PROJECT

LOCATION U.A.E (ABU DHABI)

CLIENT XYZ
CONSULTANT ABC
126.00
Area or Sun Gain or
Item
Quantity Temp. Diff.
ROOM HEAT Q= U*A*ΔT
ROOM SENSIBLE HEAT
Solar Gain - Glass Area ΔT
Glass - N SqFt x x
Glass - NE SqFt x x
Glass - E SqFt x x
Glass - SE 15.50 SqFt x 13.00 x
Glass - S SqFt x x
Glass - SW 11.62 SqFt x 100.00 x
Glass - W SqFt x x
Glass - NW SqFt x x
Skylight SqFt x x
Solar & Transmission Gain - Walls & Roof
Wall - N SqFt x F x
Wall - NE SqFt x F x
Wall - E SqFt x F x
Wall - SE 138.33 SqFt x 37.50 F x
Wall - S SqFt x F x
Wall - SW 128.35 SqFt x 35.50 F x
Wall - W SqFt x F x
Wall - NW SqFt x F x
Roof 300.00 SqFt x 45.50 F x
Transmission Gain - Except Walls & Roof
All Glass 27.10 SqFt x 36.00 F x
Partition 46.15 SqFt x 31.00 F x
Ceiling SqFt x F x
Floor 300.00 SqFt x 31.00 F x
INFILTRATION AND BY PASSED AIR
Infiltration CFM x 36.00 T.Diff x
Outside Air 28.00 CFM x 36.00 x
Internal Heat
People 2.00 Nos. x 230.00 Btu/Hour Per Person
Lighting 300.00 SqFt x 1.00 W/SqFt x
Equipments 1.00 200.00 Watts x
Power kW/Hp x
Sub Total
Factor
Effective Room Sensible Heat
ROOM LATENT HEAT
Infiltration 0.00 CFM x 6.00 Gr/Lb x
Outside Air 28.00 CFM x 6.00 Gr/Lb x
People 2.00 Nos. x 120.00 Btu/Hour Per Person
 Sub Total
Factor
Effective Room Latent Heat
EFFECTIVE ROOM TOTAL HEAT
OUTSIDE AIR HEAT
Sensible 28.00 CFM x 36.00 F(TD) x
Latent 28.00 CFM x 6.00 Gr/Lb x
OUTSIDE AIR TOTAL HEAT
GRAND SUB-TOTAL HEAT
Factor
GRAND TOTAL HEAT

TONS=GRAND TOTAL HEAT/12000

 INPUT VALUES ARE TO BE GIVEN IN BLUE COLOR BOXES ONLY
FLOOR Ground Floor
HABI) SPACE REFERENCE R-01, Flat-1, Bedroom,Residen
AREA ( SqFt) (WxH) 300.00
Falce Ceiling Height (Ft) 9.40
Volume (CuFt) 2,820.00
Estimate for Summer
Factor (U) Btu/Hour Watts
Design Conditions DB (°F)
Q= U*A*ΔT Ambient(Out Side) 111.00
Room (InDoor) 75.00
U Difference Δ 36.00
0.00
0.00
0.00 By Pass Factor (BF)
0.30 60.45 Contact Factor (CF = 1 - BF)
0.00 CFM Ventilation
0.30 348.60 CFM Per Person 5.00 No
0.00 CFM Per SqFt 0.06 Sqft
0.00 Air Change Per Hour (CFM)
0.00 CFM Cu.ft 2,820.00 x
CFM Infiltration
0.00 Swinging x
0.00 Revolving Doors (People) x
0.00 Open Doors x
0.05 259.37 Crack (feet) x
0.00
0.05 227.82 Supply CFM from Machine
0.00 Effective Room Sensible Heat Factor =
0.00 Effective Room Sensible Heat/Eff Room Total Heat
0.05 614.25 Apparatus Dew Point (ADP)
Indicated ADP (°F)
0.30 292.68 Selected ADP (°F)
0.50 715.32 Dehumidified Rise
0.00 (Room DB - ADP) x CF
0.27 2,511.00 DEHUMIDIFIED AIR QUANTITY
Effective Room Sensible Heat
1.08 0.00 Dehumidified Rise x 1.08
130.64

