Evaluasi kinerja energi pada gedung W UK Petra dengan ...

Ruang

203

204

205

206

207

208

209

209A

210

Sela-sar 1

Sela-sar2

m • — »

Luas

(m*)

19.74

19.74

25.14

19.74

19.74

19.74

60.74

5.4

5.4

1182.17

294.56

(ft2)

212.480

212.480

270.605

212.480

212.480

212.480

653.800

5S.125

58.125

12724.77

3170.62

Exterior Wall

Fa-cing

0 135

135

225

225

315

315

45

0

270

-

Lebar

(m)

4.75

4.75

9.75

4.75

4.75

475

13

5

5

(ft)

15.584

15.584

31.988

15.584

15.584

15.584

42.651

16.404

16.404

-

-

Pintu

(ft2)

17.222

17.222

17.222

17.222

17.222

17.222

17.222

17.222

Jendela

(m2)

6.365

6.365

9.365

6.365

6.365

6.365

17.593

3

3

(ft2)

20.883

20.883

^30.725

20.883

20.883

20.883

57.720

9,843

9.843

Next to

209 204

209 205

209 206

209 207 210

209 208 210

209 209A

209 ~ 208

206 207

Interior Wall

Lebar

(m)

8 5

2.05 5.85

2 4.9

2.1 3.15

2

2 5 2

5.3 2

2 2

2 2

m 26.247 16.404

6.726 19.193

6.562 16.076

6.890 10.335 6.562

6.562 16.404 6.562

17.388 6.562

6.562 6.562

6.562 6.562

Num-ber of People

1

2

~2~

0

1

1

3

2

HZZ

Lampu Jum-lah

6 _,

6

5~

4

4

4

18

1

1

118 8 7

20 6

Tipe

Sus-F

Sus-F

Sus-F

Sus-F

Sus-F

Sus-F

Sus-F

Sus-F

Sus-F

Sus-F Sus

RFNV

Sus RFNV

Daya

(watt)

40

40

40

40

40

40

40

40

40

40 " 40 9

40 9

Daya AC

_Btu/h__

10450

10450

T0450

10450

-10450

10450

7000

-

Equip-ment

(Kw)

0.5

0.25

0.25

-

0.3

0.25

1.502

1.75

-

Keterangan

Tinggj=3.84m=12.597ft

R. Baca khusus

R. Kerja Dosen S2

R. Kerja Dosen S2

R. Rapat

R. Direktur S2

R. Kepala Program

R. Tata Usaha S2

Gudang

__R. Server MitraNET

Tinggi lantai = 4.59m = 15.059ft

I 1 -te — ~ •--fi n o. B P

JS

http://www.petra.ac.id

http://digilib.petra.ac.id/help.htm

http://digilib.petra.ac.id/master-index.htm


http://digilib.petra.ac.id/index.html

http://digilib.petra.ac.id/help.html

Ruang

"303

"304

305

306

308

309

Sela-sar 3"

Luas

(m2)

146". 33

146.33

44.55

49.62

55.54

90.68

390.27

_ _ .. ^

(ft2)

15757083

"15751583

479.532

534.105

597.828

976.071

4200.83

- -

_ ,

Fa-cing

0 180 225 90

180 135 270

270 0

45

270 0

90 0

315 0 90

Exterior Wall

Lebar

(m)

" 8.4 " 5

14.3

8.4 5

14.3

8.53 2.1

5

5.8 "6.3

5.8 7.14

5 1.22 8.53]

- —'

«

27.559 16.404 47 014

27.559 16.404 47.014

27.986 6.890

16.404

19.029 20.669

19:029 23:425

16.404 4.003

27.986

7

Pintu

(ft2)

34 444

34.444

"347444

TT222

17222

17.222

34.444

Jendela

(m>)

10.757 3

14.108

10.757 3

14.108

4.158 3.255 2.52

"6.5T 9.765

7.75 11.129

3 1.891 4.158

— —

(ft2)

1157787 32.292

151.857

115.787 32.292

151.857

44.756 35.037 27.125

70.073 105.110

83.420 119.792

32.292 20.355 44.756

Nextto

304 309

305

3C9 306

309

[

-

Interior Wall

Lebar

(m)

678 6.2

6.2

8.8 13.7

12.6

fft)

"28.871" 20.341

20.341

28.871 44.948

41.995

--

-

-

Num-ber of People

80

25

"30

30

~~<T~

...

-

Lampu

Jum-lah

28

28

22

"8"

8

TS"

34 7

Tipe

Sus-T

Sus-F

Sus-F

"Sus-F

Sus-F

Sus-F

Sus RFNV

Daya

(watt)

40

40

40

40

40

40

40

-

— .

Daya AC

JBtu/h)

39150

39150

41525

19575

19575

19575

-

j

- —

Equip-ment

(Kw)

1.65

0.65

5

~ T ^ 5

f 25

1.552

-

-

: ;

Keterangan

Tinggi=3.84m=12.597ft

R. Kuliah kapasitas 80-100 kursi


R. Student Lounge + Ruang Komputer (W305 + W307 )



R. Tata Usaha & Dosen + R. Kepala

Program IBM (W309 + W310)

.


Ruang

403"

404

405

406

409

Sela^ sar4

503

504"!

Sela-sar 5

Luas

(m2)

240.94

130.68

47.85

130.68

47.135

357.2

167.57

- - - -108.9

335.55

(t2)

2593.457

1406.628

515.053

1406.628

--515.053

3844.87

1803.708

1172.190

3611.83

Exterior Wall

Fa-cing

0 0

90 270

180 90

180

180 270

0

- —

90 180

180 270

. _

Lebar

(m)

T l 6 14.3 14.3

5.8 14.3

13.2

5.8 14.3

13.2

.

