Synopsis
 
Synopsis of model IT_shelter with 4-8kW equipment variale mech vent. defined
in IT_shelter_vach.cfg generated on Fri Oct 20 16:59:49 2023. Associated notes
are in IT_shelter.log
 
Location latitude   52.00 longitude difference  -2.00 (from local time
meridian (east +ve). Simulations year 2010 with Weekends occuring on Saturday
and Sunday.
Site exposure is typical city centre
 
Exterior surface heat transfer method:
default McAdams exterior hc method
 
Interior surface heat transfer method:
Alamdari and Hammond (default)
 
The Site exposure is typical city centre and the ground reflectance is 0.20.
 
Weather file: Fictitious UK location in clm67 with hour-centred solar data.
Standard annual weather: clm67
Calculated ground temperature at depth                                                                                      
  0.5 m: 3.0888 4.3008 6.6610 8.8949 13.123 15.349 15.963 14.834 12.227 8.9770 5.7777 3.6649
  1.0 m: 3.6630 4.5020 6.4738 8.4398 12.343 14.560 15.374 14.612 12.434 9.5459 6.5633 4.4524
  1.5 m: 4.2245 4.7614 6.3956 8.1158 11.689 13.852 14.802 14.336 12.531 9.9790 7.2247 5.1599
  2.0 m: 4.7588 5.0557 6.4004 7.8990 11.149 13.226 14.259 14.027 12.542 10.298 7.7730 5.7855
  2.5 m: 5.2563 5.3667 6.4664 7.7682 10.709 12.681 13.756 13.705 12.490 10.522 8.2208 6.3313
  3.0 m: 5.7116 5.6803 6.5755 7.7046 10.357 12.211 13.297 13.382 12.393 10.670 8.5810 6.8017
  3.5 m: 6.1222 5.9864 6.7127 7.6921 10.080 11.812 12.884 13.069 12.266 10.758 8.8661 7.2026
  4.0 m: 6.4880 6.2779 6.8663 7.7174 9.8661 11.475 12.517 12.771 12.121 10.800 9.0880 7.5409
  4.5 m: 6.8105 6.5502 7.0275 7.7692 9.7037 11.193 12.194 12.495 11.967 10.806 9.2575 7.8239
  5.0 m: 7.0924 6.8008 7.1892 7.8387 9.5835 10.959 11.913 12.241 11.812 10.787 9.3843 8.0587
  5.5 m: 7.3371 7.0287 7.3468 7.9188 9.4969 10.767 11.669 12.010 11.659 10.750 9.4768 8.2523
  6.0 m: 7.5483 7.2337 7.4969 8.0042 9.4367 10.610 11.459 11.804 11.513 10.702 9.5423 8.4109
  6.5 m: 7.7298 7.4168 7.6374 8.0909 9.3969 10.482 11.279 11.619 11.376 10.646 9.5869 8.5404
  7.0 m: 7.8854 7.5794 7.7672 8.1760 9.3725 10.377 11.125 11.456 11.249 10.588 9.6156 8.6458
  7.5 m: 8.0186 7.7231 7.8858 8.2576 9.3593 10.293 10.993 11.312 11.132 10.530 9.6324 8.7315
  8.0 m: 8.1327 7.8497 7.9934 8.3344 9.3543 10.224 10.881 11.185 11.026 10.472 9.6407 8.8013
  8.5 m: 8.2306 7.9611 8.0905 8.4057 9.3549 10.168 10.784 11.074 10.931 10.417 9.6430 8.8583
  9.0 m: 8.3148 8.0592 8.1776 8.4712 9.3591 10.121 10.701 10.976 10.845 10.366 9.6413 8.9053
  9.5 m: 8.3877 8.1457 8.2557 8.5310 9.3656 10.083 10.630 10.889 10.768 10.319 9.6371 8.9442
 10.0 m: 8.4510 8.2221 8.3255 8.5853 9.3733 10.051 10.568 10.813 10.699 10.275 9.6314 8.9770
 
 
Databases associated with the model:
 standard pressure distr: pressc.db1
 materials              :  ../dbs/IT_shelter_bc.materialdb
 constructions          :  ../dbs/IT_shelter_bc.constrdb
 standard plant comp    : plantc.db1
 standard event profiles: profiles.db2.a
 optical properties     : ../dbs/IT_shelter_bc.opticdb
 standard UK NCM data   : SBEM.db1
 standard predefined obj: predefined.db1
 standard mould isopleth: mould.db1
 
 ____________________________________________________________
 
The model includes ideal controls as follows:
Control description:
left vent at 60pc if equip <30  150pc if equip >50 and 200pc if >60C
no zone control description supplied
 
Zones control includes  1 functions.
 
The following day types are defined: weekdays    saturday    sunday
 
Details of control loops referenced in the model:
 loop: fresh_temper
 
 The sensor for function  1 senses dry bulb temperature in hvac.
 The actuator for function  1 is the air point in hvac.
 >  1 periods of validity during the year have been defined.
 Control is valid Fri-01-Jan to Fri-31-Dec, 2010 with  1 periods.
 
 Per|Start|Sensing  |Actuating  | weekdays control laws
   1  0.00 db temp   > flux      Ideal multi-sensor: max heat cp 1000.W min heat cp 0.W max cool
cp 1000.W min heat cp 0.W Heat stpt 12.0C cool stpt 28.0C Aux:senses dry bulb T in Entry_Area. h/c
10.0 30.0 senses dry bulb T in Right_Isle. h/c 10.0 30.0
 
 Zone to contol loop linkages:
 zone ( 1) Entry_Area   << control  0 no control imposed
 zone ( 2) Left_Isle    << control  0 no control imposed
 zone ( 3) Equipment    << control  0 no control imposed
 zone ( 4) PSU_Zone     << control  0 no control imposed
 zone ( 5) Right_Isle   << control  0 no control imposed
 zone ( 6) Above_Entry  << control  0 no control imposed
 zone ( 7) Above_LI     << control  0 no control imposed
 zone ( 8) Above_Equip  << control  0 no control imposed
 zone ( 9) Above_RI     << control  0 no control imposed
 zone (10) Above_PSU    << control  0 no control imposed
 zone (11) HVAC_duct    << control  0 no control imposed
 zone (12) hvac         << control  1 fresh_temper
 
 Flow control includes  2 loops.
no flow control description supplied
 
 The sensor for function  1 senses node (3) Equipment
 The actuator for function  1 is flow connection:   6 HVAC_duct - Left_Isle via GrMEI02:012
 >  1 periods of validity during the year have been defined.
 Control is valid Fri-01-Jan to Fri-31-Dec, 2010 with  1 periods.
 
 Per|Start|Sensing  |Actuating  | weekdays control laws
   1  0.00 dry bulb > flow       range setpoints: low 30.00 mid 50.00 high 60.00 actuation ranges:
low (< low sp) 0.60 mid (>mid sp) 1.50 high (>high sp) 2.00.
 
 The sensor for function  2 senses node (4) PSU_Zone
 The actuator for function  2 is flow connection:  15 HVAC_duct - PSU_Zone via GrMEI04:017
 >  1 periods of validity during the year have been defined.
 Control is valid Fri-01-Jan to Fri-31-Dec, 2010 with  1 periods.
 
 Per|Start|Sensing  |Actuating  | weekdays control laws
   1  0.00 dry bulb > flow       range setpoints: low 30.00 mid 50.00 high 60.00 actuation ranges:
low (< low sp) 0.50 mid (>mid sp) 1.50 high (>high sp) 2.00.
 ____________________________________________________________
 
The model includes an air flow network.
 
 Flow network description.
 
  16 nodes,  41 components,  26 connections;     wind reduction =  0.600
   # Node       Fluid   Node Type              X Y Z Position      Temperature    Data_1        Data_2
   1 Entry_Area   air   internal & unknown     1.500   1.200   1.000   20.000     (-)     1.000  vol   14.400
   2 Left_Isle    air   internal & unknown     0.300   4.800   1.000   20.000     (-)     1.000  vol    5.760
   3 Equipment    air   internal & unknown     1.000   4.800   1.000   20.000     (-)     1.000  vol    7.680
   4 PSU_Zone     air   internal & unknown     2.700   4.800   1.000   20.000     (-)     1.000  vol    5.760
   5 Right_Isle   air   internal & unknown     1.900   4.800   1.000   20.000     (-)     1.000  vol    9.600
   6 Above_Entry  air   internal & unknown     1.500   1.200   2.425   20.000     (-)     1.000  vol    6.120
   7 Above_LI     air   internal & unknown     0.300   4.800   2.425   20.000     (-)     1.000  vol    2.448
   8 Above_Equip  air   internal & unknown     1.000   4.800   2.425   20.000     (-)     1.000  vol    3.264
   9 Above_RI     air   internal & unknown     1.900   4.800   2.425   20.000     (-)     1.000  vol    4.080
  10 Above_PSU    air   internal & unknown     2.700   4.800   2.425   20.000     (-)     1.000  vol    2.448
  11 HVAC_duct    air   internal & unknown     1.475   7.450   1.200   20.000     (-)     1.000  vol    0.366
  12 hvac         air   internal & unknown     1.500   7.550   0.700   20.000     (-)     1.000  vol    0.180
  13 ambient      air   boundary & wind ind   -1.000  -1.000   1.000   0.0000     coef    1.000  azim 180.000
  14 BW-Uc01:010  air   boundary & wind ind    1.500  -0.900   0.000   0.0000     coef    1.000  azim 180.000
  15 BW-Op06:010  air   boundary & wind ind    1.500  -0.900   2.550   0.0000     coef    1.000  azim 180.000
  16 BW-Op12:002  air   boundary & wind ind    1.500   7.550  -0.500   0.0000     coef    1.000  azim   0.000
 
 Component    Type Fluid C+ L+ Association @X @Y @Z Description
 
 WABiz01:004   130 air    5  0 Entry_Area:RI_wall   1.9   2.4   1.0 Specific air flow door
 With width  0.200 height 2.000 ref ht  1.000 discharge factor 0.500
 
 BiCrz01:004   120 air    3  0 Entry_Area:RI_wall   1.9   2.4   0.0 Specific air flow crack
 With crack width(m)  0.0020 crack length(m)  6.000
 
 WABiz01:006   130 air    5  0 Entry_Area:LI_wall   0.3   2.4   1.0 Specific air flow door
 With width  0.100 height 2.000 ref ht  1.000 discharge factor 0.400
 
 BiCrz01:006   120 air    3  0 Entry_Area:LI_wall   0.3   2.4   0.0 Specific air flow crack
 With crack width(m)  0.0020 crack length(m)  5.200
 
 DoUcz01:010    40 air    3  0 Entry_Area:Ext_Door   1.5   0.0   0.0 Common orifice flow
 With opening area (m^2)  0.012 discharge factor (-) 0.700
 
 GrOpz01:017    40 air    3  0 Entry_Area:opening   1.5   1.0   2.0 Common orifice flow
 With opening area (m^2)  0.008 discharge factor (-) 0.500
 
 WABiz02:007   130 air    5  0 Left_Isle:eq_bk_b   0.6   6.0   1.0 Specific air flow door
 With width  0.500 height 2.000 ref ht  1.000 discharge factor 0.500
 
 BiCrz02:007   120 air    3  0 Left_Isle:eq_bk_b   0.6   6.0   0.0 Specific air flow crack
 With crack width(m)  0.0020 crack length(m)  5.600
 
 WABiz02:009   130 air    5  0 Left_Isle:eq_bk_d   0.6   4.4   1.0 Specific air flow door
 With width  0.400 height 2.000 ref ht  1.000 discharge factor 0.500
 
 BiCrz02:009   120 air    3  0 Left_Isle:eq_bk_d   0.6   4.4   0.0 Specific air flow crack
 With crack width(m)  0.0020 crack length(m)  5.600
 
 GrMEI02:012    30 air    2  0 Left_Isle:inlet_grill   0.3   7.2   1.2 Constant volume flow rate
 With flow rate (m^3/s)  0.86111E-01
 
 GrOpz02:013    40 air    3  0 Left_Isle:open_LI   0.3   6.1   2.0 Common orifice flow
 With opening area (m^2)  0.001 discharge factor (-) 0.500
 
 WiCrz03:017   120 air    3  0 Equipment:eq_fr_agr   1.4   6.8   1.0 Specific air flow crack
 With crack width(m)  0.0020 crack length(m)  4.800
 
 WABiz03:018   130 air    5  0 Equipment:eq_fr_bgr   1.4   6.0   1.0 Specific air flow door
 With width  0.500 height 1.800 ref ht  0.900 discharge factor 0.500
 
 BiCrz03:018   120 air    3  0 Equipment:eq_fr_bgr   1.4   6.0   0.1 Specific air flow crack
 With crack width(m)  0.0020 crack length(m)  4.800
 
 WiCrz03:019   120 air    3  0 Equipment:eq_fr_cgr   1.4   5.2   1.0 Specific air flow crack
 With crack width(m)  0.0020 crack length(m)  4.800
 
 WABiz03:020   130 air    5  0 Equipment:eq_fr_dgr   1.4   4.4   1.0 Specific air flow door
 With width  0.400 height 1.800 ref ht  0.900 discharge factor 0.500
 