460.00 TOTAL HEAT CAPACITY

3.41 1,023.00 Grand Total Heat
3.41 682.00
0.00
7,325.13
5-15% 1,098.77
8,423.90 1.00 SENSIBLE HEAT CAPACITY
Grand Sensible Heat
0.68 0.00 12,000.00
BFx0.68 13.71
240.00
 253.71
2.5 - 5% 12.69
266.39 2.00
8,690.30

CF x 1.08 958.00 3.00

CF x 0.68 100.53 4.00
1,058.53 Notes:
9,748.83
1 - 3% 292.46
10,041.30
TMBH 10.04
TKW 2.91
TSMBH 9,381.90
TSKW 2,720.75
0.84
 Ground Floor
01, Flat-1, Bedroom,Residential (ABU DHABI)
300.00
9.40
2,820.00
Summer
WB (°F) RH (%) HR (Gr/Lb)
75.00 19.00 74.00
63.00 50.00 68.00
12.00 31.00 6.00

= 0.12
= 0.88
tion
= 2.00 = 10.00
x 300.00 = 18.00
=
0.00 x1/60 = 0.00
ion
cfm/door = 0.00
cfm/door = 0.00
1.00 cfm/door = 0.00
cfm/ft = 0.00
0.00
Machine

= 0.97
oint (ADP)
=
= 54.60
Rise
= 17.95

= 434.49 CFM

= 204.21 L/s

= 0.84 TR

= 0.84 TR
PROJECT HOTEL (G+3)

CLIENT XXXXX
CONSULTANT YYYY

Area or Sun Gain or

Item
Quantity Temp. Diff.
ROOM HEAT Q= U*A*ΔT
ROOM SENSIBLE HEAT
Solar Gain - Glass Area ΔT
Glass - N 4.00 SqFt x 39.50 x
Glass - NE SqFt x x
Glass - E SqFt x x
Glass - SE SqFt x x
Glass - S SqFt x x
Glass - SW SqFt x x
Glass - W SqFt x x
Glass - NW SqFt x x
Skylight SqFt x x
Solar & Transmission Gain - Walls & Roof
Wall - N 127.92 SqFt x 24.50 F x
Wall - NE SqFt x F x
Wall - E SqFt x F x
Wall - SE SqFt x F x
Wall - S SqFt x F x
Wall - SW SqFt x F x
Wall - W 196.80 SqFt x 32.50 F x
Wall - NW SqFt x F x
Roof 260.00 SqFt x 54.50 F x
Transmission Gain - Except Walls & Roof
All Glass (Outside-Inside Temp) 4.00 SqFt x 40.00 F x
Partition (Outside-Inside Temp-5F) 68.88 SqFt x 35.00 F x
Ceiling SqFt x F x
Floor (Outside-Inside Temp-5F) 260.00 SqFt x 35.00 F x
INFILTRATION AND BY PASSED AIR
Infiltration 0.00 CFM x 40.00 T.Diff x
Outside Air 35.60 CFM x 40.00 x
Internal Heat
People 4.00 Nos. x 230.00 Btu/Hour Per Person
Lighting 294.00 SqFt x 1.11 W/SqFt x
Equipments 1.00 0.00 Watts x
Power kW/Hp x
Sub Total
Factor
Effective Room Sensible Heat
ROOM LATENT HEAT
Infiltration 0.00 CFM x 70.00 Gr/Lb x
Outside Air 35.60 CFM x 70.00 Gr/Lb x
People 4.00 Nos. x 120.00 Btu/Hour Per Person
 Sub Total
Factor
Effective Room Latent Heat
EFFECTIVE ROOM TOTAL HEAT
OUTSIDE AIR HEAT
Sensible 35.60 CFM x 40.00 F(TD) x
Latent 35.60 CFM x 70.00 Gr/Lb x
OUTSIDE AIR TOTAL HEAT
GRAND SUB-TOTAL HEAT
Factor
GRAND TOTAL HEAT

