFILTRATION_DEB     | any        | INPUT                                                                  | INFILTRATI
* |  36 | QM_AIR_DEB           | any        | INPUT                                                                  | QM_AIR_DEB
* |  37 | QM_AIR_EMB           | any        | INPUT                                                                  | QM_AIR_EMB
* |  38 | T_SOUF_DEB           | any        | INPUT                                                                  | T_SOUF_DEB
* |  39 | RH_SOUF_DEB          | any        | INPUT                                                                  | RH_SOUF_DE
* |  40 | T_SOUF_EMB           | any        | INPUT                                                                  | T_SOUF_EMB
* |  41 | RH_SOUF_EMB          | any        | INPUT                                                                  | RH_SOUF_EM
* |  42 | QM_EAU_PBCH          | any        | INPUT                                                                  | QM_EAU_PBC
* |  43 | T_EAU_E_PBCH         | any        | INPUT                                                                  | T_EAU_E_PB
* |  44 | T_AIR_CONS_CH_DEB    | any        | INPUT                                                                  | T_AIR_CONS
* |  45 | T_AIR_CONS_FR_DEB    | any        | INPUT                                                                  | T_AIR_CONS
* |  46 | T_AIR_LT             | any        | INPUT                                                                  | T_AIR_LT  
* |  47 | T_AIR_EXT            | any        | INPUT                                                                  | T_AIR_EXT 
* |  48 | INFILTRATION_EMBH    | any        | INPUT                                                                  | INFILTRATI
* |  49 | QM_AIR_COUPHB        | any        | INPUT                                                                  | QM_AIR_COU
* |  50 | QM_AIR_COUPBH        | any        | INPUT                                                                  | QM_AIR_COU




  ************* DESIRED OUTPUTS *************


*:OutNr | Label                     | Unit       | ZNr | Airnode            | SurfNr| OUTPUT DESCRIPTION                                                                                              | old label