 BiCrz03:020   120 air    3  0 Equipment:eq_fr_dgr   1.4   4.4   0.1 Specific air flow crack
 With crack width(m)  0.0020 crack length(m)  4.800
 
 WiCrz03:021   120 air    3  0 Equipment:eq_fr_egr   1.4   3.6   1.0 Specific air flow crack
 With crack width(m)  0.0020 crack length(m)  4.800
 
 WABiz04:013   130 air    5  0 PSU_Zone:psu_fr_bgr   2.4   6.0   1.0 Specific air flow door
 With width  0.200 height 1.800 ref ht  0.900 discharge factor 0.500
 
 BiCrz04:013   120 air    3  0 PSU_Zone:psu_fr_bgr   2.4   6.0   0.1 Specific air flow crack
 With crack width(m)  0.0020 crack length(m)  4.800
 
 WABiz04:015   130 air    5  0 PSU_Zone:psu_fr_dgr   2.4   4.4   1.0 Specific air flow door
 With width  0.200 height 1.800 ref ht  0.900 discharge factor 0.500
 
 BiCrz04:015   120 air    3  0 PSU_Zone:psu_fr_dgr   2.4   4.4   0.1 Specific air flow crack
 With crack width(m)  0.0020 crack length(m)  4.800
 
 WiCrz04:016   120 air    3  0 PSU_Zone:psu_fr_fgr   2.4   2.8   1.0 Specific air flow crack
 With crack width(m)  0.0020 crack length(m)  4.800
 
 GrMEI04:017    30 air    2  0 PSU_Zone:inlet_grill   2.7   7.2   1.2 Constant volume flow rate
 With flow rate (m^3/s)  0.51667E-01
 
 GrOpz05:027    40 air    3  0 Right_Isle:opening   1.9   2.8   2.0 Common orifice flow
 With opening area (m^2)  0.001 discharge factor (-) 0.500
 
 GrOpz06:003    40 air    3  0 Above_Entry:Above_PSU_wa   2.7   2.4   2.4 Common orifice flow
 With opening area (m^2)  0.004 discharge factor (-) 0.500
 
 WABiz06:004   130 air    5  0 Above_Entry:Above_RI_wal   1.9   2.4   2.4 Specific air flow door
 With width  0.200 height 0.850 ref ht  0.425 discharge factor 0.500
 
 BiCrz06:004   120 air    3  0 Above_Entry:Above_RI_wal   1.9   2.4   2.0 Specific air flow crack
 With crack width(m)  0.0020 crack length(m)  3.700
 
 GrOpz06:005    40 air    3  0 Above_Entry:Above_Eq_wal   1.0   2.4   2.4 Common orifice flow
 With opening area (m^2)  0.003 discharge factor (-) 0.500
 
 WABiz06:006   130 air    5  0 Above_Entry:Above_LI_wal   0.3   2.4   2.4 Specific air flow door
 With width  0.200 height 0.850 ref ht  0.425 discharge factor 0.500
 
 BiCrz06:006   120 air    3  0 Above_Entry:Above_LI_wal   0.3   2.4   2.0 Specific air flow crack
 With crack width(m)  0.0020 crack length(m)  2.900
 
 GrOpz06:010    40 air    3  0 Above_Entry:exh_grill   1.5   0.0   2.5 Common orifice flow
 With opening area (m^2)  0.006 discharge factor (-) 0.500
 
 WABiz07:002   130 air    5  0 Above_LI:A_Eq_wall   0.6   4.8   2.4 Specific air flow door
 With width  0.200 height 0.850 ref ht  0.425 discharge factor 0.500
 
 BiCrz07:002   120 air    3  0 Above_LI:A_Eq_wall   0.6   4.8   2.0 Specific air flow crack
 With crack width(m)  0.0020 crack length(m) 11.300
 
 WABiz08:002   130 air    5  0 Above_Equip:Ab_RI_wall   1.4   4.8   2.4 Specific air flow door
 With width  0.200 height 0.850 ref ht  0.425 discharge factor 0.500
 
 BiCrz08:002   120 air    3  0 Above_Equip:Ab_RI_wall   1.4   4.8   2.0 Specific air flow crack
 With crack width(m)  0.0020 crack length(m) 11.300
 
 WABiz09:002   130 air    5  0 Above_RI:Ab_PSU_wall   2.4   4.8   2.4 Specific air flow door
 With width  0.200 height 0.850 ref ht  0.425 discharge factor 0.500
 
 BiCrz09:002   120 air    3  0 Above_RI:Ab_PSU_wall   2.4   4.8   2.0 Specific air flow crack
 With crack width(m)  0.0020 crack length(m) 11.300
 
 GrOpz11:011    40 air    3  0 HVAC_duct:to_hvac   1.5   7.6   1.0 Common orifice flow
 With opening area (m^2)  0.020 discharge factor (-) 0.500
 
 GrOpz12:002    40 air    3  0 hvac:base   1.5   7.6   0.4 Common orifice flow
 With opening area (m^2)  0.050 discharge factor (-) 0.500
 
    # +Node         dHght   -Node         dHght   Component       Z @+    Z @-
    1 Entry_Area    0.000   Right_Isle    0.000   WABiz01:004     1.000   1.000
    2 Entry_Area    0.000   Left_Isle     0.000   WABiz01:006     1.000   1.000
    3 BW-Uc01:010   0.000   Entry_Area    0.000   DoUcz01:010     0.000   1.000
    4 Entry_Area    1.000   Above_Entry  -0.425   GrOpz01:017     2.000   2.000
    5 Left_Isle     0.000   Equipment     0.000   WABiz02:007     1.000   1.000
    6 HVAC_duct     0.000   Left_Isle     0.000   GrMEI02:012     1.200   1.000
    7 Left_Isle     0.000   Above_LI      0.000   GrOpz02:013     1.000   2.425
    8 Equipment     0.000   Right_Isle    0.000   WiCrz03:017     1.000   1.000
    9 Equipment     0.000   Right_Isle    0.000   WABiz03:018     1.000   1.000
   10 Equipment     0.000   Right_Isle    0.200   WiCrz03:019     1.000   1.200
   11 Equipment     0.000   Right_Isle    0.200   WABiz03:020     1.000   1.200
   12 Equipment     0.000   Right_Isle    0.000   WiCrz03:021     1.000   1.000
   13 PSU_Zone      0.000   Right_Isle    0.000   WABiz04:013     1.000   1.000
   14 PSU_Zone      0.000   Right_Isle    0.000   WiCrz04:016     1.000   1.000
   15 HVAC_duct     0.000   PSU_Zone      0.000   GrMEI04:017     1.200   1.000
   16 Right_Isle    1.000   Above_RI     -0.425   GrOpz05:027     2.000   2.000
   17 Above_Entry   0.000   Above_PSU     0.000   GrOpz06:003     2.425   2.425
   18 Above_Entry   0.000   Above_RI      0.000   WABiz06:004     2.425   2.425
   19 Above_Entry   0.000   Above_Equip   0.000   GrOpz06:005     2.425   2.425
   20 Above_Entry   0.000   Above_LI      0.000   WABiz06:006     2.425   2.425
   21 BW-Op06:010   0.000   Above_Entry   0.125   GrOpz06:010     2.550   2.550
   22 Above_LI      0.000   Above_Equip   0.000   WABiz07:002     2.425   2.425
   23 Above_Equip   0.000   Above_RI      0.200   WABiz08:002     2.425   2.625
   24 Above_RI      0.000   Above_PSU     0.000   WABiz09:002     2.425   2.425
   25 HVAC_duct     0.000   hvac          0.000   GrOpz11:011     1.200   0.700
   26 BW-Op12:002   0.000   hvac         -0.300   GrOpz12:002    -0.500   0.400
 
thermal zone to air flow node mapping:
thermal zone -> air flow node
Entry_Area   -> Entry_Area
Left_Isle    -> Left_Isle
Equipment    -> Equipment
PSU_Zone     -> PSU_Zone
Right_Isle   -> Right_Isle
Above_Entry  -> Above_Entry
Above_LI     -> Above_LI
Above_Equip  -> Above_Equip
Above_RI     -> Above_RI
Above_PSU    -> Above_PSU
HVAC_duct    -> HVAC_duct
hvac         -> hvac
 
 
 ____________________________________________________________
 
ID Zone         Volume|          Surface
   Name         m^3   | No. Opaque  Transp  ~Floor
 1 Entry_Area     14.4  17    28.8    10.4     7.2  Entry_Area describes circulation area inside the door.
 2 Left_Isle       5.8  13    15.3    12.1     4.5  Left_Isle describes a  circulation zone
 3 Equipment       7.7  31    26.1    17.2     3.8  Equipment describes a for telecom equipment
 4 PSU_Zone        5.8  17    22.8     4.5     2.9  PSU_Zone describes the power supply unit location
 5 Right_Isle      9.6  27    16.1    16.7     5.8  Right_Isle describes a circulation zone with floor grilles
 6 Above_Entry     6.1  11    13.8     9.8     7.2  Above_Entry describes the upper zone over the entrance
 7 Above_LI        2.4   7     7.5     7.5     2.9  Above_LI describes a zone above the circulation area
 8 Above_Equip     3.3   6     8.4     8.8     3.8  The zone above the telecom equipment
 9 Above_RI        4.1   7     5.7    13.8     4.8  Zone above the Right Isle which has the floor grilles
10 Above_PSU       2.4   6    10.3     4.6     2.9  Zone above the power supply units
11 HVAC_duct       0.4  12     4.2     0.3     4.0  HVAC_duct describes ductwork for ext supply air
12 hvac            0.2   6     1.9     0.3     0.3  hvac describes mixing box with optional tempering
   all            62.  160    161.    106.     50.
 
 
 Zone Entry_Area ( 1) is composed of 17 surfaces and 34 vertices.
 It encloses a volume of 14.4m^3 of space, with a total surface
 area of 39.2m^2 & approx floor area of 7.20m^2
 Entry_Area describes circulation area inside the door.
 There is 15.600m2 of exposed surface area, 15.600m2 of which is vertical.
 Facade opaque is 15.600m2 &  216.7 % of floor area & average U of 0.445 & UA of 6.9492.
 Opaque partitions:ceiling:floor 6.0247m2 & trasparent partitions:ceiling:floor 10.400m2.
Ground contact is 100.00 % of floor area & average U of 0.135 & perimeter 0.00
 
 A summary of the surfaces in Entry_Area( 1) follows:
 
 Sur| Area  |Azim|Elev|          Surface                           | construction             |environment
    | m^2   |deg |deg | name       |optical|locat| use             | name                     |other side
  1  4.40    180.   0. Front_wall   OPAQUE   VERT -:-               BSC_Ext_Wall             ||< external
  2  4.80     90.   0. Right_wall   OPAQUE   VERT -:-               BSC_Ext_Wall             ||< external
  3  1.20      0.   0. PSU_wall     OPAQUE   VERT -:-               steel_gr_3mm             ||< psu_at_entry:PSU_Zone
  4  2.00      0.   0. RI_wall      SC_ficti VERT WINDOW:AJAR-BID   fictitious               ||< Entry_wall:Right_Isle
  5  1.60      0.   0. Equip_wall   OPAQUE   VERT -:-               steel_gr_3mm             ||< equip_end:Equipment
  6  1.20      0.   0. LI_wall      SC_ficti VERT WINDOW:AJAR-BID   fictitious               ||< fict_access:Left_Isle
  7  4.80    270.   0. Left_wall    OPAQUE   VERT -:-               BSC_Ext_Wall             ||< external
  8  7.04      0.  90. Top-8        SC_ficti CEIL -:-               fictitious               ||< fict_horiz:Above_Entry
  9  7.20      0. -90. Floor        OPAQUE   FLOR -:-               BSC_open_floor           ||< ground profile  1
 10  1.60    180.   0. Ext_Door     OPAQUE   VERT DOOR:UNDERCUT     BSC_Door                 ||< external
 11  1.17      0.  90. adesk_t      OPAQUE   CEIL FURNI:-           door                     ||< adesk_t_:Entry_Area
 12  1.17      0. -90. adesk_t_     OPAQUE   FLOR FURNI:-           door                     ||< adesk_t:Entry_Area
 13  0.207     0.  90. aseat        OPAQUE   CEIL FURNI:-           upholstery               ||< aseat_:Entry_Area
 14  0.207     0. -90. aseat_       OPAQUE   FLOR FURNI:-           upholstery               ||< aseat:Entry_Area
 15  0.231   135.   6. astback      OPAQUE   SLOP FURNI:-           upholstery               ||< astback_:Entry_Area
 16  0.231   315.  -6. astback_     OPAQUE   SLOP FURNI:-           upholstery               ||< astback:Entry_Area
 17  0.160     0.  90. opening      SC_ficti CEIL GRILL:OPEN        fictitious               ||< opening:Above_Entry
 
Surface      Width(m)   Height(m)  Above ffl...
RI_wall         1.00       2.00      0.00    WINDOW
LI_wall         0.60       2.00      0.00    WINDOW
Ext_Door        0.80       2.00      0.00    DOOR
  
