Synopsis
 
Synopsis of model Single person hospital room to explore panel heater
performance. defined in rad_rooms_heat.cfg generated on Mon Dec  4 16:57:53
2023. Associated notes are in ../doc/rad_rooms.log
 
Location latitude   52.45 longitude difference  -1.73 (from local time
meridian (east +ve). Simulations year 1995 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: BIRMINGHAM - GBR 1995 IWEC 035340 in GBR_Birmingham with
hour-centred solar data.
Standard annual weather: GBR_Birmingham
Calculated ground temperature at depth                                                                                      
  0.5 m: 6.2423 4.1623 3.5962 4.0872 6.8953 10.040 12.999 15.142 15.767 14.761 12.336 9.2799
  1.0 m: 6.9801 4.9055 4.1654 4.4375 6.7317 9.5179 12.267 14.394 15.212 14.539 12.519 9.8072
  1.5 m: 7.5997 5.5731 4.7160 4.8154 6.6694 9.1233 11.655 13.724 14.671 14.267 12.599 10.207
  2.0 m: 8.1121 6.1634 5.2354 5.2019 6.6842 8.8357 11.150 13.134 14.159 13.967 12.599 10.498
  2.5 m: 8.5294 6.6785 5.7155 5.5826 6.7553 8.6362 10.741 12.620 13.684 13.656 12.542 10.702
  3.0 m: 8.8641 7.1223 6.1521 5.9474 6.8658 8.5076 10.414 12.179 13.251 13.345 12.442 10.834
  3.5 m: 9.1280 7.5006 6.5435 6.2896 7.0018 8.4347 10.158 11.804 12.861 13.045 12.316 10.911
  4.0 m: 9.3326 7.8199 6.8905 6.6051 7.1522 8.4047 9.9607 11.489 12.515 12.761 12.174 10.944
  4.5 m: 9.4880 8.0869 7.1949 6.8920 7.3088 8.4067 9.8120 11.225 12.211 12.497 12.024 10.944
  5.0 m: 9.6036 8.3085 7.4598 7.1498 7.4652 8.4316 9.7027 11.008 11.945 12.256 11.873 10.922
  5.5 m: 9.6871 8.4911 7.6888 7.3794 7.6170 8.4723 9.6248 10.829 11.715 12.037 11.726 10.883
  6.0 m: 9.7456 8.6408 7.8856 7.5823 7.7611 8.5231 9.5714 10.683 11.517 11.841 11.586 10.834
  6.5 m: 9.7846 8.7630 8.0541 7.7606 7.8958 8.5795 9.5369 10.564 11.347 11.667 11.454 10.779
  7.0 m: 9.8090 8.8624 8.1980 7.9166 8.0199 8.6382 9.5165 10.468 11.202 11.512 11.333 10.722
  7.5 m: 9.8226 8.9433 8.3208 8.0528 8.1332 8.6968 9.5065 10.390 11.077 11.376 11.221 10.664
  8.0 m: 9.8283 9.0091 8.4255 8.1714 8.2358 8.7536 9.5038 10.327 10.971 11.256 11.120 10.608
  8.5 m: 9.8287 9.0629 8.5151 8.2747 8.3282 8.8076 9.5062 10.275 10.880 11.151 11.029 10.555
  9.0 m: 9.8255 9.1072 8.5921 8.3649 8.4112 8.8581 9.5118 10.233 10.802 11.058 10.947 10.505
  9.5 m: 9.8200 9.1440 8.6584 8.4437 8.4854 8.9048 9.5193 10.198 10.734 10.977 10.874 10.459
 10.0 m: 9.8134 9.1749 8.7161 8.5130 8.5518 8.9476 9.5277 10.169 10.676 10.905 10.808 10.417
 
 
Databases associated with the model:
 standard pressure distr: pressc.db1
 materials              :  ../dbs/material.db
 constructions          :  ../dbs/multicon.db
 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
 
 ____________________________________________________________
 
The model includes ideal controls as follows:
Control description:
radiant panel heating via injecting 1kW into each of the two radiant panel
zones. Control has 70C in zone to get 21C in the occupied spaces
The aux sensor control logic only works for heating. If room details change it
may need to be re-tuned.
 
Zones control includes  3 functions.
 
The following day types are defined: weekdays    saturday    sunday
 
Details of control loops referenced in the model:
 loop: rad 400 controller
 
 The sensor for function  1 senses dry bulb temperature in rad_400.
 The actuator for function  1 is the air point in rad_400.
 >  1 periods of validity during the year have been defined.
 Control is valid Sun-01-Jan to Sun-31-Dec, 1995 with  1 periods.
 
 Per|Start|Sensing  |Actuating  | weekdays control laws
   1  0.00 db temp   > flux      Ideal multi-sensor: max heat 1300.W min heat 0.W max cool 0.W
 min cool 0.W Heat stpt 74.0C cool stpt 100.0C Aux:senses dry bulb T in one_bed_400. h/c
21.0 100.0
 loop: rad 600 controller
 
 The sensor for function  2 senses dry bulb temperature in rad_600.
 The actuator for function  2 is the air point in rad_600.
 >  1 periods of validity during the year have been defined.
 Control is valid Sun-01-Jan to Sun-31-Dec, 1995 with  1 periods.
 
 Per|Start|Sensing  |Actuating  | weekdays control laws
   1  0.00 db temp   > flux      Ideal multi-sensor: max heat 1000.W min heat 0.W max cool
 0.W min cool  0.W Heat stpt 74.0C cool stpt 100.0C Aux:senses dry bulb T in one_bed_600. h/c 21.0 100.0
 loop: alt_600
 
 The sensor for function  3 senses dry bulb temperature in alt_rad_600.
 The actuator for function  3 is the air point in alt_rad_600.
 >  1 periods of validity during the year have been defined.
 Control is valid Sun-01-Jan to Sun-31-Dec, 1995 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 0.W min heat cp 0.W Heat stpt 74.0C cool stpt 100.0C Aux:senses dry bulb T in alt_rm_600. h/c
21.0 100.0
 
 Zone to contol loop linkages:
 zone ( 1) one_bed_400  << control  0 no control imposed
 zone ( 2) plenum       << control  0 no control imposed
 zone ( 3) lower_plen   << control  0 no control imposed
 zone ( 4) one_bed_600  << control  0 no control imposed
 zone ( 5) rad_400      << control  1 rad 400 controller
 zone ( 6) rad_600      << control  2 rad 600 controller
 zone ( 7) alt_rm_600   << control  0 no control imposed
 zone ( 8) alt_rad_600  << control  3 alt_600
 
 ____________________________________________________________
 
ID Zone         Volume|          Surface
   Name         m^3   | No. Opaque  Transp  ~Floor
 1 one_bed_400    41.0  42   102.0     2.4    17.3  bed_400 describes a single bed room with 400mm wide pnls
 2 plenum         25.2  23   109.8     0.0    15.5  plenum is over the one bed 400 zone
 3 lower_plen     25.5   9   109.5     0.0    15.5  lower_plen is the level below the one bed 400
 4 one_bed_600    41.0  38    99.8     2.4    17.3  one_bed_600 is room with alternative location of rad pnl.
 5 rad_400         0.2   8     6.8     0.0     3.0  rad_400 describes the 400mm radiant panel
 6 rad_600         0.1   7     4.7     0.0     2.2  rad_600 describes 600mm radiant panel
 7 alt_rm_600     41.0  39    99.8     2.4    17.3  alt_rm_600 is room with alternative location of rad pnl.
 8 alt_rad_600     0.1   7     4.7     0.0     2.2  alt_rad_600 is an offset 600mm radiant panel
   all           174.  173    537.      7.     90.
 
 
 Zone one_bed_400 ( 1) is composed of 42 surfaces and 75 vertices.
 It encloses a volume of 41.0m^3 of space, with a total surface
 area of 104.m^2 & approx floor area of 17.3m^2
 bed_400 describes a single bed room with 400mm wide pnls
 There is 9.7200m2 of exposed surface area, 9.7200m2 of which is vertical.
 Facade opaque is 7.2720m2 &   42.1 % of floor area & average U of 0.478 & UA of 3.4747.
 Facade glazing is 2.4480m2 &  14.2 % of floor &  25.2 % facade with average U of 2.811 & UA of 6.8804
 Opaque partitions:ceiling:floor 67.503m2.
 
