Synopsis
 
Synopsis of model Adjacent offices with PCM embedded. defined in
phase_change_mat.cfg generated on Wed Jan 10 15:14:01 2024. Associated notes
are in ../doc/phase_change_mat.log
 
Location latitude   52.00 longitude difference   0.00 (from local time
meridian (east +ve). Simulations year 1967 with Weekends occuring on Saturday
and Sunday.
Site exposure is typical city centre
 
Exterior surface heat transfer method:
MoWiTT  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
 standard materials     : material.db
 constructions          :  ../dbs/phase_change_mat.constrdb
 standard plant comp    : plantc.db1
 standard event profiles: profiles.db2.a
 standard optical prop  : optics.db
 standard UK NCM data   : SBEM.db1
 standard predefined obj: predefined.db1
 standard mould isopleth: mould.db1
 ____________________________________________________________
 
 Special materials file : ../dbs/pcm26_dsc.spm
  Details of special materials in the model:
  Type  | Number of entries
    56  |         1
 
 No. Label            Zone         Surface      Construction         Node  Type  Num Data   Misc.
   1 PCM_manager_a    manager_a    ceiling_PCM  ceiling                4   Opq     9        ../dbs/pcm26.dsc
 
 
 ____________________________________________________________
 
The model includes ideal controls as follows:
Control description:
Ideal control for dual office model. Weekdays normal office hours, saturday
reduced occupied hours, sunday stand-by only. One person per office, 100W
lighting and 150W small power.
this is a base case set of assumptions
 
Zones control includes  1 functions.
 
The following day types are defined: weekdays    saturday    sunday
 
Details of control loops referenced in the model:
 loop: various ht cl setpoings
 
 The sensor for function  1 senses the temperature of the current zone.
 The actuator for function  1 is air point of the current zone
 
 Per|Start|Sensing  |Actuating  | weekdays control laws
   1  0.00 db temp   > flux      basic control: heating capacity 2500.0W. cooling capacity
2500.0W. heating setpoint 15.00C cooling setpoint 28.00C.
   2  6.00 db temp   > flux      basic control: heating capacity 2500.0W. cooling capacity
2500.0W. heating setpoint 19.00C cooling setpoint 27.00C.
   3 18.00 db temp   > flux      basic control: heating capacity 2500.0W. cooling capacity
2500.0W. heating setpoint 15.00C cooling setpoint 27.00C.
 
 Per|Start|Sensing  |Actuating  | saturday control laws
   1  0.00 db temp   > flux      basic control: heating capacity 2500.0W. cooling capacity
2500.0W. heating setpoint 15.00C cooling setpoint 28.00C.
   2  9.00 db temp   > flux      basic control: heating capacity 2500.0W. cooling capacity
2500.0W. heating setpoint 19.00C cooling setpoint 27.00C.
   3 17.00 db temp   > flux      free floating
 
 Per|Start|Sensing  |Actuating  | sunday control laws
   1  0.00 db temp   > flux      basic control: heating capacity 2500.0W. cooling capacity
2500.0W. heating setpoint 10.00C cooling setpoint 30.00C.
 
 Zone to contol loop linkages:
 zone ( 1) manager_a    << control  1 various ht cl setpoings
 zone ( 2) manager_b    << control  1 various ht cl setpoings
 zone ( 3) corridor     << control  1 various ht cl setpoings
 
 CFC control includes  2 functions.
Sense total solar on frame, control manager_a by 3 angles and manager_b by cut
off.
 
 The sensor for function  1 senses incident sol rad on frame in manager_a.
 The actuator for function  1 is Shade ON/OFF and three slat angles   1 in manager_a.
 >  1 periods of validity during the year have been defined.
 Control is valid Sun-01-Jan to Sun-31-Dec, 1967 with  1 periods.
 
 Per|Start|Sensing  |Actuating  | weekdays control laws
   1  0.00 rad > slat angle      Basic control: [C] shade ON (close) setpoint 500.0[C] shade OFF
(open) setpoint 400.0[deg] close slat angle 80.0[deg] open slat angle 0.0
 
 The sensor for function  2 senses incident sol rad on frame in manager_b.
 The actuator for function  2 is Cutoff shade control   1 in manager_b.
 >  1 periods of validity during the year have been defined.
 Control is valid Sun-01-Jan to Sun-31-Dec, 1967 with  1 periods.
 