16.6 19.4

5.8 10.1

(ft)

387058 47.014 47.014

19.029 47.014

43.307

19.029 47.014

43.307

_

54.462 63.648^

19.029 33.038

•

Pintu

(ft2)

. 34.444 34.444

" -

34.444

-

_

34.444

" ' 34.444

-_

Jendela

(m2)

T7.98 13.148 137148

8.99 14.108

17.98

8.99 14.108

20.46

•

-

19.26 ""30.07

8.99 10.592

W)

193.535 141.524 141.524

96.768 151.857

193.535

96.768 151.857

220.230

,

207.313 323.671

96.768 114.011

-

Nextto

^404 406 409

405 406

406

•

~~ „

504 Perpus

Perpus

Interior Wall

Lebar

(m)

^ 7 2 6.2

17.1

8.53 6.2

8.53

-

_

"8.53 12.8

8.53

m "207341"

20.341 55.971

27.986 20.341

27.986

-

———

_

: : :

27.986 41.995

27.986

__..

Num-ber of People

""16

~ 2 0

5

20

5

30

30

~~~

Lampu Jum-lah

48

24

6

24

6

24 6

30

20

34

7

Tipe

Sus-F

Sus-F'

Sus-F

Sus-F

Sus^F "RFNV

Sus RFNV

Sus-F

Sus-F

Sus RFNV

Daya

(watt)

40

40

40

40

40 9

40 9

" 4 0 ~

40

40 9

Daya AC

(Btu/h)

118775

39150

r 10450

39150

20900

130000

130000

-

Equip-ment

(Kw)

979

5.301"

1.8

5.31

672

_

- r -

4.301

-

Keterangan


R. Staff & Asisten + R. Umum + R. Kepala + Hall Lab Komputer C + (W403+W407+W408 +W411+W412)

R. Lab Komputer A & E

Gudang (bengkel)

R. Lab Komputer B & D

R. Server + bengkel (W409 + W410)

R. Baca Bebas

R. Theatre Audio Visual


Ruang

Perpus

- -

Out-Door

Hall-

- - -

Luas

(m2)

876.47

-

46.08

75.8

- -

(ft2)

9434.245

•

496.001

815.904

Fa-cing

0 0

45 90 135 180 225 270 315

0 90 180 270

45

Exterior Wall

Lebar

(m)

249 66.5 151

66.5 190

66.5 151

66.5

85.5 85.5 85.5 85.5

35.6

(«)

2685.380 716.101

1628.278 716.101

2046.004 716 i01

1628.278 716.101

920.702 920.702 920.702 920.702

383.626

-

.

Pintu

(ft')

_

-

_ ~~

Jendela

(m>)

52.05 io;o8 28.43 10.08 28.8

10.08 28.43 10.08

-

-

(ft2)

560.262 108.500 306.018 108.500 310.001 108.500 306.018 108.500

-

-

-

Nextto

Core-B

Out-Dodr

Haii-Perpus

_

-

Interior Wall

Lebar

(m)

14.5

26.4

18

(ft)

1835.462

3341.806

2278.504

Num-ber of People

~j§80~

_

Lampu

Jum-lah

448 72

18

Tipe

Sui -F Sus

-

Sus-F

Daya

(watt)

40 40

_

40

Daya AC

(Btu/h)

182000C

_

Equip-ment

(Kw)

19.18

—

__

-

Keterangan


Tinggi lantai=11.76 m = 38.583 ft Vol=11166.864mJ

=394354.0805'

Tinggi interior wall = Ul~m'~

Perpus=W505 + W506+W507+W508+ W509+W603+W604+ W605+W703+W803+ W804+W805

R. Outdoor Unit

..


Ruang

903

907

908

TFlT ~

Hall-9

Sela-sar~9

Luas

(m2)

276.12

97.38

108.9

•

"81.36

196.48

488.42

(ft>)

2972.131

T048.T90

1172.190

875.752

2114.893

5257.31

Exterior Wall

Fa-cing

(°)

180 135 90

225 270

270 0

315 45

0 90

-

-

Lebar

M

10.4 10.6 2.7

10.6 2.7

5.8 "5 .8

8.54 8.54

5.8 5.8

-

-

(«)

34.121 34.613 8.858

34.613 8.858

19.029 19.029

28.018 28.018

19.029 19.029

-

-

Pintu

(ft2)

34.444 34.444

--

-

17.222 34.444

34.444 17.222

-

-

-

Jendela

(m')

13.64 13.7795

4.185 16.3525

4.185

3.48 3.58

^4.638 4.158

6.51 6.51

(ft')

146.820 148.321 45.047

176.017 45.047

37.458 38.535

497923 44.756

70.073 70.073

— —

Nextto

Hall-9 ---

908 Hall-9

" 9 1 T Hall-9

Hall-9

- -^—

-

-

Interior Wall

Lebar

(m)

28.2 --

5.53 17.9

13.6 7:2?

11.9

"

-

-

—

(ft)

92.520 ---

18.143 58.629

44.652 23.852

39.140 -

-

-

•

Num-ber of People

8

40

4

~ 9

-

~

-

— - -

Lampu

Jum-lah

56

20

28

24

TT 8

40 4 -

1

Tipe

Sus-F

Sus-F

Sus-F

Sus-F

S'us RFNV

Sus RFNV

Daya

Jwatt)

40

40

40

40 ~]

40 9

40 "9

Daya AC

(Btu/h)

208700

50000

80000

50000

-

-

Equip-ment

'Kw;

2.85

1.75

2.7

—;—

-

-

Keterangan


R. StaffAhli + R. CE + R. Sekretariat Yayasan + R. Yayasan (W903+W904+W905 +W906 )

R. Rapat

R. Rektor + R. Sekretariat Rektor + R.PurekT+ R.Purek 2 (W908+W909+W910 ~ + W914 )

R. Sekretariat + R.Purek 3 + R.Purek 4 (W911+W912+W913)


Ruang

~T003

1004

1005

1006

Gu-dang

Hall-10

—-

Luas

(m*)

560.78

111.78

129.54

7TT.78

58.34

222.19

(ft2)

6036.186

1203.190

1394.357

1203.190

627.967

2391.633

- - —

Exterior Wall Fa-cing

n 90 135 225 270

270 0

315 45

0 90

90 180 270

-

- —

Lebar

(m)

~~l~5 10.8 10.8

3.5

9 8

10.8 10.8

" 8 ~ 9

~~5~~ 16