 A summary of the surfaces in one_bed_400( 1) follows:
 
 Sur| Area  |Azim|Elev|          Surface                           | construction             |environment
    | m^2   |deg |deg | name       |optical|locat| use             | name                     |other side
  1  6.84    180.   0. exterior_wl  OPAQUE   VERT -:-               ext_wall_a               ||< external
  2  11.6     90.  -0. left_ptn     OPAQUE   VERT -:-               ptn_type_d               ||< right_ptn:one_bed_600
  3  7.41      0.   0. coridor_ptn  OPAQUE   VERT -:-               ptn_type_d               ||< identical environment
  4  11.6    270.   0. right_ptn    OPAQUE   VERT -:-               ptn_type_d               ||< identical environment
  5  12.5      0.  90. ceiling      OPAQUE   CEIL -:-               susp_ceil                ||< ceiling:plenum
  6  15.5      0. -90. floor        OPAQUE   FLOR -:-               struc_flr                ||< floor:lower_plen
  7  0.432   180.   0. frame        OPAQUE   VERT -:-               door                     ||< external
  8  2.45    180.   0. window       DCF7671_ VERT -:-               dbl_glz                  ||< external
  9  2.31      0.   0. door         OPAQUE   VERT -:-               door                     ||< identical environment
 10  1.80      0.  90. bed          OPAQUE   CEIL -:-               door                     ||< bed_base:one_bed_400
 11  1.80      0. -90. bed_base     OPAQUE   FLOR -:-               door                     ||< bed:one_bed_400
 12  3.00      0.  90. rad_pnl      OPAQUE   CEIL -:-               alum_panel               ||< base:rad_400
 13  1.49      0.  90. abase_mass   OPAQUE   CEIL FURNI:-           door                     ||< abase_mass_:one_bed_400
 14  1.49      0. -90. abase_mass_  OPAQUE   FLOR FURNI:-           door                     ||< abase_mass:one_bed_400
 15  1.51      0.  90. amatress     OPAQUE   CEIL FURNI:-           upholstery               ||< amatress_:one_bed_400
 16  1.51      0. -90. amatress_    OPAQUE   FLOR FURNI:-           upholstery               ||< amatress:one_bed_400
 17  0.814     0.  90. bseat_mass   OPAQUE   CEIL FURNI:-           upholstery               ||< bseat_mass_:one_bed_400
 18  0.814     0. -90. bseat_mass_  OPAQUE   FLOR FURNI:-           upholstery               ||< bseat_mass:one_bed_400
 19  0.324    90.   0. barm_mass_l  OPAQUE   VERT FURNI:-           upholstery               ||< barm_mass_l_:one_bed_400
 20  0.324   270.   0. barm_mass_l_ OPAQUE   VERT FURNI:-           upholstery               ||< barm_mass_l:one_bed_400
 21  0.324    90.   0. barm_mass_r  OPAQUE   VERT FURNI:-           upholstery               ||< barm_mass_r_:one_bed_400
 22  0.324   270.   0. barm_mass_r_ OPAQUE   VERT FURNI:-           upholstery               ||< barm_mass_r:one_bed_400
 23  1.60    180.   0. cwdb_front   OPAQUE   VERT FURNI:-           shelves_20mm             ||< cwdb_front_:one_bed_400
 24  1.60    360.   0. cwdb_front_  OPAQUE   VERT FURNI:-           shelves_20mm             ||< cwdb_front:one_bed_400
 25  1.20     90.   0. cwdb_left    OPAQUE   VERT FURNI:-           shelves_20mm             ||< cwdb_left_:one_bed_400
 26  1.20    270.   0. cwdb_left_   OPAQUE   VERT FURNI:-           shelves_20mm             ||< cwdb_left:one_bed_400
 27  1.20     90.   0. cwdb_right   OPAQUE   VERT FURNI:-           shelves_20mm             ||< cwdb_right_:one_bed_400
 28  1.20    270.   0. cwdb_right_  OPAQUE   VERT FURNI:-           shelves_20mm             ||< cwdb_right:one_bed_400
 29  0.480     0.  90. cwdb_top     OPAQUE   CEIL FURNI:-           shelves_20mm             ||< cwdb_top_:one_bed_400
 30  0.480     0. -90. cwdb_top_    OPAQUE   FLOR FURNI:-           shelves_20mm             ||< cwdb_top:one_bed_400
 31  1.28    180.   0. cwdb_clths   OPAQUE   VERT FURNI:-           upholstery               ||< cwdb_clths_:one_bed_400
 32  1.28      0.   0. cwdb_clths_  OPAQUE   VERT FURNI:-           upholstery               ||< cwdb_clths:one_bed_400
 33  0.207     0.  90. dseat        OPAQUE   CEIL FURNI:-           upholstery               ||< dseat_:one_bed_400
 34  0.207     0. -90. dseat_       OPAQUE   FLOR FURNI:-           upholstery               ||< dseat:one_bed_400
 35  0.231    90.   6. dstback      OPAQUE   SLOP FURNI:-           upholstery               ||< dstback_:one_bed_400
 36  0.231   270.  -6. dstback_     OPAQUE   SLOP FURNI:-           upholstery               ||< dstback:one_bed_400
 37  0.387   180.   0. eh4dcab_lf   OPAQUE   VERT FURNI:-           steel_pl_3mm             ||< identical environment
 38  0.387   360.   0. eh4dcab_rt   OPAQUE   VERT FURNI:-           steel_pl_3mm             ||< identical environment
 39  1.57     90.  -0. eh4dcab_fr   OPAQUE   VERT FURNI:-           file_papers              ||< identical environment
 40  1.57    270.   0. eh4dcab_bk   OPAQUE   VERT FURNI:-           file_papers              ||< identical environment
 41  0.973     0. -90. eh4dcab_to   OPAQUE   FLOR FURNI:-           steel_pl_3mm             ||< identical environment
 42  0.973     0.  90. eh4dcab_ba   OPAQUE   CEIL FURNI:-           steel_pl_3mm             ||< identical environment
 
  
In one_bed_400         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                     6.0      0.4      0.0      3.3      0.0      2.3
dbl_glz                  2.4      2.4      0.0      0.0      0.0      0.0
susp_ceil               12.5      0.0     12.5      0.0      0.0      0.0
steel_pl_3mm             2.7      0.0      0.0      0.0      0.0      2.7
upholstery               4.7      0.0      0.0      4.7      0.0      0.0
shelves_20mm             4.5      0.0      0.0      4.5      0.0      0.0
file_papers              3.1      0.0      0.0      0.0      0.0      3.1
ext_wall_a               6.8      6.8      0.0      0.0      0.0      0.0
ptn_type_d              30.6      0.0     11.6      0.0      0.0     19.0
struc_flr               15.5      0.0     15.5      0.0      0.0      0.0
alum_panel               3.0      0.0      3.0      0.0      0.0      0.0
 
 An hourly solar radiation distribution is used for this zone.
 Insolation sources (all applicable):
window
 Explicit viewfactors have been derived for this zone.
visual type name    composition        visual type name    composition
 vis 1rot  afoot      door             vis 1rot  dr_arm upholstery
 vis 1rot  ahead      door             vis 1rot  dl_arm upholstery
 vis 1rot  abase      door             vis 1rot  dseat_bk upholstery
 vis 1rot  amatress   upholstery       vis 1rot  dcross_a furn_wd10mm
 vis 1rot  apillow    upholstery       vis 1rot  dcross_b furn_wd10mm
 vis 1rot  barm_l     upholstery       vis 1rot  dcross_c furn_wd10mm
 vis 1rot  barm_r     upholstery       vis 1rot  dr_arm_rest furn_wd10mm
 vis 1rot  bleg_a     steel_gr_3mm     vis 1rot  dl_arm_rest furn_wd10mm
 vis 1rot  bleg_b     steel_gr_3mm     vis 1rot  dleg_a furn_wd10mm
 vis 1rot  bleg_c     steel_gr_3mm     vis 1rot  dleg_b furn_wd10mm
 vis 1rot  bleg_d     steel_gr_3mm     vis 1rot  dleg_c furn_wd10mm
 vis 1rot  bleg_d     steel_gr_3mm     vis 1rot  dleg_c furn_wd10mm
 vis 1rot  bleg_d     steel_gr_3mm     vis 1rot  dleg_c furn_wd10mm
 vis 1rot  cwdb_base  shelves_20mm     vis 1rot  eh4dr_a steel_gr_3mm
 vis 1rot  cwdb_dr1   shelves_20mm     vis 1rot  eh4dr_b steel_gr_3mm
 vis 1rot  cwdb_dr2   shelves_20mm     vis 1rot  eh4dr_c steel_gr_3mm
 vis 1rot  dseat      upholstery       vis 1rot  eh4dr_d steel_gr_3mm
 
 Shading patterns have been calculated for this zone.
 