In Entry_Area          m^2     m^2 to   m^2 to  m^2 back  m^2 to  m^2 to
MLC name               total  ambient  other z  -to-back  ground  similar
door                     1.2      0.0      0.0      1.2      0.0      0.0
fictitious              10.4      0.0     10.4      0.0      0.0      0.0
upholstery               0.4      0.0      0.0      0.4      0.0      0.0
steel_gr_3mm             2.8      0.0      2.8      0.0      0.0      0.0
BSC_Ext_Wall            14.0     14.0      0.0      0.0      0.0      0.0
BSC_open_floor           7.2      0.0      0.0      0.0      7.2      0.0
BSC_Door                 1.6      1.6      0.0      0.0      0.0      0.0
 
 All surfaces will receive diffuse insolation (if shading not calculated).
 No shading analysis requested.
 No insolation analysis requested.
visual type name    composition        visual type name    composition
 vis 1rot  adesk_top  door             vis 1rot  across_a steel_gr_3mm
 vis 1rot  adesk_leg_a steel_pl_3mm    vis 1rot  across_b steel_gr_3mm
 vis 1rot  adesk_leg_b steel_pl_3mm    vis 1rot  apost PH_alu_frame
 vis 1rot  adesk_leg_c steel_pl_3mm    vis 1rot  ar_arm_rest steel_gr_3mm
 vis 1rot  adesk_leg_d steel_pl_3mm    vis 1rot  al_arm_rest steel_gr_3mm
 vis 1rot  aseat      upholstery       vis 1rot  aroll_a sensor_case
 vis 1rot  ar_arm     upholstery       vis 1rot  aroll_b sensor_case
 vis 1rot  al_arm     upholstery       vis 1rot  aroll_c sensor_case
 vis 1rot  al_arm     upholstery       vis 1rot  aroll_c sensor_case
 
 
 Ventilation & infiltration is assessed via network analysis
 and the associated network node is: Entry_Area
 
Notes:
occassional staff - just on Saturdays power. Background kit other
hours or ventilation.
 
Daytype   Gain Label     Type    Unit Period Sensible  Latent      Radiant    Convec
          No.                          Hours Magn.(W)  Magn.(W)    Fraction   Fraction
weekdays    1 Occupt     -         W    0- 8      0.0      0.0       0.50       0.50
weekdays    2 Lights     lighting  W    0-24      0.0      0.0       0.50       0.50
weekdays    3 Equipt     equipment Wm2  0-24      7.0      0.0       0.50       0.50
saturday    1 Occupt     -         W    0-24      0.0      0.0       0.50       0.50
saturday    2 Occupt     -         W    8-18    150.0    100.0       0.50       0.50
saturday    3 Occupt     -         W   18-24      0.0      0.0       0.50       0.50
saturday    4 Lights     lighting  Wm2  0- 8      2.0      0.0       0.50       0.50
saturday    5 Lights     lighting  Wm2  8-18      6.0      0.0       0.30       0.70
saturday    6 Lights     lighting  Wm2 18-24      2.0      0.0       0.30       0.70
saturday    7 Equipt     equipment Wm2  0- 8      5.0      0.0       0.50       0.50
saturday    8 Equipt     equipment Wm2  8-18      8.0      0.0       0.40       0.60
saturday    9 Equipt     equipment Wm2 18-24      5.0      0.0       0.40       0.60
sunday      1 Occupt     -         W    0-24      0.0      0.0       0.50       0.50
sunday      2 Occupt     -         W   18-24      0.0      0.0       0.50       0.50
sunday      3 Lights     lighting  Wm2  0-24      2.0      0.0       0.50       0.50
sunday      4 Equipt     equipment Wm2  0-24      6.0      0.0       0.50       0.50
 
 ____________________________________________________________
 
 Zone Left_Isle ( 2) is composed of 13 surfaces and 26 vertices.
 It encloses a volume of 5.76m^3 of space, with a total surface
 area of 27.4m^2 & approx floor area of 4.48m^2
 Left_Isle describes a  circulation zone
 There is 10.680m2 of exposed surface area, 10.680m2 of which is vertical.
 Facade opaque is 10.680m2 &  238.4 % of floor area & average U of 0.428 & UA of 4.5704.
 Opaque partitions:ceiling:floor 1.7200m2 & trasparent partitions:ceiling:floor 12.080m2.
Ground contact is 64.286 % of floor area & average U of 0.135 & perimeter 0.00
 
 A summary of the surfaces in Left_Isle( 2) follows:
 
 Sur| Area  |Azim|Elev|          Surface                           | construction             |environment
    | m^2   |deg |deg | name       |optical|locat| use             | name                     |other side
  1  1.20    180.   0. fict_access  SC_ficti VERT WINDOW:AJAR-BID   fictitious               ||< LI_wall:Entry_Area
  2  1.08      0.   0. Back_wall    OPAQUE   VERT -:-               BSC_Ext_Wall             ||< external
  3  9.60    270.   0. Left_wall    OPAQUE   VERT -:-               BSC_Ext_Wall             ||< external
  4  2.79      0.  90. Top-5        SC_ficti CEIL -:-               fictitious               ||< Base-6:Above_LI
  5  2.88      0. -90. Floor        OPAQUE   FLOR -:-               BSC_open_floor           ||< ground profile  1
  6  1.60     90.   0. eq_bk_a      OPAQUE   VERT -:-               steel_gr_3mm             ||< eq_bk_a:Equipment
  7  1.60     90.   0. eq_bk_b      SAZ3348_ VERT WINDOW:AJAR-BID   IT_rack_mesh             ||< eq_bk_b:Equipment
  8  1.60     90.   0. eq_bk_c      SAZ3348_ VERT -:-               IT_rack_mesh             ||< eq_bk_c:Equipment
  9  1.60     90.   0. eq_bk_d      SAZ3348_ VERT WINDOW:AJAR-BID   IT_rack_mesh             ||< eq_bk_d:Equipment
 10  1.60     90.   0. eq_bk_e      SAZ3348_ VERT -:-               IT_rack_mesh             ||< eq_bk_e:Equipment
 11  1.60     90.   0. eq_bk_f      SAZ3348_ VERT -:-               IT_rack_mesh             ||< eq_bk_f:Equipment
 12  0.120     0.   0. inlet_grill  OPAQUE   VERT GRILL:INLET       steel_gr_3mm             ||< inlet_grill:HVAC_duct
 13  0.090     0.  90. open_LI      SC_ficti CEIL GRILL:OPEN        fictitious               ||< open_LI:Above_LI
 
Surface      Width(m)   Height(m)  Above ffl...
fict_access     0.60       2.00      0.00    WINDOW
eq_bk_b         0.80       2.00      0.00    WINDOW
eq_bk_d         0.80       2.00      0.00    WINDOW
  
In Left_Isle           m^2     m^2 to   m^2 to  m^2 back  m^2 to  m^2 to
MLC name               total  ambient  other z  -to-back  ground  similar
fictitious               4.1      0.0      4.1      0.0      0.0      0.0
steel_gr_3mm             1.7      0.0      1.7      0.0      0.0      0.0
IT_rack_mesh             8.0      0.0      8.0      0.0      0.0      0.0
BSC_Ext_Wall            10.7     10.7      0.0      0.0      0.0      0.0
BSC_open_floor           2.9      0.0      0.0      0.0      2.9      0.0
 
 All surfaces will receive diffuse insolation (if shading not calculated).
 No shading analysis requested.
 No insolation analysis requested.
 
 Ventilation & infiltration is assessed via network analysis
 and the associated network node is: Left_Isle
 
Notes:
standby lights only power. There is not infiltration or ventilation.
 
Daytype   Gain Label     Type    Unit Period Sensible  Latent      Radiant    Convec
          No.                          Hours Magn.(W)  Magn.(W)    Fraction   Fraction
weekdays    1 Occupt     -         W    0-24      0.0      0.0       0.50       0.50
weekdays    2 Lights     lighting  Wm2  0-24      2.0      0.0       0.50       0.50
weekdays    3 Equipt     equipment W    0-24      0.0      0.0       0.50       0.50
saturday    1 Occupt     -         W    0-24      0.0      0.0       0.50       0.50
saturday    2 Lights     lighting  Wm2  0-24      2.0      0.0       0.50       0.50
saturday    3 Equipt     equipment W    0-24      0.0      0.0       0.50       0.50
sunday      1 Occupt     -         W    0-24      0.0      0.0       0.50       0.50
sunday      2 Lights     lighting  Wm2  0-24      2.0      0.0       0.50       0.50
sunday      3 Equipt     equipment W    0-24      0.0      0.0       0.50       0.50
 
 ____________________________________________________________
 
 Zone Equipment ( 3) is composed of 31 surfaces and 68 vertices.
 It encloses a volume of 7.68m^3 of space, with a total surface
 area of 43.4m^2 & approx floor area of 3.84m^2
 Equipment describes a for telecom equipment
 There is 1.6000m2 of exposed surface area, 1.6000m2 of which is vertical.
 Facade opaque is 1.6000m2 &   41.7 % of floor area & average U of 0.449 & UA of 0.71892.
 Opaque partitions:ceiling:floor 24.540m2 & trasparent partitions:ceiling:floor 13.400m2.
Ground contact is 100.00 % of floor area & average U of 5.875 & perimeter 0.00
 
 A summary of the surfaces in Equipment( 3) follows:
 
 Sur| Area  |Azim|Elev|          Surface                           | construction             |environment
    | m^2   |deg |deg | name       |optical|locat| use             | name                     |other side
  1  1.60    180.   0. equip_end    OPAQUE   VERT -:-               steel_gr_3mm             ||< Equip_wall:Entry_Area
  2  1.60     90.   0. eq_fr_f      OPAQUE   VERT -:-               steel_gr_3mm             ||< eq_fr_f:Right_Isle
  3  1.60      0.   0. Rear_wall    OPAQUE   VERT -:-               insul_frc_facade         ||< external
  4  1.60    270.   0. eq_bk_a      OPAQUE   VERT -:-               steel_gr_3mm             ||< eq_bk_a:Left_Isle
  5  3.84      0.  90. rack_top     OPAQUE   CEIL -:-               steel_gr_3mm             ||< Base-6:Above_Equip
  6  3.84      0. -90. rack_base    SC_ficti FLOR -:-               fictitious               ||< ground profile  1
  7  1.60    270.   0. eq_bk_b      SAZ3348_ VERT WINDOW:AJAR-BID   IT_rack_mesh             ||< eq_bk_b:Left_Isle
  8  1.60    270.   0. eq_bk_c      SAZ3348_ VERT -:-               IT_rack_mesh             ||< eq_bk_c:Left_Isle
  9  1.60    270.   0. eq_bk_d      SAZ3348_ VERT WINDOW:AJAR-BID   IT_rack_mesh             ||< eq_bk_d:Left_Isle
 10  1.60    270.   0. eq_bk_e      SAZ3348_ VERT -:-               IT_rack_mesh             ||< eq_bk_e:Left_Isle
 11  1.60    270.   0. eq_bk_f      SAZ3348_ VERT -:-               IT_rack_mesh             ||< eq_bk_f:Left_Isle
 12  0.520    90.   0. eq_fr_a      OPAQUE   VERT -:-               steel_gr_3mm             ||< eq_fr_a:Right_Isle
 13  0.520    90.  -0. eq_fr_b      OPAQUE   VERT -:-               steel_gr_3mm             ||< eq_fr_b:Right_Isle
 14  0.520    90.   0. eq_fr_c      OPAQUE   VERT -:-               steel_gr_3mm             ||< eq_fr_c:Right_Isle
 15  0.520    90.   0. eq_fr_d      OPAQUE   VERT -:-               steel_gr_3mm             ||< eq_fr_d:Right_Isle
 16  0.520    90.   0. eq_fr_e      OPAQUE   VERT -:-               steel_gr_3mm             ||< eq_fr_e:Right_Isle
 17  1.08     90.   0. eq_fr_agr    SCF8783_ VERT C-WINDOW:CRACK    single_glaz              ||< eq_fr_agr:Right_Isle
 18  1.08     90.   0. eq_fr_bgr    SAZ3348_ VERT C-WINDOW:AJAR-BID IT_rack_mesh             ||< eq_fr_bgr:Right_Isle
 19  1.08     90.  -0. eq_fr_cgr    SAZ3348_ VERT C-WINDOW:CRACK    IT_rack_mesh             ||< eq_fr_cgr:Right_Isle
 20  1.08     90.   0. eq_fr_dgr    SAZ3348_ VERT C-WINDOW:AJAR-BID IT_rack_mesh             ||< eq_fr_dgr:Right_Isle
 21  1.08     90.   0. eq_fr_egr    SCF8783_ VERT C-WINDOW:CRACK    single_glaz              ||< eq_fr_egr:Right_Isle
 22  1.33    180.   0. eq_bulkh_f   OPAQUE   VERT PARTN:-           steel_gr_3mm             ||< eq_bulkh_f_:Equipment
 23  1.33      0.   0. eq_bulkh_f_  OPAQUE   VERT PARTN:-           steel_gr_3mm             ||< eq_bulkh_f:Equipment
 24  1.33    180.   0. eq_bulkh_e   OPAQUE   VERT PARTN:-           steel_gr_3mm             ||< eq_bulkh_e_:Equipment
 25  1.33      0.   0. eq_bulkh_e_  OPAQUE   VERT PARTN:-           steel_gr_3mm             ||< eq_bulkh_e:Equipment
 26  1.33    180.   0. eq_bulkh_d   OPAQUE   VERT PARTN:-           steel_gr_3mm             ||< eq_bulkh_d_:Equipment
 27  1.33      0.   0. eq_bulkh_d_  OPAQUE   VERT PARTN:-           steel_gr_3mm             ||< eq_bulkh_d:Equipment
 28  1.33    180.   0. eq_bulkh_c   OPAQUE   VERT PARTN:-           steel_gr_3mm             ||< eq_bulkh_c_:Equipment
 29  1.33      0.   0. eq_bulkh_c_  OPAQUE   VERT PARTN:-           steel_gr_3mm             ||< eq_bulkh_c:Equipment
 30  1.33    180.   0. eq_bulkh_b   OPAQUE   VERT PARTN:-           steel_gr_3mm             ||< eq_bulkh_b_:Equipment
 31  1.33      0.   0. eq_bulkh_b_  OPAQUE   VERT PARTN:-           steel_gr_3mm             ||< eq_bulkh_b:Equipment
 