5.5

-

-

(ft)

11.483 35.433 35.433 11.483

29.528 26.247

35.433 35.433

26.247 29.528

T8.045 52.493 18.045

-

Pintu

(ft')

—r— --

--

-

-

—_—

--

-

Jendela

(m')

2.T 6.48 6.48

2.1

5.4 4.8

6.48 6.48

4.8 5.4

~z:z 9.6 3.3

- -

(ft2)

22.604 69.750 69.750 22.604

58.125 51.667

69.750 69.750

51.667 58.125

35.521" 103.334 35.521

Nextto

Hali-TO "Gu-dang

-

Hall-10 1005"

Hall-10 1006

Hall-iO

_ " --

-

• - -

Interior Wall

Lebar

(m)

36 20.4

--

16.7 8.4

5 8.4

16.7

_ --

-

--

m> 117,979 66.929

54.790 27.559

16.404 27.559

54.790

-

Num-berof People

~T50

50

150

50

_

2

Lampu Jum-lah

78"

32

16 8

32

6

16

Tipe

Sus-F

Sus-F

Sus-F RFNV

Sus-F

Sus-F

Sus

Daya

(watt)

"~40—

40

40 9

40

40

40

Daya AC

(Btu/h)

368700

80000

104000

80000

_

160000

-

Equip-ment

(Kw)

~~3~6

1.5

-

1.75

•-—

-

Keterangan


Ruang Konferensi IV

Ruang Konferensi III

Ruang Konferensi II

Ruang Konferensi I

Gudang RK IV

-

1 1 H H O" -L 5 M

& T: n c = P n

Ul K

= C =

T5 H P



Lampiran 2 : Lay Out Gedung W (sambungan)

2 40m 1 80m

H'—T~*-

Lay Out Lantai 3 Gedung W UK Petra Skaia 1:300



2 40m 1.80m,

* f—-*-

Lay Out Lantai 4 Gedung W UK Petra Skala 1:300






•

K.Out-doav

Wmmm — | Core B g

t R OuT i F door li

l£_

1 80m 2 40m ,

"?l ?i 7T

O-:

PERPUSTAKAAN :Q

- ^ 6.60m 6.60m

,--2 40m 1 80m

A—T"

Lay Out Lantai 6, 7, 8 Gedung W UK Petra Skala 1:300


*

mpiran 2 : Lay Out Gedung W (sambungan)






Lampiran 3 : Daftar Peralatan Elektronik dan Kapasitas AC

Lantai 2

Ruang

W203

W204

W205

W206

W207

W208

W209

W210

Jumlah

1 2

3

3 1

Unit

AC wall mounted (9900-11000 Btu/h) Personal Computer AC wall mounted (9900-11000 Btu/h) Personal Computer AC wall mounted (9900-11000 Btu/h) Personal Computer AC wall mounted (9900-11000 Btu/h) Faximile Toshiba Personal Computer AC wall mounted (9900-11000 Btu/h) AC wall mounted (9900-11000 Btu/h) Personal Computer Lemari es Kipas angin standing fan Wireless Mic Toa Mic Toa Personal Computer Printer laser Printer dot matrix Server Personal Computer AC window mounted 3/4 PK

Tipe

1 PK

1 PK

1 PK

1 PK TF-428

1 PK 1 PK

NR-AK15DL

WA-6410 WM-370 E-4000

Daya

(KW)

0.5

0.25

0.25

0.05 0.25

0.25 0.1

0.05 0.2

0.001 0.001 0.75 0.2 0.2 1

0.75

Kapasitas AC

(Btu/h) 10450

10450

10450

10450

10450 10450

7000

Lantai 3

Ruang

W303

W304

W305

W306

W307

W308

W309

Jumlah

2

2

4

16

3

Unit

OHP Geha TV Sony 29" Radio/tape AC ceiling suspended 2 PK mitshubishi (18150-21000 Btu/h) Personal Computer TV Toshiba 29" Radio/tape Sony AC ceiling suspended 2 PK mitshubishi (18150-21000 Btu/h) Personal Computer AC ceiling suspended 2 PK mitshubishi (18150-21000 Btu/h) Personal Computer OHP Geha AC ceiling suspended 2 PK mitshubishi (18150-21000 Btu/h) Personal Computer AC wall mounted 3/4 PK Trane AC wall mounted 1.5 PK Trane Personal Computer OHP Geha AC ceiling suspended 2 PK mitshubishi (18150-21000 Btu/h) Personal Computer Dispenser Uchida Video sony Wireless Mic Toa Mic Toa Personal Computer Printer laser Printer dot matrix AC ceiling suspended 2 PK mitshubishi (18150-21000 Htu/h)

Tipe

GH-7000 KV-X629M

MHC-VX333

29A3DE MHC-VX333

GH-7000

MCW 509 MCW518

GH-7000

MD-04 SLV-ED70 ZM-660C WH270 F2750

Daya

(KW) 1

0.3 0.1

0.25 0.3 0.1

0.25

1 1

0.25

4 1

0.25 0.1 0.1 0.2

0.001 0.001 0.75 0.2 0.2

Kapasitas AC

(Btu/h)

39150

39150

19575

19575

7000 14950

19575

19575


Lampiran 3 : Daftar Peralatan Elektronik dan Kapasitas AC (sambungan)

Lantai 4

Ruang

W403

W404

W405

W406

W407

W408

W409

W411

W412

Jumlah

1 1 3 1 1 2 1 1 2 20 1 1 7 1 1 2 2

20 2 20 1 10 1 2 24 1 1 1 1 1 1 2 1

Unit

Dispenser AC ceiling suspended 2 PK national (18150-21000 btu/h) Personal Computer Printer laser Printer dot matrix Speaker/salon MicToa Amplifier Toa AC ceiling suspended 2 PK national (18150-21000 btu/h) Personal Computer AC wall mounted 1 PK National (9900-11000 Btu/h) Kipas angin standing fan National Personal Computer Ampiifier Toa Mic Toa Speaker/salon Toa AC ceiling suspended 2 PK national (18150-21000 btu/h) Personal Computer AC ceiling suspended 2 PK national (18150-21000 btu/h) Personal Computer AC wall mounted 1 PK National (9900-11000 Btu/h) Personal Computer TVGoldstar17" AC wall mounted 1 PK National (9900-11000 Btu/h) Personal Computer AC wall mounted 1 PK Mitshubishi (9900-11000 Btu/h) AC wall mounted 1 PK National (9900-11000 Btu/h) Personal Computer Radio/tape Phillips AC wall mounted 1 PK Mitshubishi (9900-11000 Btu/h) Radio/tape Phillips walkman Personal Computer Printer laser