 Per|Start|Sensing  |Actuating  | weekdays control laws
   1  0.00 rad > slat angle      Basic control: [C] shade ON (close) setpoint 500.0[C] shade OFF
(open) setpoint 400.0[deg] close slat angle 80.0[deg] open slat angle 0.0
 
 ____________________________________________________________
 
ID Zone         Volume|          Surface
   Name         m^3   | No. Opaque  Transp  ~Floor
 1 manager_a      40.5  13    62.2     9.8    13.5  manager describes cellular office on left
 2 manager_b      40.5  13    62.2     9.8    13.5  manager_b describes right office
 3 corridor       18.3  14    45.8     9.0     8.4  corridor describes passage adjacent to offices
   all            99.   40    170.     29.     35.
 
 
 Zone manager_a ( 1) is composed of 13 surfaces and 30 vertices.
 It encloses a volume of 40.5m^3 of space, with a total surface
 area of 72.0m^2 & approx floor area of 13.5m^2
 manager describes cellular office on left
 There is 9.0000m2 of exposed surface area, 9.0000m2 of which is vertical.
 Facade opaque is 3.6800m2 &   27.3 % of floor area & average U of 0.461 & UA of 1.6958.
 Facade glazing is 5.3200m2 &  39.4 % of floor &  59.1 % facade with average U of 5.882 & UA of 31.294
 Opaque partitions:ceiling:floor 18.020m2 & trasparent partitions:ceiling:floor 4.4800m2.
 
 A summary of the surfaces in manager_a( 1) follows:
 
 Sur| Area  |Azim|Elev|          Surface                           | construction             |environment
    | m^2   |deg |deg | name       |optical|locat| use             | name                     |other side
  1  13.5     90.   0. pt_general   OPAQUE   VERT -:-               gyp_gyp_ptn              ||< pt_general:manager_b
  2  0.920   360.   0. part_frame   OPAQUE   VERT -:-               insul_frame              ||< part_frame:corridor
  3  2.32      0.   0. door         OPAQUE   VERT -:-               door                     ||< door:corridor
  4  6.00    270.   0. pt_other     OPAQUE   VERT -:-               gyp_gyp_ptn              ||< identical environment
  5  13.5      0.  90. ceiling_PCM  OPAQUE   CEIL -:-               ceiling                  ||< identical environment
  6  13.5      0. -90. floor        OPAQUE   FLOR -:-               susp_flr_re              ||< identical environment
  7  2.70    180.   0. spandral     OPAQUE   VERT -:-               insul_frame              ||< external
  8  0.980   180.   0. frame        OPAQUE   VERT -:-               insul_frame              ||< external
  9  5.32    180.   0. glazing      CFC2     VERT -:-               BGGG                     ||< external
 10  4.48      0.   0. part_glaz    DCF7671_ VERT -:-               dbl_glz                  ||< part_glaz:corridor
 11  1.28    360.   0. ptn_corid    OPAQUE   VERT -:-               gyp_gyp_ptn              ||< ptn_corid:corridor
 12  0.450   270.   0. pt_other_a   OPAQUE   VERT -:-               gyp_gyp_ptn              ||< identical environment
 13  7.05    270.   0. pt_other_b   OPAQUE   VERT -:-               gyp_gyp_ptn              ||< identical environment
 
  
In manager_a           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
gyp_gyp_ptn             28.3      0.0     14.8      0.0      0.0     13.5
door                     2.3      0.0      2.3      0.0      0.0      0.0
dbl_glz                  4.5      0.0      4.5      0.0      0.0      0.0
insul_frame              4.6      3.7      0.9      0.0      0.0      0.0
ceiling                 13.5      0.0      0.0      0.0      0.0     13.5
susp_flr_re             13.5      0.0      0.0      0.0      0.0     13.5
BGGG                     5.3      5.3      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.
 