 
 Air schedule notes:
ACH to 2 for winter use
 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    2.00  0.0228    0.00  0.0000   0     0.00
saturday   1  0 - 24    2.00  0.0228    0.00  0.0000   0     0.00
sunday     1  0 - 24    2.00  0.0228    0.00  0.0000   0     0.00
 
Notes:
some varying occupancy and lighting gains during day
 
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    100.0     50.0       0.50       0.50
weekdays    2 Occupt     people    W    7- 8    400.0    200.0       0.50       0.50
weekdays    3 Occupt     people    W    8-18    100.0     50.0       0.50       0.50
weekdays    4 Occupt     people    W   18-22    400.0    200.0       0.50       0.50
weekdays    5 Occupt     people    W   22-24    100.0     50.0       0.50       0.50
weekdays    6 Lights     lighting  W    0-15    100.0      0.0       0.50       0.50
weekdays    7 Lights     lighting  W   15-16    500.0      0.0       0.50       0.50
weekdays    8 Lights     lighting  W   16-24    100.0      0.0       0.50       0.50
weekdays    9 Equipt     equipment W    0-24     80.0      0.0       0.50       0.50
saturday    1 Occupt     people    W    0- 7    100.0     50.0       0.50       0.50
saturday    2 Occupt     people    W    7- 8    400.0    200.0       0.50       0.50
saturday    3 Occupt     people    W    8-18    100.0     50.0       0.50       0.50
saturday    4 Occupt     people    W   18-22    400.0    200.0       0.50       0.50
saturday    5 Occupt     people    W   22-24    100.0     50.0       0.50       0.50
saturday    6 Lights     lighting  W    0-15    100.0      0.0       0.50       0.50
saturday    7 Lights     lighting  W   15-16    500.0      0.0       0.50       0.50
saturday    8 Lights     lighting  W   16-24    100.0      0.0       0.50       0.50
saturday    9 Equipt     equipment W    0-24     80.0      0.0       0.50       0.50
sunday      1 Occupt     people    W    0- 7    100.0     50.0       0.50       0.50
sunday      2 Occupt     people    W    7- 8    400.0    200.0       0.50       0.50
sunday      3 Occupt     people    W    8-18    100.0     50.0       0.50       0.50
sunday      4 Occupt     people    W   18-22    400.0    200.0       0.50       0.50
sunday      5 Occupt     people    W   22-24    100.0     50.0       0.50       0.50
sunday      6 Lights     lighting  W    0-15    100.0      0.0       0.50       0.50
sunday      7 Lights     lighting  W   15-16    500.0      0.0       0.50       0.50
sunday      8 Lights     lighting  W   16-24    100.0      0.0       0.50       0.50
sunday      9 Equipt     equipment W    0-24     80.0      0.0       0.50       0.50
 
 ____________________________________________________________
 
 Zone plenum ( 2) is composed of 23 surfaces and 34 vertices.
 It encloses a volume of 25.2m^3 of space, with a total surface
 area of 110.m^2 & user edited floor area of 15.5m^2
 plenum is over the one bed 400 zone
Surface upper has a duplicate name. Names must be unique!
Surface upper has a duplicate name. Names must be unique!
 There is 5.5800m2 of exposed surface area, 5.5800m2 of which is vertical.
 Facade opaque is 5.5800m2 &   36.0 % of floor area & average U of 0.299 & UA of 1.6660.
 Opaque partitions:ceiling:floor 47.155m2.
 
 A summary of the surfaces in plenum( 2) follows:
 
 Sur| Area  |Azim|Elev|          Surface                           | construction             |environment
    | m^2   |deg |deg | name       |optical|locat| use             | name                     |other side
  1  3.60    180.   0. exterior     OPAQUE   VERT -:-               ext_wall_a               ||< external
  2  3.94      0.   0. to_passage   OPAQUE   VERT -:-               alum_insu                ||< identical environment
  3  2.15    270.   0. side_other_b OPAQUE   VERT -:-               ptn_type_d               ||< identical environment
  4  31.0      0.  90. upper_main   OPAQUE   CEIL -:-               struc_ceil               ||< identical environment
  5  12.5      0. -90. ceiling      OPAQUE   FLOR -:-               susp_ceil                ||< ceiling:one_bed_400
  6  13.3      0. -90. ceil_600     OPAQUE   FLOR -:-               susp_ceil                ||< ceil_600:one_bed_600
  7  0.160   180.  -0. back_a_edge  OPAQUE   VERT -:-               alum_insu                ||< back_a_edge:rad_400
  8  0.195   270.   0. back_b_edge  OPAQUE   VERT -:-               alum_insu                ||< back_b_edge:rad_400
  9  3.00      0. -90. upper        OPAQUE   FLOR -:-               alum_insu                ||< upper:rad_400
 10  0.180   180.   0. back_edge    OPAQUE   VERT -:-               alum_insu                ||< back_edge:rad_600
 11  0.010    90.  -0. left_edge    OPAQUE   VERT -:-               alum_insu                ||< identical environment
 12  2.16      0. -90. upper        OPAQUE   FLOR -:-               alum_insu                ||< upper:rad_600
 13  2.16      0. -90. facade_ceil  OPAQUE   FLOR -:-               susp_ceil                ||< facade_ceil:alt_rm_600
 14  11.2      0. -90. back_ceiling OPAQUE   FLOR -:-               susp_ceil                ||< back_ceiling:alt_rm_600
 15  2.16      0. -90. upper_alt    OPAQUE   FLOR -:-               alum_insu                ||< upper:alt_rad_600
 16  0.180     0.   0. front_edge   OPAQUE   VERT -:-               alum_insu                ||< identical environment
 17  0.180   180.   0. back_edge_al OPAQUE   VERT -:-               alum_insu                ||< back_edge:alt_rad_600
 18  0.030    90.   0. left_edge_al OPAQUE   VERT -:-               alum_insu_i              ||< identical environment
 19  1.98    180.   0. alt_facade   OPAQUE   VERT -:-               ext_wall_a               ||< external
 20  2.34     90.   0. to_other     OPAQUE   VERT -:-               ptn_type_d               ||< identical environment
 21  1.98      0.   0. alt_back     OPAQUE   VERT -:-               ptn_type_d               ||< identical environment
 22  15.5      0.  90. alt_upper    OPAQUE   CEIL -:-               struc_ceil               ||< identical environment
 23  0.030   270.  -0. end_of_600   OPAQUE   VERT -:-               alum_insu                ||< identical environment
 
  
In plenum              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
susp_ceil               39.1      0.0     39.1      0.0      0.0      0.0
ext_wall_a               5.6      5.6      0.0      0.0      0.0      0.0
ptn_type_d               6.5      0.0      0.0      0.0      0.0      6.5
struc_ceil              46.4      0.0      0.0      0.0      0.0     46.4
alum_insu               12.2      0.0      8.0      0.0      0.0      4.2
alum_insu_i              0.0      0.0      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.
 Explicit viewfactors have been derived for this zone.
 
 
 Air schedule notes:
Take some air from the room equivalent to 1ach of the plenum.
 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    0.51  0.0035    1.01  0.0071   1     0.00
saturday   1  0 - 24    0.51  0.0035    1.01  0.0071   1     0.00
sunday     1  0 - 24    0.51  0.0035    1.01  0.0071   1     0.00
 
Notes:
Assume there is a constant 50W heat gain from services 24/7.
 
Daytype   Gain Label     Type    Unit Period Sensible  Latent      Radiant    Convec
          No.                          Hours Magn.(W)  Magn.(W)    Fraction   Fraction
weekdays    1 Equipt     equipment W    0-24     50.0      0.0       0.50       0.50
saturday    1 Equipt     equipment W    0-24     50.0      0.0       0.50       0.50
sunday      1 Equipt     equipment W    0-24     50.0      0.0       0.50       0.50
 
 ____________________________________________________________
 
 Zone lower_plen ( 3) is composed of 9 surfaces and 21 vertices.
 It encloses a volume of 25.5m^3 of space, with a total surface
 area of 109.m^2 & user edited floor area of 15.5m^2
 lower_plen is the level below the one bed 400
 There is 5.9400m2 of exposed surface area, 5.9400m2 of which is vertical.
 Facade opaque is 5.9400m2 &   38.4 % of floor area & average U of 0.299 & UA of 1.7735.
 Opaque partitions:ceiling:floor 46.440m2.
 
