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BDL Sample - Single Family Residence with Sunspace |
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INPUT LOADS ..
TITLE LINE-1 *SINGLE FAMILY RESIDENCE *
LINE-2 *===WITH ATTACHED SUNSPACE===* ..
$ A SUNSPACE HAS BEEN ADDED TO THE SINGLE-FAMILY
$ RESIDENCE, RUN 1. THE HOUSE HAS BEEN ROTATED SO THAT THE
$ THE BACK OF THE HOUSE, TO WHICH THE SUNSPACE IS ATTACHED,
$ FACES SOUTH. THE SUNSPACE IS 21 FEET WIDE AND 8 FEET DEEP.
$ ITS FRONT WALL AND SLOPING ROOF ARE DOUBLE GLAZED.
$ TO CONTROL SOLAR RADIATION IN THE SUMMER, MOVABLE SHADES ARE
$ DEPLOYED FROM MID-MAY TO MID-SEPTEMBER WHEN TRANSMITTED
$ DIRECT SOLAR GAIN EXCEEDS 20 BTUH PER SQFT OF GLASS.
$ THE INTERIOR WALL SEPARATING THE SUNSPACE FROM THE MAIN HOUSE HAS
$ THE SAME CONSTRUCTION AS THE EXTERIOR WALLS OF THE HOUSE.
$ THIS INTERIOR WALL HAS A DOUBLE-GLAZED WINDOW AND SLIDING GLASS DOOR.
$ AIR IS CIRCULATED BY A FAN FROM SUNSPACE TO HOUSE AT 200 CFM FROM
$ MID-SEPTEMBER TO MID-MAY IF THE SUNSPACE AIR TEMPERATURE EXCEEDS THE
$ HOUSE AIR TEMPERATURE BY 4F OR MORE. TO CONTROL OVERHEATING, THE
$ SUNSPACE IS VENTED WITH OUTSIDE AIR DURING THE DAY AT 20 ACH
$ IF THE SUNSPACE TEMPERATURE EXCEEDS 90F DURING THE WINTER
$ OR 80F DURING THE SUMMER.
$
$ 21
$ *-----------------*
$ * *
$ 8 * SUNSPACE *
$ * *
$ * *
$ ***-----************---******-----***
$ * *
$ * *
$ * *
$ * *
$ * *
$ * HOUSE * 28
$ * *
$ * *
$ * *
$ * *
$ * *
$ ***---****---***************-----****
$ 42
$
$ PLAN OF RANCH-STYLE HOUSE WITH
$ ATTACHED SUNSPACE
$
$
$ NOTE THAT THE LOADS INPUT RESULTS IN THE CAUTION MESSAGE --
$ SUNSPACE INTERIOR WALL SSINTWAL HAS X=0, Y=0 AND THEREFORE MAY NOT
$ BE CORRECTLY POSITIONED. THIS MAY CAUSE AN INACCURATE CALCULATION
$ OF SOLAR RADIATION ABSORBED BY THE WALL.
$ THIS IS SIMPLY A REMINDER THAT THE USER MAY HAVE NEGLECTED TO
$ GEOMETRICALLY LOCATE THE INTERIOR WALL OF THE SUNSPACE, IN WHICH
$ CASE X AND Y WOULD DEFAULT TO ZERO. SINCE THE WALL IN THIS EXAMPLE
$ HAS BEEN INTENTIONALLY LOCATED AT X=0 AND Y=0, THIS MESSAGE CAN BE
$ IGNORED. (IN DOE-2.1B AND EARLIER VERSIONS OF THE PROGRAM, THE
$ X, Y, Z, AND AZIMUTH KEYWORDS FOR INTERIOR WALLS WERE NOT USED.)
$
$ SUNSPACE-RELATED INPUT IS INDICATED BY A DOUBLE DOLLAR SIGN.
$
$ (TO SIMPLIFY THE INPUT, THE EXTERIOR SURFACES IN THIS EXAMPLE HAVE
$ NOT BEEN DIVIDED INTO SEPARATE STUD AND INSULATED PORTIONS AS WAS
$ DONE IN SINGLE FAMILY RESIDENCE RUN 1. INSTEAD, THE ENTIRE OPAQUE
$ AREA OF THE EXTERIOR WALLS AND ROOFS IS ASSUMED TO BE INSULATED.)
$ -----HEADING----- $
DIAGNOSTIC CAUTIONS ..
ABORT ERRORS ..
RUN-PERIOD JAN 1 1974 THRU DEC 31 1974 ..
BUILDING-LOCATION LAT=42 LON=88 T-Z=6 ALT=610 AZ=180 ..