 
 Air schedule notes:
Constant low infiltration.
 Flow control: no control of air flow
 
Scheduled air infiltration and ventilation:
Daytype    Period     Infiltration     Ventilation     From Source
           id Hours   Rate ac/h m3/s   Rate ac/h m3/s  Zone DegC
weekdays   1  0 - 24    0.33  0.0037    0.00  0.0000   0     0.00
saturday   1  0 - 24    0.33  0.0037    0.00  0.0000   0     0.00
sunday     1  0 - 24    0.33  0.0037    0.00  0.0000   0     0.00
 
Notes:
office with diversity of occupancy  lights at 10W/m2 and small power
on weekdays at 5W/m2
 
Daytype   Gain Label     Type    Unit Period Sensible  Latent      Radiant    Convec
          No.                          Hours Magn.(W)  Magn.(W)    Fraction   Fraction
weekdays    1 Occupt     people    W    0- 7      0.0      0.0       0.50       0.50
weekdays    2 Occupt     people    W    7- 8     20.0     10.0       0.60       0.40
weekdays    3 Occupt     people    W    8- 9     60.0     30.0       0.60       0.40
weekdays    4 Occupt     people    W    9-12    100.0     50.0       0.60       0.40
weekdays    5 Occupt     people    W   12-14     65.0     32.5       0.60       0.40
weekdays    6 Occupt     people    W   14-17    100.0     50.0       0.60       0.40
weekdays    7 Occupt     people    W   17-24      0.0      0.0       0.50       0.50
weekdays    8 Lights     lighting  Wm2  0- 8      0.0      0.0       0.50       0.50
weekdays    9 Lights     lighting  Wm2  8-18     10.0      0.0       0.30       0.70
weekdays   10 Lights     lighting  Wm2 18-24      0.0      0.0       0.50       0.50
weekdays   11 Equipt     equipment Wm2  0- 8      0.0      0.0       0.50       0.50
weekdays   12 Equipt     equipment Wm2  8-18      5.0      0.0       0.40       0.60
weekdays   13 Equipt     equipment Wm2 18-24      0.0      0.0       0.50       0.50
saturday    1 Occupt     people    W    0- 7      0.0      0.0       0.50       0.50
saturday    2 Occupt     people    W    7- 8     20.0     10.0       0.50       0.50
saturday    3 Occupt     people    W    8- 9     60.0     30.0       0.50       0.50
saturday    4 Occupt     people    W    9-12    100.0     50.0       0.50       0.50
saturday    5 Occupt     people    W   12-14     65.0     32.5       0.50       0.50
saturday    6 Occupt     people    W   14-17    100.0     50.0       0.50       0.50
saturday    7 Occupt     people    W   17-24      0.0      0.0       0.50       0.50
saturday    8 Lights     lighting  Wm2  0- 8      0.0      0.0       0.50       0.50
saturday    9 Lights     lighting  Wm2  8-12     10.0      0.0       0.30       0.70
saturday   10 Lights     lighting  Wm2 12-24      0.0      0.0       0.50       0.50
saturday   11 Equipt     equipment Wm2  0-24      0.0      0.0       0.50       0.50
sunday      1 Lights     lighting  Wm2  0-24      0.0      0.0       0.50       0.50
sunday      2 Equipt     equipment Wm2  0-24      0.0      0.0       0.50       0.50
 
 ____________________________________________________________
 
 Zone manager_b ( 2) is composed of 13 surfaces and 30 vertices.
 It encloses a volume of 40.5m^3 of space, with a total surface
 area of 72.0m^2 & approx floor area of 13.5m^2
 manager_b describes right office
 There is 9.0000m2 of exposed surface area, 9.0000m2 of which is vertical.
 Facade opaque is 3.6800m2 &   27.3 % of floor area & average U of 0.461 & UA of 1.6958.
 Facade glazing is 5.3200m2 &  39.4 % of floor &  59.1 % facade with average U of 5.882 & UA of 31.294
 Opaque partitions:ceiling:floor 18.020m2 & trasparent partitions:ceiling:floor 4.4800m2.
 