 A summary of the surfaces in lower_plen( 3) follows:
 
 Sur| Area  |Azim|Elev|          Surface                           | construction             |environment
    | m^2   |deg |deg | name       |optical|locat| use             | name                     |other side
  1  5.94    180.   0. exterior     OPAQUE   VERT -:-               ext_wall_a               ||< external
  2  2.37     90.   0. Surf-2       OPAQUE   VERT -:-               ptn_type_d               ||< identical environment
  3  5.94      0.   0. Surf-3       OPAQUE   VERT -:-               ptn_type_d               ||< identical environment
  4  2.37    270.   0. Surf-4       OPAQUE   VERT -:-               ptn_type_d               ||< identical environment
  5  5.88      0. -90. rad_pnl      OPAQUE   FLOR -:-               alum_panel               ||< identical environment
  6  40.6      0. -90. ceiling      OPAQUE   FLOR -:-               susp_ceil                ||< identical environment
  7  15.5      0.  90. floor        OPAQUE   CEIL -:-               struc_ceil               ||< floor:one_bed_400
  8  15.5      0.  90. floor_600    OPAQUE   CEIL -:-               struc_ceil               ||< floor:one_bed_600
  9  15.5      0.  90. floor_alt    OPAQUE   CEIL -:-               struc_ceil               ||< floor:alt_rm_600
 
  
In lower_plen          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
susp_ceil               40.6      0.0      0.0      0.0      0.0     40.6
ext_wall_a               5.9      5.9      0.0      0.0      0.0      0.0
ptn_type_d              10.7      0.0      0.0      0.0      0.0     10.7
struc_ceil              46.4      0.0     46.4      0.0      0.0      0.0
alum_panel               5.9      0.0      0.0      0.0      0.0      5.9
 
 All surfaces will receive diffuse insolation (if shading not calculated).
 No shading analysis requested.
 No insolation analysis requested.
 Explicit viewfactors have been derived for this zone.
 
 
 Air schedule notes:
moderate 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    0.50  0.0035    0.00  0.0000   0     0.00
saturday   1  0 - 24    0.50  0.0035    0.00  0.0000   0     0.00
sunday     1  0 - 24    0.50  0.0035    0.00  0.0000   0     0.00
 
Notes:
no casual gains
 
Daytype   Gain Label     Type    Unit Period Sensible  Latent      Radiant    Convec
          No.                          Hours Magn.(W)  Magn.(W)    Fraction   Fraction
 
 ____________________________________________________________
 
 Zone one_bed_600 ( 4) is composed of 38 surfaces and 67 vertices.
 It encloses a volume of 41.0m^3 of space, with a total surface
 area of 102.m^2 & approx floor area of 17.3m^2
 one_bed_600 is room with alternative location of rad pnl.
 There is 9.7200m2 of exposed surface area, 9.7200m2 of which is vertical.
 Facade opaque is 7.2720m2 &   42.1 % of floor area & average U of 0.478 & UA of 3.4747.
 Facade glazing is 2.4480m2 &  14.2 % of floor &  25.2 % facade with average U of 2.811 & UA of 6.8804
 Opaque partitions:ceiling:floor 76.956m2.
 
 A summary of the surfaces in one_bed_600( 4) follows:
 
 Sur| Area  |Azim|Elev|          Surface                           | construction             |environment
    | m^2   |deg |deg | name       |optical|locat| use             | name                     |other side
  1  6.84    180.   0. exterior_wl  OPAQUE   VERT -:-               ext_wall_a               ||< external
  2  11.6     90.   0. left_ptn     OPAQUE   VERT -:-               ptn_type_d               ||< right_ptn:alt_rm_600
  3  7.41      0.   0. coridor_ptn  OPAQUE   VERT -:-               ptn_type_d               ||< identical environment
  4  11.6    270.   0. right_ptn    OPAQUE   VERT -:-               ptn_type_d               ||< left_ptn:one_bed_400
  5  15.5      0. -90. floor        OPAQUE   FLOR -:-               struc_flr                ||< floor_600:lower_plen
  6  0.432   180.   0. frame        OPAQUE   VERT -:-               door                     ||< external
  7  2.45    180.   0. window       DCF7671_ VERT -:-               dbl_glz                  ||< external
  8  2.31      0.   0. door         OPAQUE   VERT -:-               door                     ||< identical environment
  9  1.80      0.  90. bed          OPAQUE   CEIL -:-               door                     ||< bed_base:one_bed_600
 10  1.80      0. -90. bed_base     OPAQUE   FLOR -:-               door                     ||< bed:one_bed_600
 11  2.16      0.  90. rad_600      OPAQUE   CEIL -:-               alum_panel               ||< base:rad_600
 12  13.3      0.  90. ceil_600     OPAQUE   CEIL -:-               susp_ceil                ||< ceil_600:plenum
 13  1.49      0.  90. abase_mass   OPAQUE   CEIL FURNI:-           door                     ||< abase_mass_:one_bed_600
 14  1.49      0. -90. abase_mass_  OPAQUE   FLOR FURNI:-           door                     ||< abase_mass:one_bed_600
 15  1.51      0.  90. amatress     OPAQUE   CEIL FURNI:-           upholstery               ||< amatress_:one_bed_600
 16  1.51      0. -90. amatress_    OPAQUE   FLOR FURNI:-           upholstery               ||< amatress:one_bed_600
 17  1.60    180.   0. bwdb_front   OPAQUE   VERT FURNI:-           shelves_20mm             ||< bwdb_front_:one_bed_600
 18  1.60      0.   0. bwdb_front_  OPAQUE   VERT FURNI:-           shelves_20mm             ||< bwdb_front:one_bed_600
 19  1.20     90.   0. bwdb_left    OPAQUE   VERT FURNI:-           shelves_20mm             ||< bwdb_left_:one_bed_600
 20  1.20    270.   0. bwdb_left_   OPAQUE   VERT FURNI:-           shelves_20mm             ||< bwdb_left:one_bed_600
 21  1.20     90.   0. bwdb_right   OPAQUE   VERT FURNI:-           shelves_20mm             ||< bwdb_right_:one_bed_600
 22  1.20    270.   0. bwdb_right_  OPAQUE   VERT FURNI:-           shelves_20mm             ||< bwdb_right:one_bed_600
 23  0.480     0.  90. bwdb_top     OPAQUE   CEIL FURNI:-           shelves_20mm             ||< bwdb_top_:one_bed_600
 24  0.480     0. -90. bwdb_top_    OPAQUE   FLOR FURNI:-           shelves_20mm             ||< bwdb_top:one_bed_600
 25  0.640   180.   0. bwdb_clths   OPAQUE   VERT FURNI:-           upholstery               ||< bwdb_clths_:one_bed_600
 26  0.640     0.   0. bwdb_clths_  OPAQUE   VERT FURNI:-           upholstery               ||< bwdb_clths:one_bed_600
 27  0.814     0.  90. cseat_mass   OPAQUE   CEIL FURNI:-           upholstery               ||< cseat_mass_:one_bed_600
 28  0.814     0. -90. cseat_mass_  OPAQUE   FLOR FURNI:-           upholstery               ||< cseat_mass:one_bed_600
 29  0.324    90.   0. carm_mass_l  OPAQUE   VERT FURNI:-           upholstery               ||< carm_mass_l_:one_bed_600
 30  0.324   270.   0. carm_mass_l_ OPAQUE   VERT FURNI:-           upholstery               ||< carm_mass_l:one_bed_600
 31  0.324    90.   0. carm_mass_r  OPAQUE   VERT FURNI:-           upholstery               ||< carm_mass_r_:one_bed_600
 32  0.324   270.   0. carm_mass_r_ OPAQUE   VERT FURNI:-           upholstery               ||< carm_mass_r:one_bed_600
 33  0.387     0.   0. dh4dcab_lf   OPAQUE   VERT FURNI:-           steel_pl_3mm             ||< identical environment
 34  0.387   180.   0. dh4dcab_rt   OPAQUE   VERT FURNI:-           steel_pl_3mm             ||< identical environment
 35  1.57    270.   0. dh4dcab_fr   OPAQUE   VERT FURNI:-           file_papers              ||< identical environment
 36  1.57     90.   0. dh4dcab_bk   OPAQUE   VERT FURNI:-           file_papers              ||< identical environment
 37  0.973     0. -90. dh4dcab_to   OPAQUE   FLOR FURNI:-           steel_pl_3mm             ||< identical environment
 38  0.973     0.  90. dh4dcab_ba   OPAQUE   CEIL FURNI:-           steel_pl_3mm             ||< identical environment
 