LOADS-REPORT SUMMARY=(LS-B,LS-D,LS-E)
VERIFICATION=(LV-D,LV-F,LV-H,LV-I,LV-J) ..
$ -----SCHEDULES----- $
SCH-1 =DAY-SCHEDULE (1,5) (.1) (6,9) (.17,.22,.44,.26)
(10,11) (.16) (12,14) (.20,.15,.13)
(15,16) (.13) (17,19) (.19,.21,.23)
(20,24) (.37) ..
INT-LDS-1 =SCHEDULE THRU DEC 31 (ALL) SCH-1 ..
MAXSOL-1 =SCHEDULE THRU MAY 15 (ALL)(1,24)(1000.) $$
THRU SEP 15 (ALL)(1,24)(20.) $$
THRU DEC 31 (ALL)(1,24)(1000.) .. $$
SOLTRN-1 =SCHEDULE THRU DEC 31 (ALL)(1,24)(0.15) .. $$
SHSCH-1 =SCHEDULE THRU DEC 31 (ALL)(1,24)(0.20) .. $$
$ -----MATERIALS----- $
DRYWALL-1 =MAT TH=.0417 COND=.0925 DENS=50 S-H=.26 $1/2 IN DRYWALL$ ..
WALL-INS-1=MAT TH=.2618 COND=.0238 DENS=6 S-H=.2 $R11 INSULATION$ ..
SHEATH-1 =MAT TH=.0417 COND=.0342 DENS=22 S-H=.31 $1/2-IN SHEATHING$ ..
AL-SIDE-1 =MAT TH=.0104 COND=.0171 DENS=170 S-H=.29 $ALUM SIDING$ ..
AS-SHG-1 =MAT TH=.0208 COND=.0473 DENS=70 S-H=.30 $ASPHALT SHINGLES$ ..
PLYW-1 =MAT TH=.0417 COND=.0667 DENS=34 S-H=.29 $1/2-IN PLYWOOD$ ..
CEIL-INS-1=MAT TH=.4522 COND=.0238 DENS=6 S-H=.2 $R19 INSULATION$ ..
AT-AIR-1 =MAT RES=3.1 $ATTIC AIR SPACE$ ..
EXP-POLY-1=MAT TH=.0833 COND=.0167 DENS=2.2 S-H=.29 $1-IN POLYSTYRENE$ ..
CONCRETE-1=MAT TH=.3333 COND=.7576 DENS=140 S-H=.2 $4-IN CONCRETE$ ..
CARP/PAD-1=MAT RES=2.08 $CARPET AND PAD$ ..
$ -----GLAZING----- $
GT-WIN-1 =GLASS-TYPE P=2 S-C=.83 ..
GTSS-1 =GLASS-TYPE P=2 GLASS-TYPE-CODE=1 .. $$
$ -----CONSTRUCTIONS----- $
LAY-1 =LAYERS MAT=(AL-SIDE-1,SHEATH-1,WALL-INS-1,DRYWALL-1) ..
INS-WL-1 =CONS LAYERS=LAY-1 ..
LAY-3 =LAYERS MAT=(AS-SHG-1,PLYW-1,AT-AIR-1,CEIL-INS-1,
DRYWALL-1) I-F-R=.61 ..
INS-RF-1 =CONS LAYERS=LAY-3 ABS=.86 ..
LAY-5 =LAYERS MAT=(EXP-POLY-1,CONCRETE-1,CARP/PAD-1)
I-F-R=0.92 ..
SLAB-1 =CONS LAYERS=LAY-5 ..
LAY-6 =LAYERS MAT=(EXP-POLY-1,CONCRETE-1) $$
I-F-R=0.92 .. $$
SLAB-SS =CONS LAYERS=LAY-6 .. $$
DR-1 =CONS U=.629 ABS=.78 ..
$ -----WALL PARAMETERS FOR SUNSPACE INTERIOR WALL----- $
SSIWPAR =WALL-PARAMETERS FOR INTERIOR-WALL $$
AIR-FLOW-TYPE=FORCED-RECIRC $$
AIR-FLOW-CTRL-DT=4 $$
AIR-FLOW-RATE=200 $$
FAN-KW=0.00005 $$
..
CONSSIW =CONS LAYERS=LAY-1 $$
WALL-PARAMETERS=SSIWPAR .. $$
$ -----BUILDING SHADE----- $
BUILDING-SHADE X=0 Y=0 Z=8 H=1.5 W=42
AZ=180 TILT=180 ..
BUILDING-SHADE X=0 Y=28 Z=8 H=1.5 W=21
AZ=180 TILT=0 ..