 A summary of the surfaces in manager_b( 2) follows:
 
 Sur| Area  |Azim|Elev|          Surface                           | construction             |environment
    | m^2   |deg |deg | name       |optical|locat| use             | name                     |other side
  1  13.5    270.   0. pt_general   OPAQUE   VERT -:-               gyp_gyp_ptn              ||< pt_general:manager_a
  2  0.920   360.   0. part_frame   OPAQUE   VERT -:-               insul_frame              ||< part_frameb:corridor
  3  2.32      0.   0. door         OPAQUE   VERT -:-               door                     ||< door_b:corridor
  4  6.00     90.   0. pt_other     OPAQUE   VERT -:-               gyp_gyp_ptn              ||< identical environment
  5  13.5      0.  90. ceiling      OPAQUE   CEIL -:-               ceiling                  ||< identical environment
  6  13.5      0. -90. floor        OPAQUE   FLOR -:-               susp_flr_re              ||< identical environment
  7  2.70    180.   0. spandral     OPAQUE   VERT -:-               insul_frame              ||< external
  8  0.980   180.   0. frame        OPAQUE   VERT -:-               insul_frame              ||< external
  9  5.32    180.   0. glazing      CFC2     VERT -:-               BGGG_2                   ||< external
 10  4.48      0.   0. part_glaz    DCF7671_ VERT -:-               dbl_glz                  ||< part_glazb:corridor
 11  1.28      0.   0. ptn_corid    OPAQUE   VERT -:-               gyp_gyp_ptn              ||< ptn_coridb:corridor
 12  0.450    90.   0. pt_other_a   OPAQUE   VERT -:-               gyp_gyp_ptn              ||< identical environment
 13  7.05     90.   0. pt_other_b   OPAQUE   VERT -:-               gyp_gyp_ptn              ||< identical environment
 
  
In manager_b           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
gyp_gyp_ptn             28.3      0.0     14.8      0.0      0.0     13.5
door                     2.3      0.0      2.3      0.0      0.0      0.0
dbl_glz                  4.5      0.0      4.5      0.0      0.0      0.0
insul_frame              4.6      3.7      0.9      0.0      0.0      0.0
ceiling                 13.5      0.0      0.0      0.0      0.0     13.5
susp_flr_re             13.5      0.0      0.0      0.0      0.0     13.5
BGGG_2                   5.3      5.3      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.
 
 
 Air schedule notes:
Constant low infiltration.
 Flow control: no control of air flow
 
Scheduled air infiltration and ventilation:
Daytype    Period     Infiltration     Ventilation     From Source
           id Hours   Rate ac/h m3/s   Rate ac/h m3/s  Zone DegC
weekdays   1  0 - 24    0.33  0.0037    0.00  0.0000   0     0.00
saturday   1  0 - 24    0.33  0.0037    0.00  0.0000   0     0.00
sunday     1  0 - 24    0.33  0.0037    0.00  0.0000   0     0.00
 
Notes:
Office with diversity of occupancy  lights at 10W/m2 and small power
on weekdays at 5W/m2
 
Daytype   Gain Label     Type    Unit Period Sensible  Latent      Radiant    Convec
          No.                          Hours Magn.(W)  Magn.(W)    Fraction   Fraction
weekdays    1 Occupt     people    W    0- 7      0.0      0.0       0.50       0.50
weekdays    2 Occupt     people    W    7- 8     20.0     10.0       0.60       0.40
weekdays    3 Occupt     people    W    8- 9     60.0     30.0       0.60       0.40
weekdays    4 Occupt     people    W    9-12    100.0     50.0       0.60       0.40
weekdays    5 Occupt     people    W   12-14     65.0     32.5       0.60       0.40
weekdays    6 Occupt     people    W   14-17    100.0     50.0       0.60       0.40
weekdays    7 Occupt     people    W   17-24      0.0      0.0       0.50       0.50
weekdays    8 Lights     lighting  Wm2  0- 8      0.0      0.0       0.50       0.50
weekdays    9 Lights     lighting  Wm2  8-18     10.0      0.0       0.30       0.70
weekdays   10 Lights     lighting  Wm2 18-24      0.0      0.0       0.50       0.50
weekdays   11 Equipt     equipment Wm2  0- 8      0.0      0.0       0.50       0.50
weekdays   12 Equipt     equipment Wm2  8-18      5.0      0.0       0.40       0.60
weekdays   13 Equipt     equipment Wm2 18-24      0.0      0.0       0.50       0.50
saturday    1 Occupt     people    W    0- 7      0.0      0.0       0.50       0.50
saturday    2 Occupt     people    W    7- 8     20.0     10.0       0.50       0.50
saturday    3 Occupt     people    W    8- 9     60.0     30.0       0.50       0.50
saturday    4 Occupt     people    W    9-12    100.0     50.0       0.50       0.50
saturday    5 Occupt     people    W   12-14     65.0     32.5       0.50       0.50
saturday    6 Occupt     people    W   14-17    100.0     50.0       0.50       0.50
saturday    7 Occupt     people    W   17-24      0.0      0.0       0.50       0.50
saturday    8 Lights     lighting  Wm2  0- 8      0.0      0.0       0.50       0.50
saturday    9 Lights     lighting  Wm2  8-12     10.0      0.0       0.30       0.70
saturday   10 Lights     lighting  Wm2 12-24      0.0      0.0       0.50       0.50
saturday   11 Equipt     equipment Wm2  0-24      0.0      0.0       0.50       0.50
sunday      1 Lights     lighting  Wm2  0-24      0.0      0.0       0.50       0.50
sunday      2 Equipt     equipment Wm2  0-24      0.0      0.0       0.50       0.50
 