TONS=GRAND TOTAL HEAT/12000

 INPUT VALUES ARE TO BE GIVEN IN BLUE COLOR BOXES ONLY
G+3) FLOOR GROUND FL
SPACE REFERENCE MASTER BED
X AREA ( SqFt) (WxH) 260.00
Falce Ceiling Height (Ft) 9.84
Volume (CuFt) 2,558.4
Estimate for Summe
Factor (U) Btu/Hour Watts
Design Conditions DB (°F)
Q= U*A*ΔT Ambient(Out Side) 115.00
Room (InDoor) 75.00
U Difference Δ 40.00
0.59 93.22
0.00
0.00 By Pass Factor (BF)
0.00 Contact Factor (CF = 1 - BF)
0.00 CFM Ventilation
0.00 CFM Per Person 5.00 No
0.00 CFM Per SqFt 0.06 Sqft
0.00 Air Change Per Hour (CFM)
0.00 CFM Cu.ft 2,558.40 x
CFM Infiltration
0.25 783.51 Swinging 0.00 x
0.00 Revolving Doors (People) 0.00 x
0.00 Open Doors x
0.00 Crack (feet) x
0.00
0.00 Supply CFM from Machine
0.25 1,599.00 Effective Room Sensible Heat Factor =
0.00 Effective Room Sensible Heat/Eff Room Total Heat
0.20 2,834.00 Apparatus Dew Point (ADP)
Indicated ADP (°F)
0.59 94.40 Selected ADP (°F)
0.18 433.94 Dehumidified Rise
0.00 (Room DB - ADP) x CF
0.27 2,457.00 DEHUMIDIFIED AIR QUANTITY
Effective Room Sensible Heat
1.08 0.00 Dehumidified Rise x 1.08
153.79

920.00 TOTAL HEAT CAPACITY

3.41 1,112.82 Grand Total Heat
3.41 0.00
0.00
10,481.69
5-15% 1,572.25
12,053.94 1.00 SENSIBLE HEAT CAPACITY
Grand Sensible Heat
0.68 0.00 12,000.00
BFx0.68 169.46
480.00
 649.46
2.5 - 5% 32.47
681.93 2.00
12,735.87

CF x 1.08 1,384.13 3.00

CF x 0.68 1,525.10 4.00
2,909.23 Notes:
15,645.10
1 - 3% 469.35
16,114.45
TMBH 16.11
TKW 4.67
TSMBH 13,438.07
TSKW 3,897.04
1.34
 GROUND FLOOR
MASTER BEDRROM
260.00 260
9.84
2,558.40
Summer
WB (°F) RH (%) HR (Gr/Lb)
85.00 28.80 135.00
63.00 50.00 65.00
22.00 21.20 70.00

= 0.10 The perchantage of air passes through the coil unchanged is called as BF
= 0.90
ation
= 4.00 = 20.00
x 260.00 = 15.60
=
0.00 x1/60 = 0.00
ation
10.00 cfm/door = 0.00 ESTIDAMASUSTAINABILITY
1.00 cfm/door = 0.00 0.15 SOLID ROOM
1.00 cfm/door = 0.00 0.2 GLASS ENCLOSURE
cfm/ft = 0.00
0.00 0.15-2
m Machine

= 0.95
oint (ADP)
=
= 53.00 Coil surface temperature of cooling coil
d Rise
= 19.80

= 563.69 CFM

= 264.93 L/s

= 1.34 TR

= 1.34 TR
nged is called as BF

CIBSE BUIL 16 1 TIME

MIET 14 1 TIME
IMECHE CLA1 CLA 2 APPLICATION PROC
APPLICATION PROCINTERV
solar & tr.gain
wall delta T 15 1-t-21
WALL Correction 16 1-t-23
roof delta t 16 1-t-22
roof Correction 16 1-t-23

solar gain
glass latitude 13,14

adp room temp 37