Surface      Width(m)   Height(m)  Above ffl...
eq_bk_b         0.80       2.00      0.00    WINDOW
eq_bk_d         0.80       2.00      0.00    WINDOW
eq_fr_agr       0.60       1.80      0.10    C-WINDOW
eq_fr_bgr       0.60       1.80      0.10    C-WINDOW
eq_fr_cgr       0.60       1.80      0.10    C-WINDOW
eq_fr_dgr       0.60       1.80      0.10    C-WINDOW
eq_fr_egr       0.60       1.80      0.10    C-WINDOW
  
In Equipment           m^2     m^2 to   m^2 to  m^2 back  m^2 to  m^2 to
MLC name               total  ambient  other z  -to-back  ground  similar
insul_frc_facade         1.6      1.6      0.0      0.0      0.0      0.0
fictitious               3.8      0.0      0.0      0.0      3.8      0.0
single_glaz              2.2      0.0      2.2      0.0      0.0      0.0
steel_gr_3mm            17.9      0.0     11.2      6.7      0.0      0.0
IT_rack_mesh            11.2      0.0     11.2      0.0      0.0      0.0
 
 All surfaces will receive diffuse insolation (if shading not calculated).
 No shading analysis requested.
 No insolation analysis requested.
visual type name    composition        visual type name    composition
 vis 1rot  eq_f_box_a collector_pl     vis 1rot  eq_d_box_d collector_pl
 vis 1rot  eq_f_box_b collector_pl     vis 1rot  eq_d_box_e collector_pl
 vis 1rot  eq_f_box_c collector_pl     vis 1rot  eq_d_box_f collector_pl
 vis 1rot  eq_e_box_a collector_pl     vis 1rot  eq_c_box_a collector_pl
 vis 1rot  eq_e_box_b collector_pl     vis 1rot  eq_c_box_b collector_pl
 vis 1rot  eq_d_box_c collector_pl     vis 1rot  eq_c_box_c collector_pl
 vis 1rot  eq_e_box_c collector_pl     vis 1rot  eq_c_box_d collector_pl
 vis 1rot  eq_e_box_d collector_pl     vis 1rot  eq_c_box_e collector_pl
 
 
 Ventilation & infiltration is assessed via network analysis
 and the associated network node is: Equipment
 
Notes:
communications kit with some diversity during the day.
 
Daytype   Gain Label     Type    Unit Period Sensible  Latent      Radiant    Convec
          No.                          Hours Magn.(W)  Magn.(W)    Fraction   Fraction
weekdays    1 equipment  equipment W    0- 3   3500.0      0.0       0.40       0.60
weekdays    2 equipment  equipment W    3- 6   4500.0      0.0       0.40       0.60
weekdays    3 equipment  equipment W    6- 9   6000.0      0.0       0.40       0.60
weekdays    4 equipment  equipment W    9-12   5000.0      0.0       0.40       0.60
weekdays    5 equipment  equipment W   12-15   8000.0      0.0       0.40       0.60
weekdays    6 equipment  equipment W   15-18   6000.0      0.0       0.40       0.60
weekdays    7 equipment  equipment W   18-21   7000.0      0.0       0.40       0.60
weekdays    8 equipment  equipment W   21-24   5000.0      0.0       0.40       0.60
saturday    1 equipment  equipment W    0- 3   4000.0      0.0       0.40       0.60
saturday    2 equipment  equipment W    3- 7   3000.0      0.0       0.40       0.60
saturday    3 equipment  equipment W    7-10   5500.0      0.0       0.40       0.60
saturday    4 equipment  equipment W   10-14   6500.0      0.0       0.40       0.60
saturday    5 equipment  equipment W   14-18   7500.0      0.0       0.40       0.60
saturday    6 equipment  equipment W   18-20   4500.0      0.0       0.40       0.60
saturday    7 equipment  equipment W   20-22   7000.0      0.0       0.40       0.60
saturday    8 equipment  equipment W   22-24   6000.0      0.0       0.40       0.60
sunday      1 equipment  equipment W    0- 2   3000.0      0.0       0.40       0.60
sunday      2 equipment  equipment W    2- 4   4000.0      0.0       0.40       0.60
sunday      3 equipment  equipment W    4- 8   3500.0      0.0       0.40       0.60
sunday      4 equipment  equipment W    8-11   7000.0      0.0       0.40       0.60
sunday      5 equipment  equipment W   11-15   6000.0      0.0       0.40       0.60
sunday      6 equipment  equipment W   15-18   5500.0      0.0       0.40       0.60
sunday      7 equipment  equipment W   18-22   7500.0      0.0       0.40       0.60
sunday      8 equipment  equipment W   22-24   6000.0      0.0       0.40       0.60
 
 ____________________________________________________________
 
 Zone PSU_Zone ( 4) is composed of 17 surfaces and 42 vertices.
 It encloses a volume of 5.76m^3 of space, with a total surface
 area of 27.4m^2 & approx floor area of 2.88m^2
 PSU_Zone describes the power supply unit location
 There is 10.680m2 of exposed surface area, 10.680m2 of which is vertical.
 Facade opaque is 10.680m2 &  370.8 % of floor area & average U of 0.428 & UA of 4.5704.
 Opaque partitions:ceiling:floor 9.2800m2 & trasparent partitions:ceiling:floor 4.5200m2.
Ground contact is 100.00 % of floor area & average U of 0.135 & perimeter 0.00
 
 A summary of the surfaces in PSU_Zone( 4) follows:
 
 Sur| Area  |Azim|Elev|          Surface                           | construction             |environment
    | m^2   |deg |deg | name       |optical|locat| use             | name                     |other side
  1  1.20    180.   0. psu_at_entry OPAQUE   VERT -:-               steel_gr_3mm             ||< PSU_wall:Entry_Area
  2  9.60     90.   0. Left_wall    OPAQUE   VERT -:-               BSC_Ext_Wall             ||< external
  3  1.08      0.   0. Rear_wall    OPAQUE   VERT -:-               BSC_Ext_Wall             ||< external
  4  0.960   270.   0. psu_fr_a     OPAQUE   VERT -:-               steel_gr_3mm             ||< psu_fr_a:Right_Isle
  5  2.88      0.  90. psu_upper    OPAQUE   CEIL -:-               steel_gr_3mm             ||< Base-6:Above_PSU
  6  2.88      0. -90. Floor        OPAQUE   FLOR -:-               BSC_open_floor           ||< ground profile  1
  7  0.520   270.   0. psu_fr_b     OPAQUE   VERT -:-               steel_gr_3mm             ||< psu_fr_b:Right_Isle
  8  0.960   270.   0. psu_fr_c     OPAQUE   VERT -:-               steel_gr_3mm             ||< psu_fr_c:Right_Isle
  9  0.520   270.   0. psu_fr_d     OPAQUE   VERT -:-               steel_gr_3mm             ||< psu_fr_d:Right_Isle
 10  1.60    270.   0. psu_fr_e     OPAQUE   VERT -:-               steel_gr_3mm             ||< psu_fr_e:Right_Isle
 11  0.520   270.   0. psu_fr_f     OPAQUE   VERT -:-               steel_gr_3mm             ||< psu_fr_f:Right_Isle
 12  0.640   270.   0. psu_fr_agr   SAZ3348_ VERT -:-               IT_rack_mesh             ||< psu_fr_agr:Right_Isle
 13  1.08    270.   0. psu_fr_bgr   SAZ3348_ VERT C-WINDOW:AJAR-BID IT_rack_mesh             ||< psu_fr_bgr:Right_Isle
 14  0.640   270.   0. psu_fr_cgr   SCF8783_ VERT -:-               single_glaz              ||< psu_fr_cgr:Right_Isle
 15  1.08    270.   0. psu_fr_dgr   SAZ3348_ VERT C-WINDOW:AJAR-BID IT_rack_mesh             ||< psu_fr_dgr:Right_Isle
 16  1.08    270.   0. psu_fr_fgr   SCF8783_ VERT C-WINDOW:CRACK    single_glaz              ||< psu_fr_fgr:Right_Isle
 17  0.120     0.   0. inlet_grill  OPAQUE   VERT GRILL:INLET       steel_gr_3mm             ||< inlet_grill:HVAC_duct
 
Surface      Width(m)   Height(m)  Above ffl...
psu_fr_bgr      0.60       1.80      0.10    C-WINDOW
psu_fr_dgr      0.60       1.80      0.10    C-WINDOW
psu_fr_fgr      0.60       1.80      0.10    C-WINDOW
  
In PSU_Zone            m^2     m^2 to   m^2 to  m^2 back  m^2 to  m^2 to
MLC name               total  ambient  other z  -to-back  ground  similar
single_glaz              1.7      0.0      1.7      0.0      0.0      0.0
steel_gr_3mm             9.3      0.0      9.3      0.0      0.0      0.0
IT_rack_mesh             2.8      0.0      2.8      0.0      0.0      0.0
BSC_Ext_Wall            10.7     10.7      0.0      0.0      0.0      0.0
BSC_open_floor           2.9      0.0      0.0      0.0      2.9      0.0
 
 All surfaces will receive diffuse insolation (if shading not calculated).
 No shading analysis requested.
 No insolation analysis requested.
visual type name    composition        visual type name    composition
 vis 1rot  bat_a      steel_pl_3mm     vis 1rot  ctl_a steel_pl_3mm
 vis 1rot  bat_b      steel_pl_3mm     vis 1rot  ctl_b steel_pl_3mm
 vis 1rot  bat_c      steel_pl_3mm     vis 1rot  ctl_c steel_pl_3mm
 vis 1rot  bat_d      steel_pl_3mm     vis 1rot  ctl_d steel_pl_3mm
 
 
 Ventilation & infiltration is assessed via network analysis
 and the associated network node is: PSU_Zone
 
Notes:
0.9 kW constant from the power equipment - mostly convective
 
Daytype   Gain Label     Type    Unit Period Sensible  Latent      Radiant    Convec
          No.                          Hours Magn.(W)  Magn.(W)    Fraction   Fraction
weekdays    1 Occupt     -         W    0-24      0.0      0.0       0.50       0.50
weekdays    2 Lights     lighting  W    0-24      0.0      0.0       0.50       0.50
weekdays    3 Equipt     equipment W    0-24    950.0      0.0       0.20       0.80
saturday    1 Occupt     -         W    0-24      0.0      0.0       0.50       0.50
saturday    2 Lights     lighting  W    0-24      0.0      0.0       0.50       0.50
saturday    3 Equipt     equipment W    0-24    950.0      0.0       0.20       0.80
sunday      1 Occupt     -         W    0-24      0.0      0.0       0.50       0.50
sunday      2 Lights     lighting  W    0-24      0.0      0.0       0.50       0.50
sunday      3 Equipt     equipment W    0-24    950.0      0.0       0.20       0.80
 
 ____________________________________________________________
 
 Zone Right_Isle ( 5) is composed of 27 surfaces and 72 vertices.
 It encloses a volume of 9.60m^3 of space, with a total surface
 area of 32.8m^2 & approx floor area of 5.76m^2
 Right_Isle describes a circulation zone with floor grilles
 There is 2.0000m2 of exposed surface area, 2.0000m2 of which is vertical.
 Facade opaque is 2.0000m2 &   34.7 % of floor area & average U of 0.428 & UA of 0.85588.
 Opaque partitions:ceiling:floor 9.2800m2 & trasparent partitions:ceiling:floor 16.720m2.
Ground contact is 83.333 % of floor area & average U of 0.135 & perimeter 0.00
 
 A summary of the surfaces in Right_Isle( 5) follows:
 