 ____________________________________________________________
 
 Zone corridor ( 3) is composed of 14 surfaces and 32 vertices.
 It encloses a volume of 18.3m^3 of space, with a total surface
 area of 54.8m^2 & approx floor area of 8.42m^2
 corridor describes passage adjacent to offices
 Opaque partitions:ceiling:floor 9.0400m2 & trasparent partitions:ceiling:floor 8.9600m2.
 
 A summary of the surfaces in corridor( 3) follows:
 
 Sur| Area  |Azim|Elev|          Surface                           | construction             |environment
    | m^2   |deg |deg | name       |optical|locat| use             | name                     |other side
  1  3.00     90.   0. right        OPAQUE   VERT -:-               door                     ||< identical environment
  2  18.3      0.   0. wall         OPAQUE   VERT -:-               gyp_blk_ptn              ||< identical environment
  3  3.00    270.   0. left         OPAQUE   VERT -:-               door                     ||< identical environment
  4  6.10      0.  90. ceiling      OPAQUE   CEIL -:-               ceiling                  ||< identical environment
  5  6.10      0. -90. floor        OPAQUE   FLOR -:-               susp_flr_re              ||< identical environment
  6  2.32    180.   0. door         OPAQUE   VERT -:-               door                     ||< door:manager_a
  7  1.28    180.   0. ptn_corid    OPAQUE   VERT -:-               gyp_gyp_ptn              ||< ptn_corid:manager_a
  8  0.920   180.  -0. part_frame   OPAQUE   VERT -:-               insul_frame              ||< part_frame:manager_a
  9  4.48    180.   0. part_glaz    DCF7671_ VERT -:-               dbl_glz                  ||< part_glaz:manager_a
 10  0.920   180.   0. part_frameb  OPAQUE   VERT -:-               insul_frame              ||< part_frame:manager_b
 11  2.32    180.   0. door_b       OPAQUE   VERT -:-               door                     ||< door:manager_b
 12  1.28    180.   0. ptn_coridb   OPAQUE   VERT -:-               gyp_gyp_ptn              ||< ptn_corid:manager_b
 13  4.48    180.   0. part_glazb   DCF7671_ VERT -:-               dbl_glz                  ||< part_glaz:manager_b
 14  0.300   180.   0. filler       OPAQUE   VERT -:-               gyp_gyp_ptn              ||< adiabatic
 
  
In corridor            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
gyp_blk_ptn             18.3      0.0      0.0      0.0      0.0     18.3
gyp_gyp_ptn              2.9      0.0      2.6      0.0      0.0      0.3
door                    10.6      0.0      4.6      0.0      0.0      6.0
dbl_glz                  9.0      0.0      9.0      0.0      0.0      0.0
insul_frame              1.8      0.0      1.8      0.0      0.0      0.0
ceiling                  6.1      0.0      0.0      0.0      0.0      6.1
susp_flr_re              6.1      0.0      0.0      0.0      0.0      6.1
 
 All surfaces will receive diffuse insolation (if shading not calculated).
 No shading analysis requested.
 No insolation analysis requested.
 