Tipe

MD-04

ZS-202C ZM-260 ZA-150

F-ES403

2P-601 DM-260

ZC-202C

ZA20D72

AZ-1030

AQ 6591

Daya

(KW) 0.1

0.75 0.2 0.2 0.1

0.001 0.2

5

0.05 1.75 02 0.01 0.1

5

5

2.5 0.2

6

0.25 0.1

0.1 0.5 0.2

Kapasitas AC

(Btu/h)

19575

39150

10450

39150

39150

10450

20900

10450 10450

10450

Lantai 5

Ruang

W503

W504

Jumlah

2

Unit

AC Cooled Split Duct Mitsubishi AC Cooled Split Duct Mitsubishi Equaliser Amplifier Toa Amplifier Toa Radio/tape technic TVSony TVSony Slide Projector extra pro OHP Geha Amplifier Toa Mic Toa Speaker Toa Speaker Toa Speaker Toa besar tanpa merk AC Cooled Split Duct Mitsubishi AC Cooled Split Duct Mitsubishi Radio/tape technic Radio/tape technic Amplifier nec Amplifier Toa

Tipe

6 PK-PE5 9 PK-PE8 RX-216V P-906A P-1500

RS-T130 26" 29"

3000 2000-LW BP-0316 IMP 250 WCB-3 PB-10

9 PK-PE8 6 PK-PE5 RS-TR212 RS-TR212 AV-200E WT-850

Daya

(KW)

0.2 0.2 0.2 0.1 0.2 0.3 1 1

0.2 0.001

0.1 0.1 0.1

0.1 0.1 0.2 0.2

Kapasitas AC

(Btu/h) 5O000 8O000

8O000 5O000


Lampiran 3 : Daftar Peralatan Elektronik dan Kapasitas AC (sambungan)

Lantai 5 lanjutan

Ruang

W505

W506

W507 W509

Jumlah

2

2 5

Unit

Mesin potong kertas AC Cooled Split Duct Mitsubishi AC Cooled Split Duct Mitsubishi Radio/tape Teac Radio/tape technic Radio/tape technic TVSony Video Sony Video Sony Video JVC Rewinder Rewinder Kinyo DVD Micro reader Printer Micro reader Micro reader Headphone Headphone Headphone Microfiche processor TVSony 14" TVSony 14" AC Cooled Split Duct Mitsubishi AC Cooled Split Duct Mitsubishi

Tipe

9 PK-PE8 6 PK-PE5

A-36

14" SL-C7E

SL-HF99ES SR-S388E

K-90 N-658 A-300 321A

HD-802

CM-D KV-J14P2S KV1487JE 6 PK-PE5 9 PK-PEb

Daya

(KW) 0.2

0.05 0.05 0.05 0.2 0.1 0.1 0.1 0.05 0.05 0.05 0.2 0.1 0.1 0.01 0.02 0.05 0.2 0.2 0.2

Kapasitas AC

(Btu/h)

80000 50000

50000 80000

Lantai 6+7+8

Ruang

W603

W604

W605

W703

W803

Jumlah

3 3 2

24 1 1 1 1 4 4 1 1 4 4 4 1 _J

Unit

Amplifier Toa Amplifier Toa Radio/tape technic Amplifier Toa Amplifier Toa Amplifier Toa Equaliser AC Cooled Split Duct Mitsubishi AC Cooled Split Duct Mitsubishi Copier Personal Computer Lemari es AC Cooled Split Duct Mitsubishi Dispenser Uchida AC Cooled Split Duct Mitsubishi AC Cooled Split Duct Mitsubishi AC Cooled Split Duct Mitsubishi Personal Computer Copier AC Cooled Split Duct Mitsubishi AC Cooled Split Duct Mitsubishi Personal Computer Copier

Tipe

HP-032A PP-024G

VP-1240A BP-031G SS-021A

E-112 6 PK-PE5 9 PK-PE8

MR-082W 9 PK-PE8

MD-042 pas 6 PK-PE5 9 PK-PE8 6 PK-PE5

9 PK-PE8 6 PK-PE5

Daya

(KW) 0.2 0.2 0.2 0.2 0.2 0.2 0.2

4 6

0.1

0.1

0.5 2

1 2

Kapasitas AC

(Btu/h)

150000 240000

80000

50000 320000 200000

320000 200000


Lampiran 3 : Daftar Peralatan Elcktronik dan Kapasitas AC (sambungan)

Lantai 9

Ruang

W902

W904

W905

W906

W907

W908

W913

W999

Jumlah

19

2 1

Unit

Mesin fotocopy Xerox Lemari es Sharp AC Cooled Split Duct Mitsubishi Faximile Toshiba TV Sharp 20" Dispenser Maspion penghancur kertas ideal Mesin foto copy Xerox Mesin ketik elektrik oliverti Mic Toa OHP Geha Top Vision Portable TV Sony 25" Radio/tape Amplifier Toa Lemari es Mitshubisi Microwave Dispenser Uchida

Dispenser Uchida

Radio/ tape pioneer Air cleaner Mesin ketik electric Faximile Panasonic Panaboard Radio/tape Sony AC Cooled Split Duct Mitsubishi AC Cooled Split Duct Mitsubishi

Tipe

Vivace-300 SJ-K200

24 PK-PE20 TF-181 20AI-5

Vivace-230 ET-2500 TS-72

ZKV-2552K TC-FX120

TS-70 MR-179W Cube-72 MD-OZP MDR-042

pas Z-AV550

78SAI-1-8 SE-500 DS

UF-510

TCM-230V 6 PK-PE5 9 PK-PE8

Daya

(KW) 2

0.1

0.05 0.2 0.1 0.2 2

0.1 0.19

1 0.2 0.05 0.2 0.1

1 0.1

0.1

0.5 1

0.05 0.05

1 0.1

Kapasitas AC

(Btu/h)

208700

100000 80000

Lantai 10

Ruang

W1003

W1004

W1005

W1006

W1099

Jumlah

75

4

10

15

2