  
In one_bed_600         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                     6.0      0.4      0.0      3.3      0.0      2.3
dbl_glz                  2.4      2.4      0.0      0.0      0.0      0.0
susp_ceil               13.3      0.0     13.3      0.0      0.0      0.0
steel_pl_3mm             2.7      0.0      0.0      0.0      0.0      2.7
upholstery               3.6      0.0      0.0      3.6      0.0      0.0
shelves_20mm             4.5      0.0      0.0      4.5      0.0      0.0
file_papers              3.1      0.0      0.0      0.0      0.0      3.1
ext_wall_a               6.8      6.8      0.0      0.0      0.0      0.0
ptn_type_d              30.6      0.0     23.2      0.0      0.0      7.4
struc_flr               15.5      0.0     15.5      0.0      0.0      0.0
alum_panel               2.2      0.0      2.2      0.0      0.0      0.0
 
 An hourly solar radiation distribution is used for this zone.
 Insolation sources (all applicable):
window
 Explicit viewfactors have been derived for this zone.
visual type name    composition        visual type name    composition
 vis 1rot  afoot      door             vis 1rot  cleg_a steel_gr_3mm
 vis 1rot  ahead      door             vis 1rot  cleg_b steel_gr_3mm
 vis 1rot  abase      door             vis 1rot  cleg_c steel_gr_3mm
 vis 1rot  amatress   upholstery       vis 1rot  cleg_d steel_gr_3mm
 vis 1rot  apillow    upholstery       vis 1rot  cback upholstery
 vis 1rot  bwdb_base  shelves_20mm     vis 1rot  cseat upholstery
 vis 1rot  bwdb_dr1   shelves_20mm     vis 1rot  dh4df_cab steel_pl_3mm
 vis 1rot  bwdb_dr2   shelves_20mm     vis 1rot  dh4dr_a steel_gr_3mm
 vis 1rot  carm_l     upholstery       vis 1rot  dh4dr_b steel_gr_3mm
 vis 1rot  carm_r     upholstery       vis 1rot  dh4dr_c steel_gr_3mm
                                       vis 1rot  dh4dr_d    steel_gr_3mm
 
 Shading patterns have been calculated for this zone.
 
 
 Air schedule notes:
Reset ACH to 2.0 for winter use.
 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    2.00  0.0228    0.00  0.0000   0     0.00
saturday   1  0 - 24    2.00  0.0228    0.00  0.0000   0     0.00
sunday     1  0 - 24    2.00  0.0228    0.00  0.0000   0     0.00
 
Notes:
diverse occupancy and lighting gains during day, and small power is a
TV on in afternoon and early evening.
 
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    100.0     50.0       0.50       0.50
weekdays    2 Occupt     people    W    7- 8    400.0    200.0       0.50       0.50
weekdays    3 Occupt     people    W    8-18    100.0     50.0       0.50       0.50
weekdays    4 Occupt     people    W   18-22    400.0    200.0       0.50       0.50
weekdays    5 Occupt     people    W   22-24    100.0     50.0       0.50       0.50
weekdays    6 Lights     lighting  W    0-15    100.0      0.0       0.50       0.50
weekdays    7 Lights     lighting  W   15-16    500.0      0.0       0.50       0.50
weekdays    8 Lights     lighting  W   16-24    100.0      0.0       0.50       0.50
weekdays    9 Equipt     equipment W    0-24     80.0      0.0       0.50       0.50
saturday    1 Occupt     people    W    0- 7    100.0     50.0       0.50       0.50
saturday    2 Occupt     people    W    7- 8    400.0    200.0       0.50       0.50
saturday    3 Occupt     people    W    8-18    100.0     50.0       0.50       0.50
saturday    4 Occupt     people    W   18-22    400.0    200.0       0.50       0.50
saturday    5 Occupt     people    W   22-24    100.0     50.0       0.50       0.50
saturday    6 Lights     lighting  W    0-15    100.0      0.0       0.50       0.50
saturday    7 Lights     lighting  W   15-16    500.0      0.0       0.50       0.50
saturday    8 Lights     lighting  W   16-24    100.0      0.0       0.50       0.50
saturday    9 Equipt     equipment W    0-24     80.0      0.0       0.50       0.50
sunday      1 Occupt     people    W    0- 7    100.0     50.0       0.50       0.50
sunday      2 Occupt     people    W    7- 8    400.0    200.0       0.50       0.50
sunday      3 Occupt     people    W    8-18    100.0     50.0       0.50       0.50
sunday      4 Occupt     people    W   18-22    400.0    200.0       0.50       0.50
sunday      5 Occupt     people    W   22-24    100.0     50.0       0.50       0.50
sunday      6 Lights     lighting  W    0-15    100.0      0.0       0.50       0.50
sunday      7 Lights     lighting  W   15-16    500.0      0.0       0.50       0.50
sunday      8 Lights     lighting  W   16-24    100.0      0.0       0.50       0.50
sunday      9 Equipt     equipment W    0-24     80.0      0.0       0.50       0.50
 
 ____________________________________________________________
 
 Zone rad_400 ( 5) is composed of 8 surfaces and 12 vertices.
 It encloses a volume of 0.150m^3 of space, with a total surface
 area of 6.79m^2 & approx floor area of 3.00m^2
 rad_400 describes the 400mm radiant panel
 Opaque partitions:ceiling:floor 6.3550m2.
 
 A summary of the surfaces in rad_400( 5) follows:
 
 Sur| Area  |Azim|Elev|          Surface                           | construction             |environment
    | m^2   |deg |deg | name       |optical|locat| use             | name                     |other side
  1  0.180   180.   0. front_edge   OPAQUE   VERT -:-               alum_insu_i              ||< identical environment
  2  0.020    90.   0. right_edge   OPAQUE   VERT -:-               alum_insu_i              ||< identical environment
  3  0.160     0.   0. back_a_edge  OPAQUE   VERT -:-               alum_insu_i              ||< back_a_edge:plenum
  4  0.195    90.  -0. back_b_edge  OPAQUE   VERT -:-               alum_insu_i              ||< back_b_edge:plenum
  5  0.020     0.   0. back_edge    OPAQUE   VERT -:-               alum_insu_i              ||< identical environment
  6  0.215   270.   0. left_edge    OPAQUE   VERT -:-               alum_insu_i              ||< identical environment
  7  3.00      0.  90. upper        OPAQUE   CEIL -:-               alum_insu_i              ||< upper:plenum
  8  3.00      0. -90. base         OPAQUE   FLOR -:-               alum_panel               ||< rad_pnl:one_bed_400
 
  
In rad_400             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
alum_insu_i              3.8      0.0      3.4      0.0      0.0      0.4
alum_panel               3.0      0.0      3.0      0.0      0.0      0.0
 
 All surfaces will receive diffuse insolation (if shading not calculated).
 No shading analysis requested.
 No insolation analysis requested.
 
 
 Number of control periods:  1
 Period  1 start   0.00 finish  24.00
 User supplied hc values
   Surface orientation    Inside    Outside
  1 front_edge   (VERT)   default   default
  2 right_edge   (VERT)   default   default
  3 back_a_edge  (VERT)   default   default
  4 back_b_edge  (VERT)   default   default
  5 back_edge    (VERT)   default   default
  6 left_edge    (VERT)   default   default
  7 upper        (CEIL)   default   default
  8 base         (FLOR)    50.000   default
 
 
 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:
no casual gains
 
Daytype   Gain Label     Type    Unit Period Sensible  Latent      Radiant    Convec
          No.                          Hours Magn.(W)  Magn.(W)    Fraction   Fraction
 
 ____________________________________________________________
 
 Zone rad_600 ( 6) is composed of 7 surfaces and 10 vertices.
 It encloses a volume of 0.108m^3 of space, with a total surface
 area of 4.74m^2 & approx floor area of 2.16m^2
 rad_600 describes 600mm radiant panel
 Opaque partitions:ceiling:floor 4.5000m2.
 
 A summary of the surfaces in rad_600( 6) follows:
 
 Sur| Area  |Azim|Elev|          Surface                           | construction             |environment
    | m^2   |deg |deg | name       |optical|locat| use             | name                     |other side
  1  0.180   180.   0. front_edge   OPAQUE   VERT -:-               alum_insu_i              ||< identical environment
  2  0.030    90.   0. right_edge   OPAQUE   VERT -:-               alum_insu_i              ||< identical environment
  3  0.180     0.   0. back_edge    OPAQUE   VERT -:-               alum_insu_i              ||< back_edge:plenum
  4  0.010   270.   0. left_edge    OPAQUE   VERT -:-               alum_insu_i              ||< identical environment
  5  0.020   270.   0. join_400     OPAQUE   VERT -:-               alum_insu_i              ||< identical environment
  6  2.16      0.  90. upper        OPAQUE   CEIL -:-               alum_insu_i              ||< upper:plenum
  7  2.16      0. -90. base         OPAQUE   FLOR -:-               alum_panel               ||< rad_600:one_bed_600
 
  
In rad_600             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
alum_insu_i              2.6      0.0      2.3      0.0      0.0      0.2
alum_panel               2.2      0.0      2.2      0.0      0.0      0.0
 
 All surfaces will receive diffuse insolation (if shading not calculated).
 No shading analysis requested.
 No insolation analysis requested.
 