 
 Air schedule notes:
no air flows.
 Flow control: no control of air flow
 
Scheduled air infiltration and ventilation:
Daytype    Period     Infiltration     Ventilation     From Source
           id Hours   Rate ac/h m3/s   Rate ac/h m3/s  Zone DegC
 
Notes:
assumes one person and 50-100W lighting weekdays 10W weekends
 
Daytype   Gain Label     Type    Unit Period Sensible  Latent      Radiant    Convec
          No.                          Hours Magn.(W)  Magn.(W)    Fraction   Fraction
weekdays    1 Occupt     people    W    0- 8      0.0      0.0       0.60       0.40
weekdays    2 Occupt     people    W    8-20    100.0     50.0       0.60       0.40
weekdays    3 Occupt     people    W   20-24      0.0      0.0       0.60       0.40
weekdays    4 Lights     lighting  W    0- 8     50.0      0.0       0.30       0.70
weekdays    5 Lights     lighting  W    8-20    100.0      0.0       0.30       0.70
weekdays    6 Lights     lighting  W   20-24     50.0      0.0       0.30       0.70
saturday    1 Occupt     people    W    0- 8      0.0      0.0       0.60       0.40
saturday    2 Occupt     people    W    8-20    100.0     50.0       0.60       0.40
saturday    3 Occupt     people    W   20-24      0.0      0.0       0.60       0.40
saturday    4 Lights     lighting  W    0- 8      0.0      0.0       0.30       0.70
saturday    5 Lights     lighting  W    8-20     10.0      0.0       0.30       0.70
saturday    6 Lights     lighting  W   20-24      0.0      0.0       0.30       0.70
sunday      1 Occupt     people    W    0- 8      0.0      0.0       0.60       0.40
sunday      2 Occupt     people    W    8-20    100.0     50.0       0.60       0.40
sunday      3 Occupt     people    W   20-24      0.0      0.0       0.60       0.40
sunday      4 Lights     lighting  W    0- 8      0.0      0.0       0.30       0.70
sunday      5 Lights     lighting  W    8-20     10.0      0.0       0.30       0.70
sunday      6 Lights     lighting  W   20-24      0.0      0.0       0.30       0.70
 
 ____________________________________________________________
 
 Project floor area is 35.420m2, wall area is 7.3600m2, window area is 10.640m2.
 Sloped roof area is 0.00m2, flat roof area is 0.00m2, skylight area is 0.00m2.
 In contact with ground 0.00m2.
 There is 18.000m2 of outside surface area, 18.000m2 of which is vertical.
 
 Outside walls are 20.779 % of floor area & average U of 0.461 & UA of 3.3916 & max MLC thickness 0.088
 Glazing is 30.040 % of floor & 59.111 % facade with average U of 5.882 & UA of 62.588
 
 ____________________________________________________________
 Multi-layer constructions used:
 
 Details of opaque construction: gyp_blk_ptn and overall thickness  0.226
 In category partitions also shown in menus as: plasterbd dabs 100mm concrete bl
partition - plasterboard on dabs over 100mm concret block.
 
 Layer|Thick |Conduc-|Density|Specif|IR  |Solar|Diffu| R    | Kg |Description
      |(mm)  |tivity |       |heat  |emis|abs  |resis|m^2K/W| m^2|
 Ext    13.0     0.190   950.   840. 0.91 0.22     11.  0.07  12.4 white gypboard : White painted Gypboard (inorganic-porous)
    2   50.0     -         -      -  -    -         -   -      -   air gap resistance  0.17 0.17 0.17
    3  100.0     0.510  1400.  1000. 0.90 0.65     10.  0.20 140.0 block inner : Block inner (3% mc)
    4   50.0     -         -      -  -    -         -   -      -   air gap resistance  0.17 0.17 0.17
 Int    13.0     0.190   950.   840. 0.91 0.22     11.  0.07  12.4 white gypboard : White painted Gypboard (inorganic-porous)
 ISO 6946 U values (horiz/upward/downward heat flow)=  1.186  1.230  1.133 (partition)  1.072
 Weight per m^2 of this construction  164.82
Kappa (thermal mass value)   132.2
 Total area of gyp_blk_ptn is     18.30
 
 Details of opaque construction: gyp_gyp_ptn and overall thickness  0.074
 In category partitions also shown in menus as: plasterboard on 50mm studs
partition - plasterboard on 50mm studs with no acoustic treatment.
 