 Sur| Area  |Azim|Elev|          Surface                           | construction             |environment
    | m^2   |deg |deg | name       |optical|locat| use             | name                     |other side
  1  2.00    180.   0. Entry_wall   SC_ficti VERT WINDOW:AJAR-BID   fictitious               ||< RI_wall:Entry_Area
  2  2.00      0.   0. Rear_wall    OPAQUE   VERT -:-               BSC_Ext_Wall             ||< external
  3  4.68      0.  90. Top-5        SC_ficti CEIL -:-               fictitious               ||< Base-6:Above_RI
  4  4.80      0. -90. Floor        OPAQUE   FLOR -:-               BSC_open_floor           ||< ground profile  1
  5  0.960    90.   0. psu_fr_a     OPAQUE   VERT -:-               steel_gr_3mm             ||< psu_fr_a:PSU_Zone
  6  0.520    90.   0. psu_fr_b     OPAQUE   VERT -:-               steel_gr_3mm             ||< psu_fr_b:PSU_Zone
  7  0.960    90.   0. psu_fr_c     OPAQUE   VERT -:-               steel_gr_3mm             ||< psu_fr_c:PSU_Zone
  8  0.520    90.   0. psu_fr_d     OPAQUE   VERT -:-               steel_gr_3mm             ||< psu_fr_d:PSU_Zone
  9  1.60     90.   0. psu_fr_e     OPAQUE   VERT -:-               steel_gr_3mm             ||< psu_fr_e:PSU_Zone
 10  0.520    90.   0. psu_fr_f     OPAQUE   VERT -:-               steel_gr_3mm             ||< psu_fr_f:PSU_Zone
 11  0.640    90.   0. psu_fr_agr   SAZ3348_ VERT -:-               IT_rack_mesh             ||< psu_fr_agr:PSU_Zone
 12  1.08     90.   0. psu_fr_bgr   SAZ3348_ VERT C-WINDOW:AJAR-BID IT_rack_mesh             ||< psu_fr_bgr:PSU_Zone
 13  0.640    90.   0. psu_fr_cgr   SCF8783_ VERT -:-               single_glaz              ||< psu_fr_cgr:PSU_Zone
 14  1.08     90.   0. psu_fr_dgr   SAZ3348_ VERT C-WINDOW:AJAR-BID IT_rack_mesh             ||< psu_fr_dgr:PSU_Zone
 15  1.08     90.   0. psu_fr_fgr   SCF8783_ VERT C-WINDOW:CRACK    single_glaz              ||< psu_fr_fgr:PSU_Zone
 16  1.60    270.   0. eq_fr_f      OPAQUE   VERT -:-               steel_gr_3mm             ||< eq_fr_f:Equipment
 17  0.520   270.   0. eq_fr_a      OPAQUE   VERT -:-               steel_gr_3mm             ||< eq_fr_a:Equipment
 18  0.520   270.   0. eq_fr_b      OPAQUE   VERT -:-               steel_gr_3mm             ||< eq_fr_b:Equipment
 19  0.520   270.   0. eq_fr_c      OPAQUE   VERT -:-               steel_gr_3mm             ||< eq_fr_c:Equipment
 20  0.520   270.   0. eq_fr_d      OPAQUE   VERT -:-               steel_gr_3mm             ||< eq_fr_d:Equipment
 21  0.520   270.   0. eq_fr_e      OPAQUE   VERT -:-               steel_gr_3mm             ||< eq_fr_e:Equipment
 22  1.08    270.   0. eq_fr_agr    SCF8783_ VERT C-WINDOW:CRACK    single_glaz              ||< eq_fr_agr:Equipment
 23  1.08    270.   0. eq_fr_bgr    SAZ3348_ VERT C-WINDOW:AJAR-BID IT_rack_mesh             ||< eq_fr_bgr:Equipment
 24  1.08    270.   0. eq_fr_cgr    SAZ3348_ VERT C-WINDOW:CRACK    IT_rack_mesh             ||< eq_fr_cgr:Equipment
 25  1.08    270.   0. eq_fr_dgr    SAZ3348_ VERT C-WINDOW:AJAR-BID IT_rack_mesh             ||< eq_fr_dgr:Equipment
 26  1.08    270.   0. eq_fr_egr    SCF8783_ VERT C-WINDOW:CRACK    single_glaz              ||< eq_fr_egr:Equipment
 27  0.120     0.  90. opening      SC_ficti CEIL GRILL:OPEN        fictitious               ||< opening:Above_RI
 
Surface      Width(m)   Height(m)  Above ffl...
Entry_wall      1.00       2.00      0.00    WINDOW
psu_fr_bgr      0.60       1.80      0.10    C-WINDOW
psu_fr_dgr      0.60       1.80      0.10    C-WINDOW
psu_fr_fgr      0.60       1.80      0.10    C-WINDOW
eq_fr_agr       0.60       1.80      0.10    C-WINDOW
eq_fr_bgr       0.60       1.80      0.10    C-WINDOW
eq_fr_cgr       0.60       1.80      0.10    C-WINDOW
eq_fr_dgr       0.60       1.80      0.10    C-WINDOW
eq_fr_egr       0.60       1.80      0.10    C-WINDOW
  
In Right_Isle          m^2     m^2 to   m^2 to  m^2 back  m^2 to  m^2 to
MLC name               total  ambient  other z  -to-back  ground  similar
fictitious               6.8      0.0      6.8      0.0      0.0      0.0
single_glaz              3.9      0.0      3.9      0.0      0.0      0.0
steel_gr_3mm             9.3      0.0      9.3      0.0      0.0      0.0
IT_rack_mesh             6.0      0.0      6.0      0.0      0.0      0.0
BSC_Ext_Wall             2.0      2.0      0.0      0.0      0.0      0.0
BSC_open_floor           4.8      0.0      0.0      0.0      4.8      0.0
 
 All surfaces will receive diffuse insolation (if shading not calculated).
 No shading analysis requested.
 No insolation analysis requested.
 
 Ventilation & infiltration is assessed via network analysis
 and the associated network node is: Right_Isle
 
Notes:
background lights only power. There is not infiltration or ventilation.
 
Daytype   Gain Label     Type    Unit Period Sensible  Latent      Radiant    Convec
          No.                          Hours Magn.(W)  Magn.(W)    Fraction   Fraction
weekdays    1 Occupt     -         W    0-24      0.0      0.0       0.50       0.50
weekdays    2 Lights     lighting  Wm2  0-24      2.0      0.0       0.50       0.50
weekdays    3 Equipt     equipment W    0-24      0.0      0.0       0.50       0.50
saturday    1 Occupt     -         W    0-24      0.0      0.0       0.50       0.50
saturday    2 Lights     lighting  Wm2  0-24      2.0      0.0       0.50       0.50
saturday    3 Equipt     equipment W    0-24      0.0      0.0       0.50       0.50
sunday      1 Occupt     -         W    0-24      0.0      0.0       0.50       0.50
sunday      2 Lights     lighting  Wm2  0-24      2.0      0.0       0.50       0.50
sunday      3 Equipt     equipment W    0-24      0.0      0.0       0.50       0.50
 
 ____________________________________________________________
 
 Zone Above_Entry ( 6) is composed of 11 surfaces and 23 vertices.
 It encloses a volume of 6.12m^3 of space, with a total surface
 area of 23.6m^2 & approx floor area of 7.20m^2
 Above_Entry describes the upper zone over the entrance
 There is 13.830m2 of exposed surface area, 6.6300m2 of which is vertical.
 Facade opaque is 6.6300m2 &   92.1 % of floor area & average U of 0.527 & UA of 3.4915.
Flat roof is 100.00 % of floor area & average U of 0.356 & UA of 2.5652.
Flat roof is 100.00 % of floor area & average U of 0.356 & UA of 2.5652.
 
 A summary of the surfaces in Above_Entry( 6) follows:
 
 Sur| Area  |Azim|Elev|          Surface                           | construction             |environment
    | m^2   |deg |deg | name       |optical|locat| use             | name                     |other side
  1  2.43    180.   0. Front_wall   OPAQUE   VERT -:-               BSC_Ext_Wall             ||< external
  2  2.04     90.   0. Right_wall   OPAQUE   VERT -:-               BSC_Ext_Wall             ||< external
  3  0.510     0.   0. Above_PSU_wa SC_ficti VERT GRILL:OPEN        fictitious               ||< Ab_Entry_wal:Above_PSU
  4  0.850     0.   0. Above_RI_wal SC_ficti VERT WINDOW:AJAR-BID   fictitious               ||< Ab_Entry_wal:Above_RI
  5  0.680     0.   0. Above_Eq_wal SC_ficti VERT GRILL:OPEN        fictitious               ||< Ab_Entry_wal:Above_Equip
  6  0.510     0.   0. Above_LI_wal SC_ficti VERT WINDOW:AJAR-BID   fictitious               ||< Ab_Entry_wal:Above_LI
  7  2.04    270.   0. Left_wall    OPAQUE   VERT -:-               BSC_Ext_Wall             ||< external
  8  7.20      0.  90. Roof         OPAQUE   CEIL -:-               BSC_Roof                 ||< external
  9  7.04      0. -90. fict_horiz   SC_ficti FLOR -:-               fictitious               ||< Top-8:Entry_Area
 10  0.120   180.   0. exh_grill    OPAQUE   VERT GRILL:OPEN        steel_gr_3mm             ||< external
 11  0.160     0. -90. opening      SC_ficti FLOR GRILL:OPEN        fictitious               ||< opening:Entry_Area
 
Surface      Width(m)   Height(m)  Above ffl...
Above_RI_wal    1.00       0.85      0.00    WINDOW
Above_LI_wal    0.60       0.85      0.00    WINDOW
  
In Above_Entry         m^2     m^2 to   m^2 to  m^2 back  m^2 to  m^2 to
MLC name               total  ambient  other z  -to-back  ground  similar
fictitious               9.8      0.0      9.8      0.0      0.0      0.0
steel_gr_3mm             0.1      0.1      0.0      0.0      0.0      0.0
BSC_Ext_Wall             6.5      6.5      0.0      0.0      0.0      0.0
BSC_Roof                 7.2      7.2      0.0      0.0      0.0      0.0
 
 All surfaces will receive diffuse insolation (if shading not calculated).
 No shading analysis requested.
 No insolation analysis requested.
 
 Ventilation & infiltration is assessed via network analysis
 and the associated network node is: Above_Entry
 
Notes:
standby lights only power. There is not infiltration or ventilation.
 
Daytype   Gain Label     Type    Unit Period Sensible  Latent      Radiant    Convec
          No.                          Hours Magn.(W)  Magn.(W)    Fraction   Fraction
weekdays    1 Occupt     -         W    0-24      0.0      0.0       0.50       0.50
weekdays    2 Lights     lighting  Wm2  0-24      2.0      0.0       0.50       0.50
weekdays    3 Equipt     equipment W    0-24      0.0      0.0       0.50       0.50
saturday    1 Occupt     -         W    0-24      0.0      0.0       0.50       0.50
saturday    2 Lights     lighting  Wm2  0-24      2.0      0.0       0.50       0.50
saturday    3 Equipt     equipment W    0-24      0.0      0.0       0.50       0.50
sunday      1 Occupt     -         W    0-24      0.0      0.0       0.50       0.50
sunday      2 Lights     lighting  Wm2  0-24      2.0      0.0       0.50       0.50
sunday      3 Equipt     equipment W    0-24      0.0      0.0       0.50       0.50
 
 ____________________________________________________________
 
 Zone Above_LI ( 7) is composed of 7 surfaces and 12 vertices.
 It encloses a volume of 2.45m^3 of space, with a total surface
 area of 14.9m^2 & approx floor area of 2.88m^2
 Above_LI describes a zone above the circulation area
 There is 7.4700m2 of exposed surface area, 4.5900m2 of which is vertical.
 Facade opaque is 4.5900m2 &  159.4 % of floor area & average U of 0.428 & UA of 1.9643.
Flat roof is 100.00 % of floor area & average U of 0.356 & UA of 1.0261.
Flat roof is 100.00 % of floor area & average U of 0.356 & UA of 1.0261.
 
 A summary of the surfaces in Above_LI( 7) follows:
 
 Sur| Area  |Azim|Elev|          Surface                           | construction             |environment
    | m^2   |deg |deg | name       |optical|locat| use             | name                     |other side
  1  0.510   180.   0. Ab_Entry_wal SC_ficti VERT WINDOW:AJAR-BID   fictitious               ||< Above_LI_wal:Above_Entry
  2  4.08     90.   0. A_Eq_wall    SC_ficti VERT WINDOW:AJAR-BID   fictitious               ||< Ab_LI_wall:Above_Equip
  3  0.510     0.   0. Rear_wall    OPAQUE   VERT -:-               BSC_Ext_Wall             ||< external
  4  4.08    270.   0. Left_wall    OPAQUE   VERT -:-               BSC_Ext_Wall             ||< external
  5  2.88      0.  90. Roof         OPAQUE   CEIL -:-               BSC_Roof                 ||< external
  6  2.79      0. -90. Base-6       SC_ficti FLOR -:-               fictitious               ||< Top-5:Left_Isle
  7  0.090     0. -90. open_LI      SC_ficti FLOR GRILL:OPEN        fictitious               ||< open_LI:Left_Isle
 
Surface      Width(m)   Height(m)  Above ffl...
Ab_Entry_wal    0.60       0.85      0.00    WINDOW
A_Eq_wall       4.80       0.85      0.00    WINDOW
  
In Above_LI            m^2     m^2 to   m^2 to  m^2 back  m^2 to  m^2 to
MLC name               total  ambient  other z  -to-back  ground  similar
fictitious               7.5      0.0      7.5      0.0      0.0      0.0
BSC_Ext_Wall             4.6      4.6      0.0      0.0      0.0      0.0
BSC_Roof                 2.9      2.9      0.0      0.0      0.0      0.0
 
 All surfaces will receive diffuse insolation (if shading not calculated).
 No shading analysis requested.
 No insolation analysis requested.
 