 
 Number of control periods:  1
 Period  1 start   0.00 finish  24.00
 User supplied hc values
   Surface orientation    Inside    Outside
  1 front_edge   (VERT)   default   default
  2 right_edge   (VERT)   default   default
  3 back_edge    (VERT)   default   default
  4 left_edge    (VERT)   default   default
  5 join_400     (VERT)   default   default
  6 upper        (CEIL)   default   default
  7 base         (FLOR)    50.000   default
 
 
 Air schedule notes:
no air flow
 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:
no casual gains
 
Daytype   Gain Label     Type    Unit Period Sensible  Latent      Radiant    Convec
          No.                          Hours Magn.(W)  Magn.(W)    Fraction   Fraction
 
 ____________________________________________________________
 
 Zone alt_rm_600 ( 7) is composed of 39 surfaces and 70 vertices.
 It encloses a volume of 41.0m^3 of space, with a total surface
 area of 102.m^2 & approx floor area of 17.3m^2
 alt_rm_600 is room with alternative location of rad pnl.
 There is 9.7200m2 of exposed surface area, 9.7200m2 of which is vertical.
 Facade opaque is 7.2720m2 &   42.1 % of floor area & average U of 0.478 & UA of 3.4747.
 Facade glazing is 2.4480m2 &  14.2 % of floor &  25.2 % facade with average U of 2.811 & UA of 6.8804
 Opaque partitions:ceiling:floor 65.346m2.
 
 A summary of the surfaces in alt_rm_600( 7) follows:
 
 Sur| Area  |Azim|Elev|          Surface                           | construction             |environment
    | m^2   |deg |deg | name       |optical|locat| use             | name                     |other side
  1  6.84    180.   0. exterior_wl  OPAQUE   VERT -:-               ext_wall_a               ||< external
  2  11.6     90.  -0. left_ptn     OPAQUE   VERT -:-               ptn_type_d               ||< identical environment
  3  7.41      0.   0. coridor_ptn  OPAQUE   VERT -:-               ptn_type_d               ||< identical environment
  4  11.6    270.  -0. right_ptn    OPAQUE   VERT -:-               ptn_type_d               ||< left_ptn:one_bed_600
  5  15.5      0. -90. floor        OPAQUE   FLOR -:-               struc_flr                ||< floor_alt:lower_plen
  6  0.432   180.   0. frame        OPAQUE   VERT -:-               door                     ||< external
  7  2.45    180.   0. window       DCF7671_ VERT -:-               dbl_glz                  ||< external
  8  2.31      0.   0. door         OPAQUE   VERT -:-               door                     ||< identical environment
  9  1.80      0.  90. bed          OPAQUE   CEIL -:-               door                     ||< bed_base:alt_rm_600
 10  1.80      0. -90. bed_base     OPAQUE   FLOR -:-               door                     ||< bed:alt_rm_600
 11  1.49      0.  90. abase_mass   OPAQUE   CEIL FURNI:-           door                     ||< abase_mass_:alt_rm_600
 12  1.49      0. -90. abase_mass_  OPAQUE   FLOR FURNI:-           door                     ||< abase_mass:alt_rm_600
 13  1.51      0.  90. amatress     OPAQUE   CEIL FURNI:-           upholstery               ||< amatress_:alt_rm_600
 14  1.51      0. -90. amatress_    OPAQUE   FLOR FURNI:-           upholstery               ||< amatress:alt_rm_600
 15  1.60    180.   0. bwdb_front   OPAQUE   VERT FURNI:-           shelves_20mm             ||< bwdb_front_:alt_rm_600
 16  1.60      0.   0. bwdb_front_  OPAQUE   VERT FURNI:-           shelves_20mm             ||< bwdb_front:alt_rm_600
 17  1.20     90.   0. bwdb_left    OPAQUE   VERT FURNI:-           shelves_20mm             ||< bwdb_left_:alt_rm_600
 18  1.20    270.   0. bwdb_left_   OPAQUE   VERT FURNI:-           shelves_20mm             ||< bwdb_left:alt_rm_600
 19  1.20     90.   0. bwdb_right   OPAQUE   VERT FURNI:-           shelves_20mm             ||< bwdb_right_:alt_rm_600
 20  1.20    270.   0. bwdb_right_  OPAQUE   VERT FURNI:-           shelves_20mm             ||< bwdb_right:alt_rm_600
 21  0.480     0.  90. bwdb_top     OPAQUE   CEIL FURNI:-           shelves_20mm             ||< bwdb_top_:alt_rm_600
 22  0.480     0. -90. bwdb_top_    OPAQUE   FLOR FURNI:-           shelves_20mm             ||< bwdb_top:alt_rm_600
 23  0.640   180.   0. bwdb_clths   OPAQUE   VERT FURNI:-           upholstery               ||< bwdb_clths_:alt_rm_600
 24  0.640     0.   0. bwdb_clths_  OPAQUE   VERT FURNI:-           upholstery               ||< bwdb_clths:alt_rm_600
 25  0.814     0.  90. cseat_mass   OPAQUE   CEIL FURNI:-           upholstery               ||< cseat_mass_:alt_rm_600
 26  0.814     0. -90. cseat_mass_  OPAQUE   FLOR FURNI:-           upholstery               ||< cseat_mass:alt_rm_600
 27  0.324    90.   0. carm_mass_l  OPAQUE   VERT FURNI:-           upholstery               ||< carm_mass_l_:alt_rm_600
 28  0.324   270.   0. carm_mass_l_ OPAQUE   VERT FURNI:-           upholstery               ||< carm_mass_l:alt_rm_600
 29  0.324    90.   0. carm_mass_r  OPAQUE   VERT FURNI:-           upholstery               ||< carm_mass_r_:alt_rm_600
 30  0.324   270.   0. carm_mass_r_ OPAQUE   VERT FURNI:-           upholstery               ||< carm_mass_r:alt_rm_600
 31  0.387     0.   0. dh4dcab_lf   OPAQUE   VERT FURNI:-           steel_pl_3mm             ||< identical environment
 32  0.387   180.   0. dh4dcab_rt   OPAQUE   VERT FURNI:-           steel_pl_3mm             ||< identical environment
 33  1.57    270.   0. dh4dcab_fr   OPAQUE   VERT FURNI:-           file_papers              ||< identical environment
 34  1.57     90.   0. dh4dcab_bk   OPAQUE   VERT FURNI:-           file_papers              ||< identical environment
 35  0.973     0. -90. dh4dcab_to   OPAQUE   FLOR FURNI:-           steel_pl_3mm             ||< identical environment
 36  0.973     0.  90. dh4dcab_ba   OPAQUE   CEIL FURNI:-           steel_pl_3mm             ||< identical environment
 37  2.16      0.  90. base         OPAQUE   CEIL -:-               alum_panel               ||< base:alt_rad_600
 38  2.16      0.  90. facade_ceil  OPAQUE   CEIL -:-               susp_ceil                ||< facade_ceil:plenum
 39  11.2      0.  90. back_ceiling OPAQUE   CEIL -:-               susp_ceil                ||< back_ceiling:plenum
 
  
In alt_rm_600          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                     6.0      0.4      0.0      3.3      0.0      2.3
dbl_glz                  2.4      2.4      0.0      0.0      0.0      0.0
susp_ceil               13.3      0.0     13.3      0.0      0.0      0.0
steel_pl_3mm             2.7      0.0      0.0      0.0      0.0      2.7
upholstery               3.6      0.0      0.0      3.6      0.0      0.0
shelves_20mm             4.5      0.0      0.0      4.5      0.0      0.0
file_papers              3.1      0.0      0.0      0.0      0.0      3.1
ext_wall_a               6.8      6.8      0.0      0.0      0.0      0.0
ptn_type_d              30.6      0.0     11.6      0.0      0.0     19.0
struc_flr               15.5      0.0     15.5      0.0      0.0      0.0
alum_panel               2.2      0.0      2.2      0.0      0.0      0.0
 