Unit

AC Cooled Split Duct Mitsubishi

AC Cooled Split Duct Mitsubishi Mic Toa OHP Geha Wireless Speaker besar Slide projector Radio/tape Amplifier Kenwood AC Cooled Split Duct Mitsubishi Mic Toa OHP pelikan perfect Wireless Mic toa Mic toa AC Cooled Split Duct Mitsubishi AC Cooled Split Duct Mitsubishi Mic toa Amplifier Toa OHP pelikan perfect Mic toa AC Cooled Split Duct Mitsubishi

Tipe

18.5 PK-PE15

24 PK-PE20 TS-72

2000-LW WA-6200

TC-FX120 TS-120

9 PK-PE8 TS-72 M-NR

WA-6410 WM-210E

EM-801 12PK-PE10 9 PK-PE8

TS-72 TS-70 M-NR

ZM-260 9 PK-PE8

Daya

(KW)

0.75 1

0.2 0.4 1

0.05 0.2

0.1 1

0.2 0.1 0.1

0.15 0.4 1

0.2

Kapasitas AC

(Btu/h)

160000

208700

80000

104000 80000

160000


Lampiran 4 : Penjelasan Material Gedung W

Spesifikasi material yang dipakai pada Gedung W didapat dari buku manual

DOE-2 (LBNL (1991), DOE-2 Basic, hal. Dl, Appendix D), (Hirsch and

Associates (1993), DOE-2 BDL Summarv Version 2.1E. hal. 118, Material

Library), dan buku pedoman ASHRAE (ASHRAE (1989), 1989 ASHRAE

Handbook of Fundamentals. Bab 22, hal. 22.26, Tabel 4 dan Bab 23, hal 27.16.

Tabel 13).

Tabel Material Yang Dipakai

Material

GIPSUM-9MM TRIPLEK-4MM WOOL-INS BRICK-15CM MORTAR-2CM TILE-4MM A1R-FILM1 AIR-FJLM2 AIR-FII.M3

Ketebalan Feet

0.02952 0.01312 0.13779 0.49212 0.06561 0.01312 < 0.0625

0.0625-0.333 0.333 >

mm 9 4 45 150 200 4

< 19.05 19.05-101.6

101.6 >

Konduktivitas Btu-Ft/Hr-Ft!-°F

0.0926 0.0667 0.027 0.4167 0.4167 1.0416

Kerapatan Lb/Ft'

50 34 63 120 116 120

Speafic-Heat Btu/Lb-°F

0.2 0.29 0.2 0.2 0.2 0.2

Resistansi Hr-Ft2-°F/Btu

0.318 0.196 5.103 1.181 0.157 0.012 0.90 0.89 0.92

Keterangan :

• GIPSUM-9MM adalah papan gipsum setebal 9mm.

• TRIPLEK-4MM adalah papan triplek setebal 4mm.

• WOOL-INS adalah insulator wool didalam tembok partisi gipsum.

• BRICK-15CM adalah bata setebal 15cm.

• MORTAR-2CM adalah lapisan mortar pada tembok setebal 2cm.

• TILE-4MM adalah keramik yang terpasang pada tembok setebal 4mm.

• AIR-FILMl, AIR-FILM2 dan AIR-FILM3 adalah lapisan udara yang terdapat

pada permukaan dinding vertikal. Lapisan udara ini juga memiliki resistansi

terhadap perpindahan panas untuk kemiringan dinding tertentu (ASHRAE

(1989), 1989 ASHRAE Handbook of Fundamentals, Bab 22, hal. 22.2-22.3,

Tabel 2), dalam hal ini dimasukkan Air-Film untuk dinding vertikal dengan

arah perpindahan panas horizontal.


Lampiran 4 : Penjelasan Material Gedung W (sambungan)

Resistansi didapat dari membagi ketebalan material dengan nilai konduktivitas.

Sebab: =Hr-Ft2-°F/Btu (2)

Btu-Ft/Hr-Ft2-°F

Nilai resistansi adalah alternatif lain dari memasukkan nilai-nilai ketebalan,

konduktivitas, kerapatan dan specifw-heat akan tetapi bila bila dimasukkan nilai

resistansi saja, maka oleh program perpindahan panas akan dihitung secara instan,

perpindahan panas secara langsung, diasumsikan lapisan material tidak dapat

menyimpan panas. Pada simulasi yang dilakukan tidak dimasukkan nilai

resistansi, tetapi spesifikasi lengkap material sehingga perpindahan panas tidak

dihitung secara instan.

Lapisan-lapisan yang dipakai dalam konstruksi (urut dari lapisan terluar )adalah :

• PART (Partisi) terdiri atas : AIR-FILM3, GIPSUM-9MM, WOOL-INS,

GIPSUM-9MM dan INSIDE-FILM-RES=0.92

• PINTUl (Pintu Triplek) terdiri atas : AIR-FILM3, TRIPLEK-4MM, AIR-

FILM2, TRIPLEK-4MM dan INSIDE-FILM-RES=0.92

• TEMBOKl (Tembok biasa) terdiri atas AIR-FILM3, MORTAR-2CM,

BRICK-15CM, MORTAR-2CM dan INSIDE-FILM-RES=0.92

• TEMBOK+TILE (Tembok dengan keramik) terdiri atas AIR-FILM3, TILE-

4MM, MORTAR-2CM, BRICK-15CM,MORTAR-2CM dan INSIDE-FILM-

RES=0.92

Tipe konstruksi yang dipakai adalah :

• EXTW-PART (Konstruksi Partisi dinding luar) tersusun atas lapisan PART

(Partisi), memiliki Solar absorptance (LBNL (1991), DOE-2 Basic. hal. 3.11,

Tabel 3.3) sebesar 0.21 dan kode kekasaran permukaan sebesar 5 (LBNL

(1991), DOE-2 Basic, hal. 3.12, Tabel 3.4).

• INTW (Konstruksi Partisi dinding dalam) tersusun atas lapisan PART

(Partisi).

• PINTU-LT2 (Konstruski Pintu Triplek) tersusun atas lapisan PINTUl (Pintu

Triplek).


Lampiran 4 : Penjelasan Material Gedung W (sambungan)

• EXTW-BRICK (Tembok luar biasa) tersusun atas lapisan TEMBOKl