 Layer|Thick |Conduc-|Density|Specif|IR  |Solar|Diffu| R    | Kg |Description
      |(mm)  |tivity |       |heat  |emis|abs  |resis|m^2K/W| m^2|
 Ext    12.0     0.190   950.   840. 0.91 0.22     11.  0.06  11.4 white gypboard : White painted Gypboard (inorganic-porous)
    2   50.0     -         -      -  -    -         -   -      -   air gap resistance  0.17 0.17 0.17
 Int    12.0     0.190   950.   840. 0.91 0.22     11.  0.06  11.4 white gypboard : White painted Gypboard (inorganic-porous)
 ISO 6946 U values (horiz/upward/downward heat flow)=  2.144  2.292  1.975 (partition)  1.798
 Weight per m^2 of this construction   22.86
Kappa (thermal mass value)    19.2
 Total area of gyp_gyp_ptn is     43.36
 
 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     10.64
 
 Details of transparent construction: dbl_glz with DCF7671_06nb optics and thickness  0.024
 
 Layer|Thick |Conduc-|Density|Specif|IR  |Solar|Diffu| R    | Kg |Description
      |(mm)  |tivity |       |heat  |emis|abs  |resis|m^2K/W| m^2|
 Ext     6.0     0.760  2710.   837. 0.83 0.05  19200.  0.01  16.3 plate glass : Plate glass with placeholder single layer optics
    2   12.0     -         -      -  -    -         -   -      -   air gap resistance  0.17 0.17 0.17
 Int     6.0     0.760  2710.   837. 0.83 0.05  19200.  0.01  16.3 plate glass : Plate glass with placeholder single layer optics
 ISO 6946 U values (horiz/upward/downward heat flow)=  2.811  3.069  2.527 (partition)  2.243
 Weight per m^2 of this construction   32.53
Kappa (thermal mass value)    27.2
 
 Clear float 76/71,     6mm, no blind: with id of: DCF7671_06nb
 with 3 layers [including air gaps] and visible trn: 0.76
 Direct transmission @ 0, 40, 55, 70, 80 deg
   0.611 0.583 0.534 0.384 0.170
 Layer| absorption @ 0, 40, 55, 70, 80 deg
    1  0.157 0.172 0.185 0.201 0.202
    2  0.001 0.002 0.003 0.004 0.005
    3  0.117 0.124 0.127 0.112 0.077
 Total area of dbl_glz is      8.96
 
 Details of opaque construction: insul_frame and overall thickness  0.088
 In category frames also shown in menus as: aluminium insulated frame
grey aluminium frame with 80mm of fibre insulation to yield U value of ??.
 
 Layer|Thick |Conduc-|Density|Specif|IR  |Solar|Diffu| R    | Kg |Description
      |(mm)  |tivity |       |heat  |emis|abs  |resis|m^2K/W| m^2|
 Ext     4.0   210.000  2700.   880. 0.82 0.72  19200.  0.00  10.8 grey cotd alum : Grey coated aluminium
    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     4.0   210.000  2700.   880. 0.82 0.72  19200.  0.00  10.8 grey cotd alum : Grey coated aluminium
 ISO 6946 U values (horiz/upward/downward heat flow)=  0.461  0.467  0.452 (partition)  0.442
 Weight per m^2 of this construction   22.56
Kappa (thermal mass value)    19.0
 Total area of insul_frame is      9.20
 
 Details of opaque construction: ceiling linked to ceiling_rev & with overall thickness  0.123
 In category ceil_floor also shown in menus as: suspended acoustic ceiling acous
A mineral time with 100mm acoustic treatment. For use as a suspended ceiling. To be referenced
from room. Reversed version is ceiling_rev
 
 Layer|Thick |Conduc-|Density|Specif|IR  |Solar|Diffu| R    | Kg |Description
      |(mm)  |tivity |       |heat  |emis|abs  |resis|m^2K/W| m^2|
 Ext   100.0     0.040   250.   840. 0.90 0.30      4.  2.50  25.0 glasswool : Glasswool (generic) (non-hygroscopic)
    2   12.5     0.021    32.  1181. 0.80 0.65    300.  0.60   0.4 Xtratherm_PIR : Xtratherm_PIR polyisocyanurate with foil facing
 Int    10.0     0.323  1770.   695. 0.90 0.75    200.  0.03  17.7 pcb-board : pcb-board based on FR4 with a thin layer of copper from Solidworks tut
 ISO 6946 U values (horiz/upward/downward heat flow)=  0.303  0.306  0.300 (partition)  0.295
 Weight per m^2 of this construction   43.10
Kappa (thermal mass value)    12.3
 Total area of ceiling is     33.10
 
 Details of opaque construction: susp_flr_re linked to susp_floor & with overall thickness  0.219
 In category ceil_floor also shown in menus as: carpeted intermediate room->void
A commercial concrete floor structure with carpet cast on steel shuttering. For use in the room
over a ceiling void.
 