 An hourly solar radiation distribution is used for this zone.
 Insolation sources (all applicable):
window
 Explicit viewfactors have been derived for this zone.
visual type name    composition        visual type name    composition
 vis 1rot  afoot      door             vis 1rot  cleg_a steel_gr_3mm
 vis 1rot  ahead      door             vis 1rot  cleg_b steel_gr_3mm
 vis 1rot  abase      door             vis 1rot  cleg_c steel_gr_3mm
 vis 1rot  amatress   upholstery       vis 1rot  cleg_d steel_gr_3mm
 vis 1rot  apillow    upholstery       vis 1rot  cback upholstery
 vis 1rot  bwdb_base  shelves_20mm     vis 1rot  cseat upholstery
 vis 1rot  bwdb_dr1   shelves_20mm     vis 1rot  dh4df_cab steel_pl_3mm
 vis 1rot  bwdb_dr2   shelves_20mm     vis 1rot  dh4dr_a steel_gr_3mm
 vis 1rot  carm_l     upholstery       vis 1rot  dh4dr_b steel_gr_3mm
 vis 1rot  carm_r     upholstery       vis 1rot  dh4dr_c steel_gr_3mm
                                       vis 1rot  dh4dr_d    steel_gr_3mm
 
 Shading patterns have been calculated for this zone.
 
 
 Air schedule notes:
Reset ACH to 2.0 for winter use.
 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    2.00  0.0228    0.00  0.0000   0     0.00
saturday   1  0 - 24    2.00  0.0228    0.00  0.0000   0     0.00
sunday     1  0 - 24    2.00  0.0228    0.00  0.0000   0     0.00
 
Notes:
diverse occupancy and lighting gains during day, and small power is a
TV on in afternoon and early evening.
 
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    100.0     50.0       0.50       0.50
weekdays    2 Occupt     people    W    7- 8    400.0    200.0       0.50       0.50
weekdays    3 Occupt     people    W    8-18    100.0     50.0       0.50       0.50
weekdays    4 Occupt     people    W   18-22    400.0    200.0       0.50       0.50
weekdays    5 Occupt     people    W   22-24    100.0     50.0       0.50       0.50
weekdays    6 Lights     lighting  W    0-15    100.0      0.0       0.50       0.50
weekdays    7 Lights     lighting  W   15-16    500.0      0.0       0.50       0.50
weekdays    8 Lights     lighting  W   16-24    100.0      0.0       0.50       0.50
weekdays    9 Equipt     equipment W    0-24     80.0      0.0       0.50       0.50
saturday    1 Occupt     people    W    0- 7    100.0     50.0       0.50       0.50
saturday    2 Occupt     people    W    7- 8    400.0    200.0       0.50       0.50
saturday    3 Occupt     people    W    8-18    100.0     50.0       0.50       0.50
saturday    4 Occupt     people    W   18-22    400.0    200.0       0.50       0.50
saturday    5 Occupt     people    W   22-24    100.0     50.0       0.50       0.50
saturday    6 Lights     lighting  W    0-15    100.0      0.0       0.50       0.50
saturday    7 Lights     lighting  W   15-16    500.0      0.0       0.50       0.50
saturday    8 Lights     lighting  W   16-24    100.0      0.0       0.50       0.50
saturday    9 Equipt     equipment W    0-24     80.0      0.0       0.50       0.50
sunday      1 Occupt     people    W    0- 7    100.0     50.0       0.50       0.50
sunday      2 Occupt     people    W    7- 8    400.0    200.0       0.50       0.50
sunday      3 Occupt     people    W    8-18    100.0     50.0       0.50       0.50
sunday      4 Occupt     people    W   18-22    400.0    200.0       0.50       0.50
sunday      5 Occupt     people    W   22-24    100.0     50.0       0.50       0.50
sunday      6 Lights     lighting  W    0-15    100.0      0.0       0.50       0.50
sunday      7 Lights     lighting  W   15-16    500.0      0.0       0.50       0.50
sunday      8 Lights     lighting  W   16-24    100.0      0.0       0.50       0.50
sunday      9 Equipt     equipment W    0-24     80.0      0.0       0.50       0.50
 
 ____________________________________________________________
 
 Zone alt_rad_600 ( 8) is composed of 7 surfaces and 10 vertices.
 It encloses a volume of 0.108m^3 of space, with a total surface
 area of 4.74m^2 & approx floor area of 2.16m^2
 alt_rad_600 is an offset 600mm radiant panel
 Opaque partitions:ceiling:floor 4.5000m2.
 
 A summary of the surfaces in alt_rad_600( 8) follows:
 
 Sur| Area  |Azim|Elev|          Surface                           | construction             |environment
    | m^2   |deg |deg | name       |optical|locat| use             | name                     |other side
  1  0.180   180.   0. front_edge   OPAQUE   VERT -:-               alum_insu_i              ||< identical environment
  2  0.030    90.   0. right_edge   OPAQUE   VERT -:-               alum_insu_i              ||< identical environment
  3  0.180     0.   0. back_edge    OPAQUE   VERT -:-               alum_insu_i              ||< back_edge_al:plenum
  4  0.010   270.   0. left_edge    OPAQUE   VERT -:-               alum_insu_i              ||< identical environment
  5  0.020   270.   0. join_400     OPAQUE   VERT -:-               alum_insu_i              ||< identical environment
  6  2.16      0.  90. upper        OPAQUE   CEIL -:-               alum_insu_i              ||< upper_alt:plenum
  7  2.16      0. -90. base         OPAQUE   FLOR -:-               alum_panel               ||< base:alt_rm_600
 
  
In alt_rad_600         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
alum_insu_i              2.6      0.0      2.3      0.0      0.0      0.2
alum_panel               2.2      0.0      2.2      0.0      0.0      0.0
 
 All surfaces will receive diffuse insolation (if shading not calculated).
 No shading analysis requested.
 No insolation analysis requested.
 
 
 Number of control periods:  1
 Period  1 start   0.00 finish  24.00
 User supplied hc values
   Surface orientation    Inside    Outside
  1 front_edge   (VERT)   default   default
  2 right_edge   (VERT)   default   default
  3 back_edge    (VERT)   default   default
  4 left_edge    (VERT)   default   default
  5 join_400     (VERT)   default   default
  6 upper        (CEIL)   default   default
  7 base         (FLOR)    50.000   default
 
 
 Air schedule notes:
no air flow
 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:
no casual gains
 
Daytype   Gain Label     Type    Unit Period Sensible  Latent      Radiant    Convec
          No.                          Hours Magn.(W)  Magn.(W)    Fraction   Fraction
 
 ____________________________________________________________
 
 Project floor area is 90.120m2, wall area is 33.336m2, window area is 7.3440m2.
 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 40.680m2 of outside surface area, 40.680m2 of which is vertical.
 
 Outside walls are 36.991 % of floor area & average U of 0.416 & UA of 13.864 & max MLC thickness 0.363
 Glazing is 8.1491 % of floor & 18.053 % facade with average U of 2.811 & UA of 20.641
 
 ____________________________________________________________
 Multi-layer constructions used:
 
 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     18.11
 
 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      7.34
 
 Details of opaque construction: susp_ceil and overall thickness  0.013
 In category ceil_floor also shown in menus as: suspended plaster ceiling
A plaster ceiling with no acoustic treatment or insulation. For use as a suspended ceiling.
Symmetric so can be referenced from room or the voild.
 
 Layer|Thick |Conduc-|Density|Specif|IR  |Solar|Diffu| R    | Kg |Description
      |(mm)  |tivity |       |heat  |emis|abs  |resis|m^2K/W| m^2|
    1   13.0     0.420  1200.   837. 0.91 0.50     11.  0.03  15.6 gypsum plaster : Gypsum based plaster (inorganic-porous)
 ISO 6946 U values (horiz/upward/downward heat flow)=  4.976  5.850  4.150 (partition)  3.437
 Weight per m^2 of this construction   15.60
Kappa (thermal mass value)     6.5
 Total area of susp_ceil is     79.68
 
 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      8.16
 
 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     11.92
 
 Details of opaque construction: shelves_20mm and overall thickness  0.020
 In category fittings also shown in menus as: oak bookshelves (20mm)
Used to represent wooden shelves and case for book storage, furniture etc.
 