(tembok biasa, memiliki Solar absorptance sebesar 0.21 dan kekasaran

permukaan sebesar 5.

• EXTW- BRICKTILE (Tembok luar keramik) tersusun atas lapisan

TEMBOK+TILE (tembok dengan keramik putih, memiliki Solar absorptance

sebesar 0.21 dan kode kekasaran permukaan sebesar 6.

Tipe kaca yang dipakai adalah kaca biasa setebal 4mm dengan nilai konduktansi

gelas untuk pemasangan vertikal sebesar 6.98 W/m2-°C (W/m2-K) (ASHRAE

(1989), 1989 ASHRAE Handbook of Fundamentals. Bab 27, hal. 22.7.16, Tabel

13) yang setara dengan 1.228 Btu/h-Ft2-°F dengan nilai shading coeffwient =1

(bening) dan terdiri dari 1 lembar kaca (PANES=1) untuk sebuah jendela.


Lampiran 5 : BDL Base Case Gedung W (sambungan)

67 68 69 70 71 72 73 7 4

75 76 77 78 7 9 80 81 8? 8 3 84 85 86 87 88 B 9 90 91 92 93 94 95 96 97 98 99

100 101 102 103 104 105 106 107 108 109 110 111 112 113 114 115 116 117 118 119 120 121 122 123 124 125 126 127 128 129 130 131 132 133 134 135 136 137

* * * « * * * * * * * * * * * * * * * * * * *

* * * * * * * *

* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * +

* * * * *

PANES= GIASS-

=1 •CONDUCTANCE=l.228

$ GLASS CONDUCTANCE = 6.98 W/SO..MK

$ BUILDING SHADE $

BUILDIKG-SHADE H=6 BUILDING-SHADE H=6 BUILDING-SHADE H=6 BUILDING-SHADE H=6 BUILDING-SHADE H=6 BUILDING-SHADE H=6 BUILDING-SHADE H=6 BUILDING-SHADE H=6

BUILDING-SHADE H=6 BUILDING-SHADE H=6 BUILDING-SHADE H=6 BUILDING-SHADE H=6 BUILDING-SHADE H=6 BUILDING-SHADE H=6 BUILDING-SHADE H=6 BUILDING-SHADE H=6

BUILDING-SHADE H=6 BUILDING-SHADE H=6 BUILDING-SHADE H=6 BUILDING-SHADE H=6 BUILDING-SHADE H=6 BUILDIKG-SHADE H=6 BUILDING-SHADE H=6 BUILDING-SHADE H=6

BUILDIKG-SHADE H=6 BUILDING-SHADE H=6 BUILDING-SHADE H=6 BUILDING-SHADE H=6 BUILDING-SHADE H=6 BUILDING-SHADE H=6 BUILDING-SHADE H=6 BUILDING-SHADE H=6



W=102 W=102 W=102 W=102 W=102 W=102 W=102 W=102

W=102 W=102 W=102 W=102 W=102 W=102 W=102 W=102

W=102 W=102 W=102 W=102 W=102 W=102 W=102 W=102

W=102 W=102 W=102 W=102 W=102 W=102 W=102 W=102

W=102 W=102 W=102 W=102 W=102 W=102 W=102 W=102

W=102 W=102 W=102 W=102 W=102 W=102 W=102 W=102

$ SCHEDULES

WORKDAy=DAy-SCHEDULE SUNDAy=DAy-SCHEDULE NORMAL=WEEK- SCHEDULE

TILT=45 X=-6 TILT=45 X=61 TILT=45 X=108 TILT=45 X=61 TILT=90 X=0 TILT=90 X=61 TILT=90 X=102 TILT=90 X=61


TILT=45X=-6 TILT=45 X=61 TILT=45 X=108 TILT=45 X=61 TILT=90 X=0 TILT=90 X=61 TILT=90 X=102 TILT=90 X=61




$

(1,6) (0) (7,14) (1) (1,24) (0) (MON,SAT) WORKDAY (SUN,HOL) SUNDAY

OCCUP-l=SCHEDULE THRU DEC 31 LIGHT-1=SCHEDULE THRU DEC 31 EQUIP-1=SCHEDULE THRU DEC 31

NIGHT=DAy-SCHEDULE ( 1,6) (1)

NORMAL . . $ NORMAL . . $ NORMAL . . $

y=6i y=-6 y=6i y=i08 y=6i Y=0 y=6i y=i02

y=6i y=-6 y=6i y=i08 y=6i y=o y=6i y=i02

y=6i y=-6 y=6i y=i08 y=6i y=o y=6i y=i02

y=6i y=-6 y=6i y=ios y=6i y=0 y=6i y=i02

y=6i y=-6 y=6i Y=108 y=6i Y=0 Y=61 Y=102

Y=61 Y=-6 Y=61 Y=108 Y=61 Y=0 Y=61 Y=102

(15,24)

. . SINGLEGLAZING-4MM)

AZ=90 AZ=0 AZ=90 AZ=0 AZ=90 AZ=0 AZ=90 AZ=0






(0)

Z=28.937 Z=28.937 Z=28.937 Z=28.937 Z=28.937 Z=28.937 Z=28.937 Z=28.937

Z=41.429 Z=41.429 Z=41.429 Z=41.429 Z=41.429 Z=41.429 Z=41.429 Z=41.429

Z=54.921 Z=54.921 Z=54.921 Z=54.921 Z=54.921 Z=54.921 Z=54.921 Z=54.921

Z=67.913 Z=67.913 Z=67.913 Z=67.913 Z=67.913 Z=67.913 Z=67.913 Z=67.913

Z=119.881 Z=119.881 Z=119.881 Z=119.881 Z=119.881 Z=119.881 Z=119.881 Z=119.881

Z=132.874 Z=132.874 Z=132.874 Z=132.874 Z=132.874 Z=132.874 Z=132.874 Z=132.874

OCCUPANCY SCHEDULES $ LIGHTING SCHEDULES $ OFFICE

(7,17) (0) (18,24) (1

EQUIPMENT SCHEDULES

) ..


Lampiran 5 : BDL Base Case Gedung W

1 * INPUT L0ADS OUTPUT-UNITS=METRIC

L D L P R O C S S O R I N P U T D A T A

10/28/02 20:47:50.03 LDL RUN

2 3 4 5 6 7 8 9

10 11 12 13 14 15 16 17 16 19 20 21 22 23 24 25 26 2 7

28

29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66

TITLE LINE-1 LINE-2 LINE-3

GEDUNG W UK PETRA * LOADS CALCULATION & SYSTEM BASE RUN *

RUN-PERIOD ABORT DIAGNOSTIC LOADS-REPORT

BUILDING-LOCATION

ALT-HOLIDAYS

CONSTRUCTION

JAN 1 1991 THRU DEC 31 1991 .. ERRORS . . WARNINGS

VERIFICATION= (LV-A,LV-B ,LV-D) SUMMARY=(LS-C,LS-D,LS-F) LATITUDE=-6.2 LONGITUDE=-106.8 ALTITUDE=18 GROSS-AREA=82972.85324 TIME-ZONE=-7 AZIMUTH=59 JAN 1 JAN 2 FEB 23 MAR 15 MAR 29 MAR 30 APR 13 MAY 9 MAY 25 AUG 17 SEP 4 DEC 5