$ -----SPACE DESCRIPTION----- $
HOUSE-1 =SPACE A=1176 V=9408
SOURCE-SCHEDULE=INT-LDS-1
SOURCE-TYPE=ELECTRIC SOURCE-BTU/HR=10252
FLOOR-WEIGHT=0
INF-METHOD=RESIDENTIAL ..
FRONT-WL-1=EXTERIOR-WALL H=8 W=42 AZ=180 CONS=INS-WL-1 ..
WIN-1 =WINDOW H=5.17 W=10.68 G-T=GT-WIN-1 X=7 Y=2 ..
DOOR-1 =DOOR H=6.67 W=3 CONS=DR-1 X=26 ..
RIGHT-WL-1=EXTERIOR-WALL H=8 W=28 AZ=90 X=42 Y=0 CONS=INS-WL-1 ..
REAR-WL-1 =EXTERIOR-WALL LIKE FRONT-WL-1 W=21 X=21 Y=28 AZ=0 ..
WIN-3 =WINDOW H=4 W=5 X=12 Y=2 G-T=GT-WIN-1 ..
LEFT-WL-1 =EXTERIOR-WALL LIKE RIGHT-WL-1 X=0 Y=28 AZ=270 ..
FRONT-RF-1=ROOF H=14 W=42 Z=8 AZ=180 TILT=22.62
CONS=INS-RF-1 ..
REAR-RF-1 =ROOF LIKE FRONT-RF-1 X=42 Y=28 AZ=0 ..
UF-1 =UNDERGROUND-FLOOR CONS=SLAB-1 A=1176
U-EFFECTIVE=.014 $ =(PERIM AREA/TOTAL AREA) X $
$ OVERALL U = (140/1176)X.12 $
..
SUNSP-1 =SPACE SUNSPACE=YES $$
AREA=168 VOLUME=1428 $$
X=21 Y=28 AZIMUTH=0 $$
FLOOR-WEIGHT=0 $$
INF-METHOD=RESIDENTIAL .. $$
SSLEFT =EXTERIOR-WALL H=8.5 W=8 X=0 Y=8 AZ=270 Z=-1.5 $$
CONS=INS-WL-1 .. $$
SSRIGHT =EXTERIOR-WALL H=8.5 W=8 X=21 Y=0 AZ=90 Z=-1.5 $$
CONS=INS-WL-1 .. $$
SSFRONT =EXTERIOR-WALL H=7.5 W=21 X=21 Y=8 AZ=0 Z=-1.5 $$
CONS=INS-WL-1 .. $$
SSFRONTWIN =WINDOW H=6.5 W=20 X=.5 Y=.5 $$
GLASS-TYPE=GTSS-1 $$
MAX-SOLAR-SCH=MAXSOL-1 $$
SHADING-SCHEDULE=SHSCH-1 $$
SOL-TRANS-SCH=SOLTRN-1 .. $$
SSROOF =ROOF H=6.8 W=21 X=21 Y=8 Z=6 $$
AZ=0 TILT=17 $$
CONS=INS-WL-1 .. $$
SSROOFWIN =WINDOW LIKE SSFRONTWIN H=5.5 .. $$
SSINTWAL =INTERIOR-WALL H=8 W=21 X=0 Y=0 AZ=180 $$
CONS=CONSSIW NEXT-TO HOUSE-1 .. $$
SSINTWIN-1 =WINDOW H=6.67 W=6 X=11.5 Y=0 $$
GLASS-TYPE=GTSS-1 .. $$
SSINTWIN-2 =WINDOW LIKE SSINTWIN-1 H=4 W=3 X=2.5 Y=3 $$
..
SSFLOOR =UNDERGROUND-FLOOR AREA=168 CONS=SLAB-SS $$
U-EFFECTIVE=.055 .. $$
$ -----HOURLY REPORTS----- $
HR-SCH-1 =SCHEDULE THRU JAN 24 (ALL)(1,24)(0)
THRU JAN 25 (ALL)(1,24)(1)
THRU JUL 5 (ALL)(1,24)(0)
THRU JUL 6 (ALL)(1,24)(1)
THRU DEC 31 (ALL)(1,24)(0) ..
OUT-1 =REPORT-BLOCK VARIABLE-TYPE=GLOBAL
VARIABLE-LIST=(4,3,2,16,6,21,22,50,51) ..
OUT-2 =REPORT-BLOCK V-T=HOUSE-1
V-L=(19,20,18,14,33,22,37,39,41,42) ..
OUT-3 =REPORT-BLOCK LIKE OUT-2 V-T=SUNSP-1 ..
OUT-4 =REPORT-BLOCK V-T=SSFRONTWIN
V-L=(1,2,10,11,12,13,14,15,16,17,19,20,23) ..