* |   1 | TAIR_EMBARQUEMENT         | C          |   1 | EMBARQUEMENT         |     | air temperature of airnode                                                                                           | TAIR   1
* |   2 | TAIR_EMB_HAUT             | C          |   1 | EMB_HAUT             |     | air temperature of airnode                                                                                           | TAIR   1
* |   3 | TAIR_DEBARQUEMENT         | C          |   2 | DEBARQUEMENT         |     | air temperature of airnode                                                                                           | TAIR   2
* |   4 | QSENS_EMBARQUEMENT        | kJ/hr      |   1 | EMBARQUEMENT         |     | sens. energy demand of airnode, heating(-)        ,cooling(+)                                                                                           | QSENS  1
* |   5 | QSENS_EMB_HAUT            | kJ/hr      |   1 | EMB_HAUT             |     | sens. energy demand of airnode, heating(-)        ,cooling(+)                                                                                           | QSENS  1
* |   6 | QSENS_DEBARQUEMENT        | kJ/hr      |   2 | DEBARQUEMENT         |     | sens. energy demand of airnode, heating(-)        ,cooling(+)                                                                                           | QSENS  2
* |   7 | QVENT_EMBARQUEMENT        | kJ/hr      |   1 | EMBARQUEMENT         |     | sens. ventilation energy gain of airnode                                                                                           | QVENT  1
* |   8 | QINF_EMBARQUEMENT         | kJ/hr      |   1 | EMBARQUEMENT         |     | sens. infiltration energy gain of airnode                                                                                           | QINF   1
* |   9 | TOFL_S28                  | C          |   1 | EMBARQUEMENT         |  28 | fluid outlet temperature of active layer ->WALL=PBCH_W1:IDENTICAL BOUNDARY                                                                    | TOFL  28
* |  10 | TOFL_S35                  | C          |   1 | EMBARQUEMENT         |  35 | fluid outlet temperature of active layer ->WALL=PBCH_EXT_W1:ORI=H_0_0                                                                         | TOFL  35
* |  11 | TOFL_S36                  | C          |   1 | EMBARQUEMENT         |  36 | fluid outlet temperature of active layer ->WALL=PBCH_W1:IDENTICAL BOUNDARY                                                                    | TOFL  36
* |  12 | TOFL_S37                  | C          |   1 | EMBARQUEMENT         |  37 | fluid outlet temperature of active layer ->WALL=PBCH_EXT_W1:ORI=H_0_0                                                                         | TOFL  37
* |  13 | QALFL_S28                 | kJ/hr      |   1 | EMBARQUEMENT         |  28 | energy input by fluid of active layer ->WALL=PBCH_W1:IDENTICAL BOUNDARY                                                                    | QALFL 28
* |  14 | QALFL_S35                 | kJ/hr      |   1 | EMBARQUEMENT         |  35 | energy input by fluid of active layer ->WALL=PBCH_EXT_W1:ORI=H_0_0                                                                         | QALFL 35
* |  15 | QALFL_S36                 | kJ/hr      |   1 | EMBARQUEMENT         |  36 | energy input by fluid of active layer ->WALL=PBCH_W1:IDENTICAL BOUNDARY                                                                    | QALFL 36
* |  16 | QALFL_S37                 | kJ/hr      |   1 | EMBARQUEMENT         |  37 | energy input by fluid of active layer ->WALL=PBCH_EXT_W1:ORI=H_0_0                                                                         | QALFL 37
* |  17 | QGCONV_EMBARQUEMENT       | kJ/hr      |   1 | EMBARQUEMENT         |     | internal convective gains of airnode                                                                                           | QGCONV 1
* |  18 | QGRAD_EMBARQUEMENT        | kJ/hr      |   1 | EMBARQUEMENT         |     | internal radiative gain                                                                                           | QGRAD  1
* |  19 | QSOLTR_EMBARQUEMENT       | kJ/hr      |   1 | EMBARQUEMENT         |     | total s-wave solar radiation through ext. windows of airnode (but not kept 100 % in airnode)                                                                                           | QSOLTR 1
* |  20 | QTSPAS_EMBARQUEMENT       | kJ/hr      |   1 | EMBARQUEMENT         |     | total solar rad. passing from outside surface of ext. windows                                                                                           | QTSPAS 1
* |  21 | QTSABS_EMBARQUEMENT       | kJ/hr      |   1 | EMBARQUEMENT         |     | total solar rad. absorbed at inside surfaces of airnode                                                                                           | QTSABS 1
* |  22 | RELHUM_EMBARQUEMENT       | %          |   1 | EMBARQUEMENT         |     | relativ humidity of airnode air                                                                                           | RELHUM 1
* |  23 | QINF_DEBARQUEMENT         | kJ/hr      |   2 | DEBARQUEMENT         |     | sens. infiltration energy gain of airnode                                                                                           | QINF   2
* |  24 | QHEAT_DEBARQUEMENT        | kJ/hr      |   2 | DEBARQUEMENT         |     | heating demand                                                                                           | QHEAT  2
* |  25 | QCOOL_DEBARQUEMENT        | kJ/hr      |   2 | DEBARQUEMENT         |     | cooling demand                                                                                           | QCOOL  2
* |  26 | QVENT_DEBARQUEMENT        | kJ/hr      |   2 | DEBARQUEMENT         |     | sens. ventilation energy gain of airnode                                                                                           | QVENT  2
* |  27 | QGCONV_DEBARQUEMENT       | kJ/hr      |   2 | DEBARQUEMENT         |     | internal convective gains of airnode                                                                                           | QGCONV 2
* |  28 | QSOLTR_DEBARQUEMENT       | kJ/hr      |   2 | DEBARQUEMENT         |     | total s-wave solar radiation through ext. windows of airnode (but not kept 100 % in airnode)                                                                                           | QSOLTR 2
* |  29 | QGRAD_DEBARQUEMENT        | kJ/hr      |   2 | DEBARQUEMENT         |     | internal radiative gain                                                                                           | QGRAD  2
* |  30 | QTSPAS_DEBARQUEMENT       | kJ/hr      |   2 | DEBARQUEMENT         |     | total solar rad. passing from outside surface of ext. windows                                                                                           | QTSPAS 2
* |  31 | QTSABS_DEBARQUEMENT       | kJ/hr      |   2 | DEBARQUEMENT         |     | total solar rad. absorbed at inside surfaces of airnode                                                                                           | QTSABS 2
* |  32 | RELHUM_DEBARQUEMENT       | %          |   2 | DEBARQUEMENT         |     | relativ humidity of airnode air                                                                                           | RELHUM 2
* |  33 | QCOUP_EMB_HAUT            | kJ/hr      |   1 | EMB_HAUT             |     | sens. coupling energy gain of airnode                                                                                           | QCOUP  1
* |  34 | QSOLTR_EMB_HAUT           | kJ/hr      |   1 | EMB_HAUT             |     | total s-wave solar radiation through ext. windows of airnode (but not kept 100 % in airnode)                                                                                           | QSOLTR 1
* |  35 | QGRAD_EMB_HAUT            | kJ/hr      |   1 | EMB_HAUT             |     | internal radiative gain                                                                                           | QGRAD  1
* |  36 | QGCONV_EMB_HAUT           | kJ/hr      |   1 | EMB_HAUT             |     | internal convective gains of airnode                                                                                           | QGCONV 1
* |  37 | QINF_EMB_HAUT             | kJ/hr      |   1 | EMB_HAUT             |     | sens. infiltration energy gain of airnode                                                                                           | QINF   1
* |  38 | RELHUM_EMB_HAUT           | %          |   1 | EMB_HAUT             |     | relativ humidity of airnode air                                                                                           | RELHUM 1



              *** THERMAL CONDUCTANCE OF USED WALL TYPES ***
            (incl. alpha_i=7.7 W/m^2 K and alpha_o=25 W/m^2 K)

             WALL ME1                       U=     5.802 W/m2K
             WALL ME2                       U=     0.366 W/m2K
             WALL MI2                       U=     1.579 W/m2K
             WALL PH                        U=     0.275 W/m2K
             WALL PI                        U=     3.892 W/m2K
             WALL CBR_MUR_PB                U=     0.357 W/m2K
             WALL CBR_MUR_PI                U=     0.527 W/m2K
             WALL CBR_MUR_PH                U=     0.548 W/m2K
             WALL PBCH_W1                   U=     4.637 W/m2K
             WALL PBCH_W2                   U=     0.431 W/m2K
             WALL PB                        U=     0.423 W/m2K
             WALL PB_EXT                    U=     0.423 W/m2K
             WALL PBCH_EXT_W1               U=     4.637 W/m2K
             WALL PBCH_EXT_W2               U=     0.431 W/m2K
             WALL MI1                       U=     0.359 W/m2K
             WALL MI4                       U=     0.704 W/m2K