 Ventilation & infiltration is assessed via network analysis
 and the associated network node is: Above_LI
 
Notes:
nothing happens in this zone in terms of occupants lights and small
power. There is not infiltration or ventilation.
 
Daytype   Gain Label     Type    Unit Period Sensible  Latent      Radiant    Convec
          No.                          Hours Magn.(W)  Magn.(W)    Fraction   Fraction
weekdays    1 Occupt     -         W    0-24      0.0      0.0       0.50       0.50
weekdays    2 Lights     lighting  W    0-24      0.0      0.0       0.50       0.50
weekdays    3 Equipt     equipment W    0-24      0.0      0.0       0.50       0.50
saturday    1 Occupt     -         W    0-24      0.0      0.0       0.50       0.50
saturday    2 Lights     lighting  W    0-24      0.0      0.0       0.50       0.50
saturday    3 Equipt     equipment W    0-24      0.0      0.0       0.50       0.50
sunday      1 Occupt     -         W    0-24      0.0      0.0       0.50       0.50
sunday      2 Lights     lighting  W    0-24      0.0      0.0       0.50       0.50
sunday      3 Equipt     equipment W    0-24      0.0      0.0       0.50       0.50
 
 ____________________________________________________________
 
 Zone Above_Equip ( 8) is composed of 6 surfaces and 8 vertices.
 It encloses a volume of 3.26m^3 of space, with a total surface
 area of 17.2m^2 & approx floor area of 3.84m^2
 The zone above the telecom equipment
 There is 4.5200m2 of exposed surface area, 0.68000m2 of which is vertical.
 Facade opaque is 0.68000m2 &   17.7 % of floor area & average U of 0.428 & UA of 0.29100.
Flat roof is 100.00 % of floor area & average U of 0.356 & UA of 1.3681.
 Opaque partitions:ceiling:floor 3.8400m2 & trasparent partitions:ceiling:floor 8.8400m2.
 
 A summary of the surfaces in Above_Equip( 8) follows:
 
 Sur| Area  |Azim|Elev|          Surface                           | construction             |environment
    | m^2   |deg |deg | name       |optical|locat| use             | name                     |other side
  1  0.680   180.   0. Ab_Entry_wal SC_ficti VERT GRILL:OPEN        fictitious               ||< Above_Eq_wal:Above_Entry
  2  4.08     90.   0. Ab_RI_wall   SC_ficti VERT WINDOW:AJAR-BID   fictitious               ||< Ab_Equ_wall:Above_RI
  3  0.680     0.   0. Rear_wall    OPAQUE   VERT -:-               BSC_Ext_Wall             ||< external
  4  4.08    270.   0. Ab_LI_wall   SC_ficti VERT WINDOW:AJAR-BID   fictitious               ||< A_Eq_wall:Above_LI
  5  3.84      0.  90. Roof         OPAQUE   CEIL -:-               BSC_Roof                 ||< external
  6  3.84      0. -90. Base-6       OPAQUE   FLOR -:-               steel_gr_3mm             ||< rack_top:Equipment
 
Surface      Width(m)   Height(m)  Above ffl...
Ab_RI_wall      4.80       0.85      0.00    WINDOW
Ab_LI_wall      4.80       0.85      0.00    WINDOW
  
In Above_Equip         m^2     m^2 to   m^2 to  m^2 back  m^2 to  m^2 to
MLC name               total  ambient  other z  -to-back  ground  similar
fictitious               8.8      0.0      8.8      0.0      0.0      0.0
steel_gr_3mm             3.8      0.0      3.8      0.0      0.0      0.0
BSC_Ext_Wall             0.7      0.7      0.0      0.0      0.0      0.0
BSC_Roof                 3.8      3.8      0.0      0.0      0.0      0.0
 
 All surfaces will receive diffuse insolation (if shading not calculated).
 No shading analysis requested.
 No insolation analysis requested.
 
 Ventilation & infiltration is assessed via network analysis
 and the associated network node is: Above_Equip
 
Notes:
nothing happens in this zone in terms of occupants lights and small
power. There is not infiltration or ventilation.
 
Daytype   Gain Label     Type    Unit Period Sensible  Latent      Radiant    Convec
          No.                          Hours Magn.(W)  Magn.(W)    Fraction   Fraction
weekdays    1 Occupt     -         W    0-24      0.0      0.0       0.50       0.50
weekdays    2 Lights     lighting  W    0-24      0.0      0.0       0.50       0.50
weekdays    3 Equipt     equipment W    0-24      0.0      0.0       0.50       0.50
saturday    1 Occupt     -         W    0-24      0.0      0.0       0.50       0.50
saturday    2 Lights     lighting  W    0-24      0.0      0.0       0.50       0.50
saturday    3 Equipt     equipment W    0-24      0.0      0.0       0.50       0.50
sunday      1 Occupt     -         W    0-24      0.0      0.0       0.50       0.50
sunday      2 Lights     lighting  W    0-24      0.0      0.0       0.50       0.50
sunday      3 Equipt     equipment W    0-24      0.0      0.0       0.50       0.50
 
 ____________________________________________________________
 
 Zone Above_RI ( 9) is composed of 7 surfaces and 12 vertices.
 It encloses a volume of 4.08m^3 of space, with a total surface
 area of 19.5m^2 & approx floor area of 4.80m^2
 Zone above the Right Isle which has the floor grilles
 There is 5.6500m2 of exposed surface area, 0.85000m2 of which is vertical.
 Facade opaque is 0.85000m2 &   17.7 % of floor area & average U of 0.428 & UA of 0.36375.
Flat roof is 100.00 % of floor area & average U of 0.356 & UA of 1.7102.
Flat roof is 100.00 % of floor area & average U of 0.356 & UA of 1.7102.
 
 A summary of the surfaces in Above_RI( 9) follows:
 
 Sur| Area  |Azim|Elev|          Surface                           | construction             |environment
    | m^2   |deg |deg | name       |optical|locat| use             | name                     |other side
  1  0.850   180.   0. Ab_Entry_wal SC_ficti VERT WINDOW:AJAR-BID   fictitious               ||< Above_RI_wal:Above_Entry
  2  4.08     90.   0. Ab_PSU_wall  SC_ficti VERT WINDOW:AJAR-BID   fictitious               ||< Ab_RI_wall:Above_PSU
  3  0.850     0.   0. Rear_wall    OPAQUE   VERT -:-               BSC_Ext_Wall             ||< external
  4  4.08    270.   0. Ab_Equ_wall  SC_ficti VERT WINDOW:AJAR-BID   fictitious               ||< Ab_RI_wall:Above_Equip
  5  4.80      0.  90. Roof         OPAQUE   CEIL -:-               BSC_Roof                 ||< external
  6  4.68      0. -90. Base-6       SC_ficti FLOR -:-               fictitious               ||< Top-5:Right_Isle
  7  0.120     0. -90. opening      SC_ficti FLOR GRILL:OPEN        fictitious               ||< opening:Right_Isle
 
Surface      Width(m)   Height(m)  Above ffl...
Ab_Entry_wal    1.00       0.85      0.00    WINDOW
Ab_PSU_wall     4.80       0.85      0.00    WINDOW
Ab_Equ_wall     4.80       0.85      0.00    WINDOW
  
In Above_RI            m^2     m^2 to   m^2 to  m^2 back  m^2 to  m^2 to
MLC name               total  ambient  other z  -to-back  ground  similar
fictitious              13.8      0.0     13.8      0.0      0.0      0.0
BSC_Ext_Wall             0.9      0.9      0.0      0.0      0.0      0.0
BSC_Roof                 4.8      4.8      0.0      0.0      0.0      0.0
 
 All surfaces will receive diffuse insolation (if shading not calculated).
 No shading analysis requested.
 No insolation analysis requested.
 
 Ventilation & infiltration is assessed via network analysis
 and the associated network node is: Above_RI
 
Notes:
nothing happens in this zone in terms of occupants lights and small
power. There is not infiltration or ventilation.
 
Daytype   Gain Label     Type    Unit Period Sensible  Latent      Radiant    Convec
          No.                          Hours Magn.(W)  Magn.(W)    Fraction   Fraction
weekdays    1 Occupt     -         W    0-24      0.0      0.0       0.50       0.50
weekdays    2 Lights     lighting  W    0-24      0.0      0.0       0.50       0.50
weekdays    3 Equipt     equipment W    0-24      0.0      0.0       0.50       0.50
saturday    1 Occupt     -         W    0-24      0.0      0.0       0.50       0.50
saturday    2 Lights     lighting  W    0-24      0.0      0.0       0.50       0.50
saturday    3 Equipt     equipment W    0-24      0.0      0.0       0.50       0.50
sunday      1 Occupt     -         W    0-24      0.0      0.0       0.50       0.50
sunday      2 Lights     lighting  W    0-24      0.0      0.0       0.50       0.50
sunday      3 Equipt     equipment W    0-24      0.0      0.0       0.50       0.50
 
 ____________________________________________________________
 
 Zone Above_PSU (10) is composed of 6 surfaces and 8 vertices.
 It encloses a volume of 2.45m^3 of space, with a total surface
 area of 14.9m^2 & approx floor area of 2.88m^2
 Zone above the power supply units
 There is 7.4700m2 of exposed surface area, 4.5900m2 of which is vertical.
 Facade opaque is 4.5900m2 &  159.4 % of floor area & average U of 0.428 & UA of 1.9643.
Flat roof is 100.00 % of floor area & average U of 0.356 & UA of 1.0261.
 Opaque partitions:ceiling:floor 2.8800m2 & trasparent partitions:ceiling:floor 4.5900m2.
 
 A summary of the surfaces in Above_PSU(10) follows:
 
 Sur| Area  |Azim|Elev|          Surface                           | construction             |environment
    | m^2   |deg |deg | name       |optical|locat| use             | name                     |other side
  1  0.510   180.   0. Ab_Entry_wal SC_ficti VERT GRILL:OPEN        fictitious               ||< Above_PSU_wa:Above_Entry
  2  4.08     90.   0. Right_wall   OPAQUE   VERT -:-               BSC_Ext_Wall             ||< external
  3  0.510     0.   0. Rear_wall    OPAQUE   VERT -:-               BSC_Ext_Wall             ||< external
  4  4.08    270.   0. Ab_RI_wall   SC_ficti VERT WINDOW:AJAR-BID   fictitious               ||< Ab_PSU_wall:Above_RI
  5  2.88      0.  90. Roof         OPAQUE   CEIL -:-               BSC_Roof                 ||< external
  6  2.88      0. -90. Base-6       OPAQUE   FLOR -:-               steel_gr_3mm             ||< psu_upper:PSU_Zone
 
Surface      Width(m)   Height(m)  Above ffl...
Ab_RI_wall      4.80       0.85      0.00    WINDOW
  
In Above_PSU           m^2     m^2 to   m^2 to  m^2 back  m^2 to  m^2 to
MLC name               total  ambient  other z  -to-back  ground  similar
fictitious               4.6      0.0      4.6      0.0      0.0      0.0
steel_gr_3mm             2.9      0.0      2.9      0.0      0.0      0.0
BSC_Ext_Wall             4.6      4.6      0.0      0.0      0.0      0.0
BSC_Roof                 2.9      2.9      0.0      0.0      0.0      0.0
 
 All surfaces will receive diffuse insolation (if shading not calculated).
 No shading analysis requested.
 No insolation analysis requested.
 
 Ventilation & infiltration is assessed via network analysis
 and the associated network node is: Above_PSU
 
Notes:
nothing happens in this zone in terms of occupants lights and small
power. There is not infiltration or ventilation.
 