LDS-REP-1 =HOURLY-REPORT REPORT-SCHEDULE=HR-SCH-1
REPORT-BLOCK=(OUT-1,OUT-2,OUT-3,OUT-4) ..
END ..
COMPUTE LOADS ..
INPUT SYSTEMS ..
SYSTEMS-REPORT SUMMARY=(SS-A,SS-B,SS-C,SS-F,SS-H,SS-O)
..
$ -----SCHEDULES----- $
HEAT-1 =SCHEDULE THRU DEC 31 (ALL)(1,8)(55)(9,22)(70)
(23,24)(55) ..
COOL-1 =SCHEDULE THRU DEC 31 (ALL)(1,24) (78) ..
HOUSEVENT-1=SCHEDULE THRU DEC 31 (ALL)(1,8)(0)(9,22)(1)
(23,24)(0) ..
HOUSEVTEMP-1=SCHEDULE THRU DEC 31 (ALL)(1,24) (75) ..
SSVENT-1 =SCHEDULE THRU DEC 31 (ALL)(1,8)(0)(9,22)(1) $$
(23,24)(0) .. $$
SSVENTEMP-1=SCHEDULE THRU MAY 15 (ALL)(1,24)(90) $$
THRU SEP 15 (ALL)(1,24)(80) $$
THRU DEC 31 (ALL)(1,24)(90) .. $$
SSFLOWSCH-1=SCHEDULE THRU MAY 15 (ALL)(1,24)(1) $$
THRU SEP 15 (ALL)(1,24)(0) $$
THRU DEC 31 (ALL)(1,24)(1) .. $$
$ -----ZONE DATA----- $
HOUSE-1 =ZONE DESIGN-HEAT-T=70 DESIGN-COOL-T=78
ZONE-TYPE=CONDITIONED
ASSIGNED-CFM=700
THERMOSTAT-TYPE=TWO-POSITION
HEAT-TEMP-SCH=HEAT-1
COOL-TEMP-SCH=COOL-1 ..
SUNSP-1 =ZONE DESIGN-HEAT-T=70 DESIGN-COOL-T=78 $$
ZONE-TYPE=UNCONDITIONED $$
SS-FLOW-SCH=SSFLOWSCH-1 $$
SS-VENT-SCH=SSVENT-1 $$
SS-VENT-T-SCH=SSVENTEMP-1 $$
SS-VENT-CST=20 $$
SS-VENT-KW=.00004 .. $$
$ -----AIR CONDITIONER AND GAS FURNACE PARAMETERS----- $
SYS-1 =SYSTEM SYSTEM-TYPE=RESYS
ZONE-NAMES=(HOUSE-1,SUNSP-1) $$
MAX-SUPPLY-T=140 MIN-SUPPLY-T=50
COOLING-CAPACITY=24000 COOLING-EIR=.427
COOL-SH-CAP=16000
HEATING-CAPACITY=-50000
HEAT-SOURCE=FURNACE FURNACE-AUX=100
NATURAL-VENT-AC=10
NATURAL-VENT-SCH=HOUSEVENT-1
VENT-TEMP-SCH=HOUSEVTEMP-1 ..
PLANT-1 =PLANT-ASSIGNMENT SYSTEM-NAMES=(SYS-1) ..
$ -----HOURLY REPORTS----- $
HR-SCH-1 =SCHEDULE THRU JAN 24 (ALL) (1,24) (0.)
THRU JAN 25 (ALL) (1,24) (1.)
THRU JUL 5 (ALL) (1,24) (0.)
THRU JUL 6 (ALL) (1,24) (1.)
THRU DEC 31 (ALL) (1,24) (0.) ..
OUT-1 =R-B V-T=GLOBAL V-L=(8) ..
OUT-2 =R-B V-T=HOUSE-1 V-L=(6,21,7,8,61) ..
OUT-3 =R-B V-T=SUNSP-1 V-L=(6,21,8,61,64) ..
OUT-4 =R-B V-T=HOUSE-1 V-L=(1,17,18,62,56,57,58,59,60) ..
OUT-5 =R-B V-T=SUNSP-1 V-L=(1,17,18,62,58,59,60,63) ..
OUT-6 =R-B V-T=SYS-1 V-L=(2,3,5,6,32,33,49,45,47,48,61,
62,63,64,66,67,68,70,71) ..
OUT-7 =R-B V-T=PLANT-1
V-L=(1,2,3) ..
SYS-REP-1=H-R R-SCH=HR-SCH-1 R-B=(OUT-1,OUT-2,OUT-3,OUT-4,OUT-5) ..
SYS-REP-2=H-R R-SCH=HR-SCH-1 R-B=(OUT-6,OUT-7) ..
END ..
COMPUTE SYSTEMS ..
STOP ..
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