 Layer|Thick |Conduc-|Density|Specif|IR  |Solar|Diffu| R    | Kg |Description
      |(mm)  |tivity |       |heat  |emis|abs  |resis|m^2K/W| m^2|
    1   20.0     0.190   700.  2390. 0.90 0.45     12.  0.11  14.0 oak_light_stained : oak_light_stained (copy of oak)
 ISO 6946 U values (horiz/upward/downward heat flow)=  3.633  4.077  3.172 (partition)  2.738
 Weight per m^2 of this construction   14.00
Kappa (thermal mass value)    16.7
 Total area of shelves_20mm is     13.44
 
 Details of opaque construction: furn_wd10mm and overall thickness  0.010
 In category fittings also shown in menus as: oak shelves or furniture (10mm)
Used to represent 10mm wooden shelves and case for book storage, furniture etc.
 
 Layer|Thick |Conduc-|Density|Specif|IR  |Solar|Diffu| R    | Kg |Description
      |(mm)  |tivity |       |heat  |emis|abs  |resis|m^2K/W| m^2|
    1   10.0     0.190   700.  2390. 0.90 0.65     12.  0.05   7.0 oak : Oak (radial cut)
 ISO 6946 U values (horiz/upward/downward heat flow)=  4.492  5.191  3.808 (partition)  3.199
 Weight per m^2 of this construction    7.00
Kappa (thermal mass value)     8.4
 Total area of furn_wd10mm is      0.00
 
 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      0.00
 
 Details of opaque construction: file_papers and overall thickness  0.300
 In category fittings also shown in menus as: book paper layers on shelves
Used to represent large paper books and files 300mm thick on a shelf or in a filing cabinet.
 
 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     0.100   720.  1300. 0.90 0.65     12.  1.00  72.0 book_paper : book_paper .72 g/cc from paperonweb.com engineering toolbox other att
    2  100.0     0.060   620.  1300. 0.90 0.60     12.  1.67  62.0 news_paper : news_paper .62g/cc on paperonweb.com engineering toolbox other attrib
 Int   100.0     0.100   720.  1300. 0.90 0.65     12.  1.00  72.0 book_paper : book_paper .72 g/cc from paperonweb.com engineering toolbox other att
 ISO 6946 U values (horiz/upward/downward heat flow)=  0.261  0.263  0.258 (partition)  0.255
 Weight per m^2 of this construction  206.00
Kappa (thermal mass value)    93.6
 Total area of file_papers is      9.41
 
 Details of opaque construction: ext_wall_a and overall thickness  0.363
 In category project specific also shown in menus as: facade with aerated conc block
ext_wall_a is an insulated brick wall with core aerated concrete block
 
 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     0.960  2000.   650. 0.90 0.70     25.  0.10 200.0 Lt brown brick : Light brown brick (inorganic-porous)
    2   90.0     0.040   250.   840. 0.90 0.30      4.  2.25  22.5 glasswool : Glasswool (generic) (non-hygroscopic)
    3   50.0     -         -      -  -    -         -   -      -   air gap resistance  0.17 0.17 0.17
    4  100.0     0.240   750.  1000. 0.90 0.65     10.  0.42  75.0 aerated conc block : Aerated concrete block (inorganic-porous)
    5   10.0     -         -      -  -    -         -   -      -   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)=  0.299  0.301  0.295 (partition)  0.291
 Weight per m^2 of this construction  309.92
Kappa (thermal mass value)    75.6
 Total area of ext_wall_a is     32.04
 
 Details of opaque construction: ptn_type_d and overall thickness  0.099
 In category project specific also shown in menus as: acoustic white interior ptn
ptn_type_d is white pained gypboard over acoustic batts.
 
 Layer|Thick |Conduc-|Density|Specif|IR  |Solar|Diffu| R    | Kg |Description
      |(mm)  |tivity |       |heat  |emis|abs  |resis|m^2K/W| m^2|
 Ext    15.0     0.190   950.   840. 0.91 0.22     11.  0.08  14.2 white gypboard : White painted Gypboard (inorganic-porous)
    2   22.0     -         -      -  -    -         -   -      -   air gap resistance  0.17 0.17 0.17
    3   25.0     0.040   105.  1800. 0.90 0.60      1.  0.62   2.6 mineral fibre : Mineral fibre (non-hygroscopic)
    4   22.0     -         -      -  -    -         -   -      -   air gap resistance  0.17 0.17 0.17
 Int    15.0     0.190   950.   840. 0.91 0.22     11.  0.08  14.2 white gypboard : White painted Gypboard (inorganic-porous)
 ISO 6946 U values (horiz/upward/downward heat flow)=  0.773  0.792  0.750 (partition)  0.723
 Weight per m^2 of this construction   31.18
Kappa (thermal mass value)    23.9
 Total area of ptn_type_d is     85.81
 
 Details of opaque construction: struc_flr linked to struc_ceil & with overall thickness  0.353
 In category project specific also shown in menus as: strucural floor
struc_flr    is a ...
 
 Layer|Thick |Conduc-|Density|Specif|IR  |Solar|Diffu| R    | Kg |Description
      |(mm)  |tivity |       |heat  |emis|abs  |resis|m^2K/W| m^2|
 Ext   175.0     1.400  2100.   653. 0.90 0.65     19.  0.12 367.5 heavy mix concrete : Heavy mix concrete
    2  175.0     1.400  2100.   653. 0.90 0.65     19.  0.12 367.5 heavy mix concrete : Heavy mix concrete
 Int     3.0     0.500  1050.   837. 0.90 0.40   1000.  0.01   3.2 plastic tile : Plastic tile (impermeable)
 ISO 6946 U values (horiz/upward/downward heat flow)=  2.347  2.525  2.146 (partition)  1.938
 Weight per m^2 of this construction  738.15
Kappa (thermal mass value)   135.7
 Total area of struc_flr is     23.22
 
 Details of opaque construction: struc_ceil and overall thickness  0.357
 In category project specific also shown in menus as: structural ceiling
struc_ceil is 4mm white sheet.
 
 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     0.500  1050.   837. 0.90 0.40   1000.  0.01   3.2 plastic tile : Plastic tile (impermeable)
    2  175.0     1.400  2100.   653. 0.90 0.65     19.  0.12 367.5 heavy mix concrete : Heavy mix concrete
    3  175.0     1.400  2100.   653. 0.90 0.65     19.  0.12 367.5 heavy mix concrete : Heavy mix concrete
 Int     4.0   210.000  2700.   880. 0.82 0.32  19200.  0.00  10.8 wt cotd alum : White coated aluminium
 ISO 6946 U values (horiz/upward/downward heat flow)=  2.347  2.525  2.146 (partition)  1.938
 Weight per m^2 of this construction  748.95
Kappa (thermal mass value)   141.1
 Total area of struc_ceil is     69.66
 
 Details of opaque construction: alum_insu linked to alum_insu_i & with overall thickness  0.054
 In category project specific also shown in menus as: aluminium insu sheet
alum_insu is an insulated panel from 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   210.000  2700.   880. 0.82 0.32  19200.  0.00  10.8 wt cotd alum : White coated aluminium
 Int    50.0     0.040   105.  1800. 0.90 0.60      1.  1.25   5.2 mineral fibre : Mineral fibre (non-hygroscopic)
 ISO 6946 U values (horiz/upward/downward heat flow)=  0.704  0.719  0.685 (partition)  0.662
 Weight per m^2 of this construction   16.05
Kappa (thermal mass value)     9.5
 Total area of alum_insu is      8.18
 
 Details of opaque construction: alum_insu_i linked to alum_insu & with overall thickness  0.054
 In category project specific also shown in menus as: reversed alum insu sheet
alum_insu_i is reversed version of insulated panel pnl to void
 
 Layer|Thick |Conduc-|Density|Specif|IR  |Solar|Diffu| R    | Kg |Description
      |(mm)  |tivity |       |heat  |emis|abs  |resis|m^2K/W| m^2|
 Ext    50.0     0.040   105.  1800. 0.90 0.60      1.  1.25   5.2 mineral fibre : Mineral fibre (non-hygroscopic)
 Int     4.0   210.000  2700.   880. 0.82 0.32  19200.  0.00  10.8 wt cotd alum : White coated aluminium
 ISO 6946 U values (horiz/upward/downward heat flow)=  0.704  0.719  0.685 (partition)  0.662
 Weight per m^2 of this construction   16.05
Kappa (thermal mass value)     9.5
 Total area of alum_insu_i is      4.96
 
 Details of opaque construction: alum_panel and overall thickness  0.004
 In category project specific also shown in menus as: aluminium sheet
alum_panel   is a ...
 
 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   210.000  2700.   880. 0.82 0.32  19200.  0.00  10.8 wt cotd alum : White coated aluminium
 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   10.80
Kappa (thermal mass value)     4.8
 Total area of alum_panel is     13.20