DEC 6 DEC 7 DEC 23 DEC 24 DEC 25 DEC 26 DEC 27 DEC 28 DEC 29 DEC 30 DEC 31

GIPSUM-9MM = MATERIAL TH=0.02952 COND=0.0926 DENS=50 S-H=0.2 .. $ MATERIAL RESISTANCE = 0.318 $

TRIPLEK-4MM = MATERIAL TH=0.01312 COND=0.0667 DENS=34 S-H=0.29 ..

$ MATERIAL RESISTANCE = 0.196 $ WOOL-INS = MATERIAL TH=0.13779 COND=0.027 DENS=63 S-H=0.2..

$ MATERIAL RESISTANCE = 5.103 $ BRICK-15CM = MATERIAL TH=0.492125 COND=0.4167 DENS=120 S-H=0.2..

$ MATERIAL RESISTANCE = 1.181 $ MORTAR-2CM = MATERIAL TH=0 . 065616 COND=0 .4167 DENS=116 S-H=0 . 2 . .

$ MATERIAL RESISTANCE = 0.157 $ TILE-4MM = MATERIAL TH=0.013123 COND=l. 0416 DENS=120 S-H=0.2..

$ MATERIAL RESISTANCE = 0.012 $

AIR-FILMl

AIR-FILM2

AIR-FILM3

PART

PINTUl

TEMBOKl

TEMBOK+TILE

= MATERIAL RESISTANCE = 0.9

= MATERIAL RESISTANCE = 0.89 .. = MATERIAL RESISTANCE = 0 . 92 . .

= LAYERS MATERIAL=(AIR-FILM3,GIPSUM-9MM,WOOL-INS,GIPSUM-9MM)

INSIDE-FILM-RES=0.92 = LAYERS MATERIAL=(AIR-FILM3,TRIPLEK-4MM,AIR-FILM2,TRIPLEK-4MM)

INSIDE-FILM-RES=0.92 = LAYERS MATERIAL=(AIR-FILM3,MORTAR-2CM,BRICK-15CM,MORTAR-2CM)

INSIDE-FILM-RES=0 .92 = LAYERS MATERIAL=(AIR-FILM3,TILE-4MM,MORTAR-2CM,

BRICK-15CM, MORTAR-2CM) INSIDE-FILM-RES=0.92

$ CONSTRUCTION TYPES $

* EXTW-PART = CONSTRUCTION LAYERS = PART ABSORPTANCE=0.21 ROUGHNESS=5

= CONSTRUCTION LAYERS = PART . . = CONSTRUCTION LAYERS = PINTUl = CONSTRUCTION LAYERS = TEMBOKl

ABSORPTANCE=0 .21 ROUGHNESS=5

EXTW-BRICKTILE = CONSTRUCTION LAYERS = TEMBOK+TILE ABSORPTANCE=0.21 ROUGHNESS=6

INTW PINTU-LT2 EXTW-BRICK

* KACA-4MM

GLASS DESCRIPTIONS

=GLASS-TYPE SHADING-COEF=l



* * # * * # * * * * * * * * * * * * * # * flf

*-* * * * * * * * * * * * * * * * * * * * * # * * * * * * * •

* * * * * * * * * •

* * * * * * * *

138 139 140 141 142 143 144 145 146 147 148 149 150 151 152 153 154 155 156 157 158 159 160 161 162 163 164 165 166 167 168 169 170 171 172 173 174 175 176 177 178 179 180 181 182 183 184 185 186 187 188 189 190 191 192 193 194 195 196 197 198 199 200 201 202 203 204 205 206 207 208

* N-NORMAL=WEEK-SCHEDULE (ALL) NIGHT * NIGHT-1=SCHEDULE THRU DEC 31 N-NORMAL . . $ NIGHT LIGHT SCHEDULES

* * TU-WD=DAY-SCHEDULE (1,6) (0) (7,21) (1) (22,24) (0) .. * TU=WEEK-SCHEDULE (WD) TU-WD * (SAT) WORKDAY * (SUN,HOL) SUNDAY * TU-1=SCHEDULE THRU DEC 31 TU . . $ SCHEDULES FOR TU $ * * RK1-WD=DAY-SCHEDULE (1,7) (0) (8,12) (1) (13,24) (0) * RK1=WEEK-SCHEDULE (MON,SAT) RKl-WD * (SUN,HOL) SUNDAY * RK1-1=3CHEDULE THRU DEC 31 RKl . . $ SCHEDULES FOR RKl $

* RK2-WD=DAY-SCHEDULE (1,7) (0) (8,11) (1) (12,24) (0) * RK2=WEEK-SCHEDULE (MON,SAT) RK2-WD * (SUN,HOL) SUNDAY * RK2-1=SCHEDULE THRU DEC 31 RK2 . . $ SCHEDULES FOR RK2 $ * * RK3-WD=DAY-SCHEDULE (1,7) (0) (8,10) (1) (11,24) (0) * RK3=WEEK-SCHEDULE (MON,SAT) RK3-WD * (SUN,HOL) SUNDAY * RK3-1=SCHEDULE THRU DEC 31 RK3 . . $ SCHEDULES FOR RK3 $ * * RK4-WD=DAY-SCHEDULE (1,7) (0) (8,14) (1) (15,24) (0) * RK4=WEEK-SCHEDULE (MON,SAT) RK4-WD * (SUN,HOL) SUNDAY * RK4-1=SCHEDULE THRU DEC 31 RK4 . . $ SCHEDULES FOR RK4 $

* * LIBRARY-WD=DAY-SCHEDULE (1,7) (0) (8,19) (1) (20,24) (0) * LIBRARY-SAT=DAY-SCHEDULE (1,7) (0) (8,13) (1) (14,24) (0) * LIBRARY=WEEK-SCHEDULE (WD) LIBRARY-WD * (SAT) LIBRARY-SAT * (SUN,HOL) SUNDAY * LIBRARY-1=SCHEDULE THRU DEC 31 LIBRARY . . $ SCHEDULES FOR LIBRARY $

$ GENERAL SPACE DESCRIPTIONS $

KANTOR=SPACE-CONDITIONS PEOPLE-SCHEDULE=OCCUP-l LIGHTING-SCHEDULE=LIGHT-1 EQUIP-SCHEDULE=EQUIP-1 INF-METHOD=RESIDENTIAL TEMPERATURE= (73.4) PEOPLE-HG-SENS=238.9079 $ PEOPLE-HG-SENS=70 W $ PEOPLE-HG-LAT=153.58365 $ PEOPLE-HG-LAT=45 W $ LIGHTING-TYPE=SUS-FLUOR

* SELASAR=SPACE-CONDITIONS LIGHTING-SCHEDULE=NIGHT-1 * INF-METHOD=RESIDENTIAL * ZONE-TYPE=UNCONDITIONED * LIGHTING-TYPE=INCAND * * CORE=SPACE-CONDITIONS .. * * $ CORE $

* * CORE-A=SPACE SPACE-CONDITIONS=CORE * ZONE-TYPE=UNCONDITIONED * AREA =452.4973788 * VOLUME =56537.54541 $ AREA = 39.53 SQ.M $

$ VOLUME = 39.53 X 40.5 = 1600.965 CUB.M $ WALL-CORE-A-l=EXTERIOR-WALL

HEIGHT=132.874 WIDTH=17.388 AZIMUTH=45 CONSTRUCTION=EXTW-BRICKTILE WINDOW HEIGHT=123 WIDTH=4.921 GLASS-TYPE=KACA-4MM

WALL-CORE-A-2=EXTERIOR-WALL HEIGHT=132.874 WIDTH=20.997