 Layer|Thick |Conduc-|Density|Specif|IR  |Solar|Diffu| R    | Kg |Description
      |(mm)  |tivity |       |heat  |emis|abs  |resis|m^2K/W| m^2|
 Ext     4.0    50.000  7800.   502. 0.12 0.20  19200.  0.00  31.2 steel : Steel
    2  140.0     1.400  2100.   653. 0.90 0.65     19.  0.10 294.0 heavy mix concrete : Heavy mix concrete
    3   50.0     -         -      -  -    -         -   -      -   air gap resistance  0.17 0.17 0.17
    4   19.0     0.150   800.  2093. 0.91 0.65     96.  0.13  15.2 chipboard : Chipboard
 Int     6.0     0.060   186.  1360. 0.90 0.60     10.  0.10   1.1 Wilton : Wilton weave wool carpet (organic-hygroscopic)
 ISO 6946 U values (horiz/upward/downward heat flow)=  1.500  1.570  1.415 (partition)  1.321
 Weight per m^2 of this construction  341.58
Kappa (thermal mass value)   142.9
 Total area of susp_flr_re is     33.10
 
 Details of complex fenestration construction: BGGG
 
 Layer|CFC |Thick |Conduc-|Density|Specif|Layer tp| Description
      |db  |(mm)  |tivity |       |heat  |        |
 Ext     6   15.0   100.000  2700.   896. Ven.Blnd VB 1in med Al : VB 1in wide medium Al
    2   31   80.0     0.000     0.     0. Gap      air : CFC gap, no fill gas
    3 3977    4.0     1.000  2500.   750. Glazing  PLT ULTRA N DIAMANT 4mm.SGG : 11339(IGDB v16.4), SGG PLANITHERM ULTRA N DIAMANT 4m
    4   35   12.0     0.000     0.     0. Gap      95% argon : CFC gap, 95% argon fill gas
    5 4088    4.0     1.000  2500.   750. Glazing  DIAMANT 4mm.SGG : 21001(IGDB v47.0), SGG DIAMANT 4mm
    6   35   12.0     0.000     0.     0. Gap      95% argon : CFC gap, 95% argon fill gas
 Int  3977    4.0     1.000  2500.   750. Glazing  PLT ULTRA N DIAMANT 4mm.SGG : 11339(IGDB v16.4), SGG PLANITHERM ULTRA N DIAMANT 4m
 Total area of BGGG is      5.32
 
 Details of complex fenestration construction: BGGG_2
 
 Layer|CFC |Thick |Conduc-|Density|Specif|Layer tp| Description
      |db  |(mm)  |tivity |       |heat  |        |
 Ext     6   15.0   100.000  2700.   896. Ven.Blnd VB 1in med Al : VB 1in wide medium Al
    2   31   80.0     0.000     0.     0. Gap      air : CFC gap, no fill gas
    3 4057    4.0     1.000  2500.   750. Glazing  C-L XTREME 60-28 4mm.SGG : 11453(IGDB v17.5), SGG COOL-LITE XTREME 60-28 4mm
    4   35   12.0     0.000     0.     0. Gap      95% argon : CFC gap, 95% argon fill gas
    5 4088    4.0     1.000  2500.   750. Glazing  DIAMANT 4mm.SGG : 21001(IGDB v47.0), SGG DIAMANT 4mm
    6   35   12.0     0.000     0.     0. Gap      95% argon : CFC gap, 95% argon fill gas
 Int  3977    4.0     1.000  2500.   750. Glazing  PLT ULTRA N DIAMANT 4mm.SGG : 11339(IGDB v16.4), SGG PLANITHERM ULTRA N DIAMANT 4m
 Total area of BGGG_2 is      5.32