Daytype   Gain Label     Type    Unit Period Sensible  Latent      Radiant    Convec
          No.                          Hours Magn.(W)  Magn.(W)    Fraction   Fraction
weekdays    1 Occupt     -         W    0-24      0.0      0.0       0.50       0.50
weekdays    2 Lights     lighting  W    0-24      0.0      0.0       0.50       0.50
weekdays    3 Equipt     equipment W    0-24      0.0      0.0       0.50       0.50
saturday    1 Occupt     -         W    0-24      0.0      0.0       0.50       0.50
saturday    2 Lights     lighting  W    0-24      0.0      0.0       0.50       0.50
saturday    3 Equipt     equipment W    0-24      0.0      0.0       0.50       0.50
sunday      1 Occupt     -         W    0-24      0.0      0.0       0.50       0.50
sunday      2 Lights     lighting  W    0-24      0.0      0.0       0.50       0.50
sunday      3 Equipt     equipment W    0-24      0.0      0.0       0.50       0.50
 
 ____________________________________________________________
 
 Zone HVAC_duct (11) is composed of 12 surfaces and 21 vertices.
 It encloses a volume of 0.366m^3 of space, with a total surface
 area of 4.51m^2 & approx floor area of 4.00m^2
 HVAC_duct describes ductwork for ext supply air
Surface inlet_grill has a duplicate name. Names must be unique!
Surface inlet_grill has a duplicate name. Names must be unique!
 There is 3.9700m2 of exposed surface area, 2.4400m2 of which is vertical.
 Facade opaque is 3.0550m2 &   76.4 % of floor area & average U of 0.744 & UA of 2.2720.
Flat roof is 22.875 % of floor area & average U of 0.765 & UA of 0.70021.
 Opaque partitions:ceiling:floor 0.24000m2 & trasparent partitions:ceiling:floor 0.30000m2.
 
 A summary of the surfaces in HVAC_duct(11) follows:
 
 Sur| Area  |Azim|Elev|          Surface                           | construction             |environment
    | m^2   |deg |deg | name       |optical|locat| use             | name                     |other side
  1  0.120   180.  -0. inlet_grill  OPAQUE   VERT GRILL:-           steel_gr_3mm             ||< inlet_grill:Left_Isle
  2  0.120   180.   0. inlet_grill  OPAQUE   VERT GRILL:-           steel_gr_3mm             ||< inlet_grill:PSU_Zone
  3  0.915     0.  90. duct_top     OPAQUE   CEIL -:-               tank_i_35mmi             ||< external
  4  0.080   270.   0. side_a       OPAQUE   VERT -:-               tank_i_35mmi             ||< external
  5  0.820   180.   0. side_b       OPAQUE   VERT -:-               tank_i_35mmi             ||< external
  6  0.080    90.   0. side_c       OPAQUE   VERT -:-               tank_i_35mmi             ||< external
  7  0.200   270.   0. side_d       OPAQUE   VERT -:-               tank_i_35mmi             ||< external
  8  1.06      0.   0. side_f       OPAQUE   VERT -:-               tank_i_35mmi             ||< external
  9  0.200    90.   0. side_g       OPAQUE   VERT -:-               tank_i_35mmi             ||< external
 10  0.315     0. -90. base_a       OPAQUE   FLOR -:-               tank_i_35mmi             ||< external
 11  0.300     0. -90. to_hvac      SC_ficti FLOR GRILL:OPEN        fictitious               ||< to_hvac:hvac
 12  0.300     0. -90. base_b       OPAQUE   FLOR -:-               tank_i_35mmi             ||< external
 
 There are   1 edges which are not bounded (zone might be incomplete)
  
In HVAC_duct           m^2     m^2 to   m^2 to  m^2 back  m^2 to  m^2 to
MLC name               total  ambient  other z  -to-back  ground  similar
fictitious               0.3      0.0      0.3      0.0      0.0      0.0
tank_i_35mmi             4.0      4.0      0.0      0.0      0.0      0.0
steel_gr_3mm             0.2      0.0      0.2      0.0      0.0      0.0
 
 All surfaces will receive diffuse insolation (if shading not calculated).
 No shading analysis requested.
 No insolation analysis requested.
 
 Ventilation & infiltration is assessed via network analysis
 and the associated network node is: HVAC_duct
 
Notes:
Nothing happens in this zone i.e. no occupants lights and small power.
Initial period of 0-24 hour for each.
 
Daytype   Gain Label     Type    Unit Period Sensible  Latent      Radiant    Convec
          No.                          Hours Magn.(W)  Magn.(W)    Fraction   Fraction
weekdays    1 Occupants  people    W    0-24      0.0      0.0       0.60       0.40
weekdays    2 Lights     lighting  W    0-24      0.0      0.0       0.30       0.70
weekdays    3 SmallPower equipment W    0-24      0.0      0.0       0.40       0.60
saturday    1 Occupants  people    W    0-24      0.0      0.0       0.60       0.40
saturday    2 Lights     lighting  W    0-24      0.0      0.0       0.30       0.70
saturday    3 SmallPower equipment W    0-24      0.0      0.0       0.40       0.60
sunday      1 Occupants  people    W    0-24      0.0      0.0       0.60       0.40
sunday      2 Lights     lighting  W    0-24      0.0      0.0       0.30       0.70
sunday      3 SmallPower equipment W    0-24      0.0      0.0       0.40       0.60
 
 ____________________________________________________________
 
 Zone hvac (12) is composed of 6 surfaces and 8 vertices.
 It encloses a volume of 0.180m^3 of space, with a total surface
 area of 2.16m^2 & approx floor area of 0.300m^2
 hvac describes mixing box with optional tempering
 There is 1.8600m2 of exposed surface area, 1.5600m2 of which is vertical.
 Facade opaque is 1.8600m2 &  620.0 % of floor area & average U of 0.745 & UA of 1.3849.
 Facade opaque is 1.8600m2 &  620.0 % of floor area & average U of 0.745 & UA of 1.3849.
 
 A summary of the surfaces in hvac(12) follows:
 
 Sur| Area  |Azim|Elev|          Surface                           | construction             |environment
    | m^2   |deg |deg | name       |optical|locat| use             | name                     |other side
  1  0.300     0.  90. to_hvac      SC_ficti CEIL GRILL:OPEN        fictitious               ||< to_hvac:HVAC_duct
  2  0.300     0. -90. base         OPAQUE   FLOR GRILL:OPEN        tank_i_35mmi             ||< external
  3  0.600   180.   0. side_a       OPAQUE   VERT -:-               tank_i_35mmi             ||< external
  4  0.180   270.   0. side_b       OPAQUE   VERT -:-               tank_i_35mmi             ||< external
  5  0.600     0.   0. side_c       OPAQUE   VERT -:-               tank_i_35mmi             ||< external
  6  0.180    90.   0. side_e       OPAQUE   VERT -:-               tank_i_35mmi             ||< external
 
  
In hvac                m^2     m^2 to   m^2 to  m^2 back  m^2 to  m^2 to
MLC name               total  ambient  other z  -to-back  ground  similar
fictitious               0.3      0.0      0.3      0.0      0.0      0.0
tank_i_35mmi             1.9      1.9      0.0      0.0      0.0      0.0
 
 All surfaces will receive diffuse insolation (if shading not calculated).
 No shading analysis requested.
 No insolation analysis requested.
 
 Ventilation & infiltration is assessed via network analysis
 and the associated network node is: hvac
 
Notes:
Nothing happens in this zone i.e. no occupants lights and small power.
Initial period of 0-24 hour for each.
 
Daytype   Gain Label     Type    Unit Period Sensible  Latent      Radiant    Convec
          No.                          Hours Magn.(W)  Magn.(W)    Fraction   Fraction
weekdays    1 Occupants  people    W    0-24      0.0      0.0       0.60       0.40
weekdays    2 Lights     lighting  W    0-24      0.0      0.0       0.30       0.70
weekdays    3 SmallPower equipment W    0-24      0.0      0.0       0.40       0.60
saturday    1 Occupants  people    W    0-24      0.0      0.0       0.60       0.40
saturday    2 Lights     lighting  W    0-24      0.0      0.0       0.30       0.70
saturday    3 SmallPower equipment W    0-24      0.0      0.0       0.40       0.60
sunday      1 Occupants  people    W    0-24      0.0      0.0       0.60       0.40
sunday      2 Lights     lighting  W    0-24      0.0      0.0       0.30       0.70
sunday      3 SmallPower equipment W    0-24      0.0      0.0       0.40       0.60
 
 ____________________________________________________________
 
 Project floor area is 50.060m2, wall area is 62.815m2, window area is 0.00m2.
 Sloped roof area is 0.00m2, flat roof area is 22.515m2, skylight area is 0.00m2.
 In contact with ground 21.600m2.
 There is 85.330m2 of outside surface area, 61.900m2 of which is vertical.
 
 Outside walls are 125.48 % of floor area & average U of 0.468 & UA of 29.397 & max MLC thickness 0.112
 Flat roof is 44.976 % of floor area & average U of 0.373 & UA of 8.3959
 Ground contact is 43.148 % of floor area & average U of 1.155 & perimeter 0.00 & max MLC thickness 0.824
 CIBSE ground beta!21.600 dt 1.471 Ufleft 0.043 Ufright 3.853 Uf 0.167 R extra @ virtual layer 5.132
 
 ____________________________________________________________
 Multi-layer constructions used:
 
 Details of opaque construction: insul_frc_facade and overall thickness  0.112
 In category walls also shown in menus as: insul GFRC facade ov Fermacell
insul_frc_facade GFR concrete over insulation and fermacell
 
 Layer|Thick |Conduc-|Density|Specif|IR  |Solar|Diffu| R    | Kg |Description
      |(mm)  |tivity |       |heat  |emis|abs  |resis|m^2K/W| m^2|
 Ext    20.0     0.900  1950.   840. 0.90 0.65     18.  0.02  39.0 Glass reinf conc : Glass fibre reinforced concrete
    2   80.0     0.040    12.   840. 0.90 0.65     30.  2.00   1.0 glass fibre quilt : Glass Fibre Quilt (non-hygroscopic)
 Int    12.0     0.360  1150.  1000. 0.91 0.22    310.  0.03  13.8 gypsum_fibreboard : Fermacell gypsum fibreboard IBR report 3001-100 gypsum + 18% p
 ISO 6946 U values (horiz/upward/downward heat flow)=  0.449  0.455  0.441 (partition)  0.432
 Weight per m^2 of this construction   53.76
Kappa (thermal mass value)    46.6
 Total area of insul_frc_facade is      1.60
 
 Details of opaque construction: door and overall thickness  0.025
 In category doors also shown in menus as: solid wood door 25mm
solid wood oak door 25mm.
 
 Layer|Thick |Conduc-|Density|Specif|IR  |Solar|Diffu| R    | Kg |Description
      |(mm)  |tivity |       |heat  |emis|abs  |resis|m^2K/W| m^2|
    1   25.0     0.190   700.  2390. 0.90 0.65     12.  0.13  17.5 oak : Oak (radial cut)
 ISO 6946 U values (horiz/upward/downward heat flow)=  3.316  3.682  2.928 (partition)  2.554
 Weight per m^2 of this construction   17.50
Kappa (thermal mass value)    20.9
 Total area of door is      1.17
 
 Details of transparent construction: fictitious with SC_fictit optics and thickness  0.004
 
 Layer|Thick |Conduc-|Density|Specif|IR  |Solar|Diffu| R    | Kg |Description
      |(mm)  |tivity |       |heat  |emis|abs  |resis|m^2K/W| m^2|
    1    4.0    20.000    10.    10. 0.99 0.01  19200.  0.00   0.0 fict : fictitious material (almost not there) with matching single layer optics
 ISO 6946 U values (horiz/upward/downward heat flow)=  5.875  7.133  4.757 (partition)  3.843
 Weight per m^2 of this construction    0.04
Kappa (thermal mass value)     0.0
 
 Fictitious 99/99,      4mm, no blind: with id of: SC_fictit
 with 1 layers [including air gaps] and visible trn: 0.99
 Direct transmission @ 0, 40, 55, 70, 80 deg
   0.998 0.987 0.986 0.985 0.984
 Layer| absorption @ 0, 40, 55, 70, 80 deg
    1  0.001 0.001 0.001 0.001 0.001
 Total area of fictitious is     37.01
 
 Details of transparent construction: single_glaz with SCF8783_06nb optics and thickness  0.006
 
 Layer|Thick |Conduc-|Density|Specif|IR  |Solar|Diffu| R    | Kg |Description
      |(mm)  |tivity |       |heat  |emis|abs  |resis|m^2K/W| m^2|
    1    6.0     1.050  2500.   750. 0.83 0.05  19200.  0.01  15.0 clear float : clear float glass with optics from UK national method datase for 3 m
 ISO 6946 U values (horiz/upward/downward heat flow)=  5.691  6.863  4.636 (partition)  3.763
 Weight per m^2 of this construction   15.00
Kappa (thermal mass value)     5.6
 
 Clear float 87/83,     6mm, no blind: with id of: SCF8783_06nb
 with 1 layers [including air gaps] and visible trn: 0.87
 Direct transmission @ 0, 40, 55, 70, 80 deg
   0.779 0.759 0.717 0.581 0.348
 Layer| absorption @ 0, 40, 55, 70, 80 deg
    1  0.149 0.163 0.173 0.179 0.169
 Total area of single_glaz is      3.88
 
 Details of opaque construction: PH_alu_frame and overall thickness  0.079
 In category frames also shown in menus as: alum Passive House frame U=0.87
A composite aluminium Passive House grade window frame with air gap resistances set to give U of
0.87
 
 Layer|Thick |Conduc-|Density|Specif|IR  |Solar|Diffu| R    | Kg |Description
      |(mm)  |tivity |       |heat  |emis|abs  |resis|m^2K/W| m^2|
 Ext     3.0   210.000  2700.   880. 0.82 0.72  19200.  0.00   8.1 grey cotd alum : Grey coated aluminium
    2    8.0     -         -      -  -    -         -   -      -   air gap resistance  0.06 0.06 0.06
    3    3.0   210.000  2700.   880. 0.22 0.20  19200.  0.00   8.1 aluminium : Aluminium
    4    8.0     -         -      -  -    -         -   -      -   air gap resistance  0.06 0.06 0.06
    5    3.0   210.000  2700.   880. 0.22 0.20  19200.  0.00   8.1 aluminium : Aluminium
    6   40.0     0.050    15.  1000. 0.90 0.70     30.  0.80   0.6 EPS k 0.05 : EPS k=0.05 (non-hygroscopic)
    7    3.0   210.000  2700.   880. 0.22 0.20  19200.  0.00   8.1 aluminium : Aluminium
    8    8.0     -         -      -  -    -         -   -      -   air gap resistance  0.06 0.06 0.06
 Int     3.0   210.000  2700.   880. 0.82 0.72  19200.  0.00   8.1 grey cotd alum : Grey coated aluminium
 ISO 6946 U values (horiz/upward/downward heat flow)=  0.870  0.893  0.840 (partition)  0.806
 Weight per m^2 of this construction   41.13
Kappa (thermal mass value)    35.6
 Total area of PH_alu_frame is      0.00
 
 Details of opaque construction: tank_i_35mmi linked to tank_w_35mm & with overall thickness  0.041
 In category fittings also shown in menus as: insulated water tank tank->room
Used as the insulated (35mm) wall of an copper walled accumulator. For use in water side.
 
 Layer|Thick |Conduc-|Density|Specif|IR  |Solar|Diffu| R    | Kg |Description
      |(mm)  |tivity |       |heat  |emis|abs  |resis|m^2K/W| m^2|
 Ext     3.0    40.000  7800.   502. 0.82 0.30  19200.  0.00  23.4 white ptd steel : White painted steel
    2   35.0     0.030    30.  1764. 0.90 0.50      5.  1.17   1.0 UF foam : UF foam (non-hygroscopic)
 Int     3.0   200.000  8900.   418. 0.72 0.65  19200.  0.00  26.7 copper : Copper
 ISO 6946 U values (horiz/upward/downward heat flow)=  0.748  0.765  0.726 (partition)  0.701
 Weight per m^2 of this construction   51.15
Kappa (thermal mass value)    22.9
 Total area of tank_i_35mmi is      5.83
 
 Details of opaque construction: steel_pl_3mm and overall thickness  0.003
 In category fittings also shown in menus as: white steel panel 3mm
Used for furniture or in the cases of fittings or equipment.
 
 Layer|Thick |Conduc-|Density|Specif|IR  |Solar|Diffu| R    | Kg |Description
      |(mm)  |tivity |       |heat  |emis|abs  |resis|m^2K/W| m^2|
    1    3.0    40.000  7800.   502. 0.82 0.30  19200.  0.00  23.4 white ptd steel : White painted steel
 ISO 6946 U values (horiz/upward/downward heat flow)=  5.880  7.139  4.760 (partition)  3.845
 Weight per m^2 of this construction   23.40
Kappa (thermal mass value)     5.9
 Total area of steel_pl_3mm is      0.00
 
 Details of opaque construction: collector_pl and overall thickness  0.003
 In category fittings also shown in menus as: black copper panel 3mm
black coated copper plate for solar collectors or other equipment such as boiler combustion
chambers.
 
 Layer|Thick |Conduc-|Density|Specif|IR  |Solar|Diffu| R    | Kg |Description
      |(mm)  |tivity |       |heat  |emis|abs  |resis|m^2K/W| m^2|
    1    3.0   200.000  8900.   418. 0.52 0.96  19200.  0.00  26.7 black_coated_copper : black_coated_copper coated for solar absorption equiv Dampne
 ISO 6946 U values (horiz/upward/downward heat flow)=  5.882  7.142  4.762 (partition)  3.846
 Weight per m^2 of this construction   26.70
Kappa (thermal mass value)     5.6
 Total area of collector_pl is      0.00
 
 Details of opaque construction: sensor_case and overall thickness  0.002
 In category fittings also shown in menus as: ABS shell for control equipment
Used for thermostat shell or furniture or other office equipment.
 
 Layer|Thick |Conduc-|Density|Specif|IR  |Solar|Diffu| R    | Kg |Description
      |(mm)  |tivity |       |heat  |emis|abs  |resis|m^2K/W| m^2|
    1    1.7     0.250  1020.  1400. 0.90 0.60  19200.  0.01   1.7 ABS_case : ABS case (Acrylonitrile Butadiene Styrene) (www.matweb.com) (impermeabl
 ISO 6946 U values (horiz/upward/downward heat flow)=  5.656  6.812  4.613 (partition)  3.748
 Weight per m^2 of this construction    1.73
Kappa (thermal mass value)     1.2
 Total area of sensor_case is      0.00
 
 Details of opaque construction: upholstery and overall thickness  0.035
 In category fittings also shown in menus as: upholstery with layers of felt
Used to represent upholstery made from layers of dense fabric and wool fibre stuffing.
 
 Layer|Thick |Conduc-|Density|Specif|IR  |Solar|Diffu| R    | Kg |Description
      |(mm)  |tivity |       |heat  |emis|abs  |resis|m^2K/W| m^2|
 Ext     5.0     0.040   160.  1360. 0.90 0.65     10.  0.12   0.8 wool felt underlay : Wool felt underlay (organic-hygroscopic)
    2   25.0     0.060   198.  1360. 0.90 0.60     10.  0.42   5.0 sheeps wool : Sheeps wool (simulated)
 Int     5.0     0.040   160.  1360. 0.90 0.65     10.  0.12   0.8 wool felt underlay : Wool felt underlay (organic-hygroscopic)
 ISO 6946 U values (horiz/upward/downward heat flow)=  1.195  1.240  1.141 (partition)  1.079
 Weight per m^2 of this construction    6.55
Kappa (thermal mass value)     0.0
 Total area of upholstery is      0.44
 
 Details of opaque construction: steel_gr_3mm and overall thickness  0.003
 In category fittings also shown in menus as: grey steel panel 3mm
Used for furniture or in the cases of fittings or equipment.
 
 Layer|Thick |Conduc-|Density|Specif|IR  |Solar|Diffu| R    | Kg |Description
      |(mm)  |tivity |       |heat  |emis|abs  |resis|m^2K/W| m^2|
    1    3.0    40.000  7800.   502. 0.82 0.45  19200.  0.00  23.4 beige ptd steel : Beige painted steel
 ISO 6946 U values (horiz/upward/downward heat flow)=  5.880  7.139  4.760 (partition)  3.845
 Weight per m^2 of this construction   23.40
Kappa (thermal mass value)     5.9
 Total area of steel_gr_3mm is     27.41
 
 Details of transparent construction: IT_rack_mesh with SAZ3348_10nb optics and thickness  0.001
 
 Layer|Thick |Conduc-|Density|Specif|IR  |Solar|Diffu| R    | Kg |Description
      |(mm)  |tivity |       |heat  |emis|abs  |resis|m^2K/W| m^2|
    1    1.0    50.000  2500.   502. 0.52 0.96    200.  0.00   2.5 black_steel_mesh : black_steel_mesh approx 66pc open
 ISO 6946 U values (horiz/upward/downward heat flow)=  5.882  7.142  4.761 (partition)  3.846
 Weight per m^2 of this construction    2.50
Kappa (thermal mass value)     0.6
 
 Antisun bronze 33/48, 10mm, no blind: with id of: SAZ3348_10nb
 with 1 layers [including air gaps] and visible trn: 0.33
 Direct transmission @ 0, 40, 55, 70, 80 deg
   0.282 0.247 0.213 0.156 0.084
 Layer| absorption @ 0, 40, 55, 70, 80 deg
    1  0.671 0.701 0.710 0.664 0.518
 Total area of IT_rack_mesh is     14.04
 
 Details of opaque construction: BSC_Ext_Wall and overall thickness  0.069
 In category project specific also shown in menus as: BSC_Ext_Wall
BSC_Ext_Wall assumed equipment shelter facade
 
 Layer|Thick |Conduc-|Density|Specif|IR  |Solar|Diffu| R    | Kg |Description
      |(mm)  |tivity |       |heat  |emis|abs  |resis|m^2K/W| m^2|
 Ext     2.0    40.000  7800.   502. 0.82 0.45  19200.  0.00  15.6 beige ptd steel : Beige painted steel
    2   65.0     0.030    30.   837. 0.90 0.50     90.  2.17   1.9 Polyurethane foam bd : Polyurethane foam board (non-hygroscopic)
 Int     2.0    40.000  7800.   502. 0.82 0.30  19200.  0.00  15.6 white ptd steel : White painted steel
 ISO 6946 U values (horiz/upward/downward heat flow)=  0.428  0.434  0.421 (partition)  0.412
 Weight per m^2 of this construction   33.15
Kappa (thermal mass value)    15.7
 Total area of BSC_Ext_Wall is     54.58
 
 Details of opaque construction: BSC_Roof and overall thickness  0.084
 In category project specific also shown in menus as: BSC_Roof
BSC_Roof assumed equipment shelter metal roof
 
 Layer|Thick |Conduc-|Density|Specif|IR  |Solar|Diffu| R    | Kg |Description
      |(mm)  |tivity |       |heat  |emis|abs  |resis|m^2K/W| m^2|
 Ext     2.0    40.000  7800.   502. 0.82 0.30  19200.  0.00  15.6 white ptd steel : White painted steel
    2   80.0     0.030    30.   837. 0.90 0.50     90.  2.67   2.4 Polyurethane foam bd : Polyurethane foam board (non-hygroscopic)
 Int     2.0    40.000  7800.   502. 0.82 0.30  19200.  0.00  15.6 white ptd steel : White painted steel
 ISO 6946 U values (horiz/upward/downward heat flow)=  0.353  0.356  0.348 (partition)  0.342
 Weight per m^2 of this construction   33.60
Kappa (thermal mass value)    15.7
 Total area of BSC_Roof is     21.60
 
 Details of opaque construction: BSC_open_floor and overall thickness  0.824
 In category project specific also shown in menus as: BSC_open_floor
no documentation yet for BSC_open_floor in project specific
 
 Layer|Thick |Conduc-|Density|Specif|IR  |Solar|Diffu| R    | Kg |Description
      |(mm)  |tivity |       |heat  |emis|abs  |resis|m^2K/W| m^2|
 Ext   200.0     0.090   480.   180. 0.90 0.85      5.  2.22  96.0 earth infusorial : Infusorial earth (9% mc) (inorganic-porous)
    2  200.0     0.090   480.   180. 0.90 0.85      5.  2.22  96.0 earth infusorial : Infusorial earth (9% mc) (inorganic-porous)
    3  200.0     0.520  2050.   184. 0.90 0.85      2.  0.38 410.0 gravel based : Gravel based (non-hygroscopic)
    4  100.0     1.400  2100.   653. 0.90 0.65     19.  0.07 210.0 heavy mix concrete : Heavy mix concrete
    5   50.0     -         -      -  -    -         -   -      -   air gap resistance  0.17 0.17 0.17
    6    2.0    50.000  7800.   502. 0.12 0.20  19200.  0.00  15.6 steel : Steel
    7   65.0     0.030    30.   837. 0.90 0.50     90.  2.17   1.9 Polyurethane foam bd : Polyurethane foam board (non-hygroscopic)
    8    2.0    50.000  7800.   502. 0.12 0.20  19200.  0.00  15.6 steel : Steel
 Int     5.0     0.190  1200.  1470. 0.90 0.60     10.  0.03   6.0 linoleum_CSTC : linoleum as per CSTC Belgium 1980 (impermeable)
 ISO 6946 U values (horiz/upward/downward heat flow)=  0.135  0.135  0.134 (partition)  0.133
 Weight per m^2 of this construction  851.21
Kappa (thermal mass value)   149.3
 Total area of BSC_open_floor is     17.76
 
 Details of opaque construction: BSC_Door and overall thickness  0.049
 In category project specific also shown in menus as: BSC_Door
no documentation yet for BSC_Door in project specific
 
 Layer|Thick |Conduc-|Density|Specif|IR  |Solar|Diffu| R    | Kg |Description
      |(mm)  |tivity |       |heat  |emis|abs  |resis|m^2K/W| m^2|
 Ext     2.0    40.000  7800.   502. 0.82 0.45  19200.  0.00  15.6 beige ptd steel : Beige painted steel
    2   45.0     0.030    30.  1764. 0.90 0.50      5.  1.50   1.4 UF foam : UF foam (non-hygroscopic)
 Int     2.0    40.000  7800.   502. 0.82 0.45  19200.  0.00  15.6 beige ptd steel : Beige painted steel
 ISO 6946 U values (horiz/upward/downward heat flow)=  0.599  0.610  0.585 (partition)  0.568
 Weight per m^2 of this construction   32.55
Kappa (thermal mass value)    15.7
 Total area of BSC_Door is      1.60