209 * AZIMUTH=135 210 * CONSTRUCTION=EXTW-BRICKTILE 211 * WINDOW HEIGHT=123 WIDTH=4.921 212 * GLASS-TYPE=KACA-4MM 213 * 214 * CORE-B=SPACE SPACE-CONDITIONS=CORE 215 * ZONE-TYPE=UNCONDITIONED 216 * AREA =648.2026853 217 * VOLUME =86129.29381 218 * $ AREA = 60.22 SQ.M $ 219 * $ VOLUME = 60.22 X 40.5 = 2438.91 CUB.M $ 220 * WALL-CORE-B-l=EXTERIOR-WALL 221 * HEIGHT=132.874 WIDTH=31.856 222 * AZIMUTH=315 223 * CONSTRUCTION=EXTW-BRICKTILE 224 * WINDOW HEIGHT=123 WIDTH=4.921 225 * GLASS-TYPE=KACA-4MM 226 * WALL-CORE-B-2=EXTERIOR-WALL 227 * HEIGHT=132.874 WIDTH=23.622 228 * AZIMUTH=225 229 * CONSTRUCTION=EXTW-BRICKTILE 230 * WINDOW HEIGHT=123 WIDTH=4.921 231 * GLASS-TYPE=KACA-4MM 232 * 233 * $ LANTAI 1 $ 234 * 235 * SELASAR1=SPACE AREA=12724 . 77 236 * VOLUME=160316.156 237 * SPACE-CONDITIONS=SELASAR 238 * LIGHTING-KW=5 .103 239 * 240 * 241 * $ LANTAI 2 $ 242 * 243 * SELASAR2=SPACE AREA=3170.62 244 * Z=15.944 VOLUME=39944.786 245 * SPACE-CONDITIONS=SELASAR 246 * LIGHTING-KW=0 . 854 247 * 248 * W203=SPACE AREA=212.480 $ AREA= 19.74 SQ.M $ 249 * Z=15.944 VOLUME=2676.908241 $ VOLUME= AREA X 3.84 = 75.801 CUB.M $ 250 * SPACE-CONDITIONS=KANTOR 251 * NUMBER-OF-PEOPLE=l 252 * EQUIPMENT-KW=0 . 5 253 * LIGHTING-KW=0.24 254 * INTERIOR-WALL 255 * Z=15.944 HEIGHT=12.5984252 WIDTH=26.247 $ 3.84 X 8 SQ.M $ 256 * NEXT-TOW209 257 * CONSTRUCTION=INTW 258 * INTERIOR-WALL 2 5 9 * Z = 1 5 . 9 4 4 HEIGHT=12 .5984252 WIDTH=16.404 $ 3 . 8 4 X 5 SQ.M $ 2 6 0 * NEXT-TOW204 2 6 1 * CONSTRUCTION=INTW 2 6 2 * WALL-W203=EXTERIOR-WALL 263 * Z=15.944 HEIGHT=12.5984252 WIDTH=15.584 $ 3.84 X 4.75 SQ.M $ 264 * AZIMUTH=135 265 * CONSTRUCTION=EXTW-PART . . 266 * WINDOW HEIGHT=4.396325459 WIDTH=15.5839895 267 * GLASS-TYPE=KACA-4MM 268 * Dl = DOOR HEIGHT=6.56167979 WIDTH=2.624671916 269 * CONSTRUCTION=PINTU-LT2 . . 270 * 271 * W204=SPACE AREA=212.480 $ AREA= 19.74 SQ.M $ 272 * Z=15.944 VOLUME=2676.908241 $ VOLUME= AREA X 3.84 = 75.801 CUB.M $ 273 * SPACE-CONDITIONS=KANTOR 274 * NUMBER-OF-PEOPLE=2 275 * EQUIPMENT-KW=0.25 276 * LIGHTING-KW=0.24 277 * INTERIOR-WALL 2 7 8 * Z = 1 5 . 9 4 4 HEIGHT=12 .5984252 WIDTH=6.562 $ 3 . 8 4 X 2 SQ.M $ 2 7 9 * NEXT-TOW209



280 281 282 283 284 285 286 287 288 289 290 291 292 293 294 295 296 297 298 299 300 301 302 303 304 305 306 307 308 309 310 311 312 313 314 315 316 317 318 319 320 321 322 323 324 325 326 327 328 329 330 331 332 333 334 335 336 337 338 339 340 341 342 343 344 345 346 347 348 349 350

* CONSTRUCTION=INTW * INTERIOR-WALL * Z = 1 5 . 9 4 4 HEIGHT=12.5984252 * NEXT-TOW205 * CONSTRUCTION=INTW * WALL-W204=EXTERIOR-WALL

WIDTH=19.193 $ 3.84 X 5.85 SQ.M $

* Z=15.944 HEIGHT=12.5984252 AZIMUTH=135 CONSTRUCTION=EXTW-PART . . WINDOW HEIGHT=4.396325459 GLASS-TYPE=KACA-4MM DOOR LIKE Dl . .

WIDTH=15.5839895 $ 3.84X4.75 SQ.M $

WIDTH=15.583 9895

W205=SPACE Z=15.944

AREA=270.605 $ AREA= 25.14 SQ.M $ VOLUME=3409.19317 $ VOLUME= AREA X 3.84 = 96.537 CUB.M $ SPACE-CONDITIONS=KANTOR NUMBER-OF-PEOPLE=2

* Z = 1 5 . 9 4 4

* Z = 1 5 . 9 4 4

EQUIPMENT-KW=0.25 LIGHTING-KW=0.20

INTERIOR-WALL HEIGHT=12.5984252 NEXT-TOW209 CONSTRUCTION=INTW

INTERIOR-WALL HEIGHT=12.5984252 NEXT-TOW206 CONSTRUCTION=INTW

WALL - W2 0 5=EXTERIOR-WALL Z=15.944 HEIGHT=12.5984252

AZIMUTH=225 CONSTRUCTION=EXTW-PART . . WINDOW HEIGHT=3.151288781 GLAS S - TYPE=KACA-4MM DOOR LIKE Dl . .

WIDTH=6.562 $ 3.84 X 2 SQ.M $

WIDTH=16.076 $ 3.84 X 4.9 SQ.M $

WIDTH=31.98818898

WIDTH=31.988

$ 3.84X9.75 SQ.M $

* W206=SPACE AREA=212.480 $ AREA= 19.74 SQ.M * Z=15.944 VOLUME=2676.908241 $ VOLUME= AREA X 3, * SPACE-CONDITIONS=KANTOR * NUMBER-OF-PEOPLE=0 * EQUIPMENT-KW=0 * LIGHTING-KW=0.16 * INTERIOR-WALL * Z = 1 5 . 9 4 4 HEIGHT=12.5984252 WIDTH=6.890 * NEXT-TOW209 * CONSTRUCTION=INTW * INTERIOR-WALL * Z = 1 5 . 9 4 4 HEIGHT=12.5984252 * NEXT-TOW207 * CONSTRUCTION=INTW * INTERIOR-WALL * Z = 1 5 . 9 4 4 HEIGHT=12.5984252 WIDTH=6.562 * NEXT-TOW210 * CONSTRUCTION=INTW

$ 84 = 75.801 CUB.M $

$ 3.84 X 2.1 SQ.M $

WIDTH=10.335 $ 3.64 X 3.15 SQ.M $

$ 3.84 X 2 SQ.M $

* WALL-W206=EXTERIOR-WALL * Z=15.944 HEIGHT=12.5984252

A2IMUTH=225 CONSTRUCTION=EXTW-PART . . WINDOW HEIGHT=4.396325459 GLASS-TYPE=KACA-4MM DOOR LIKE Dl . .

WIDTH=15.584 $ 3.84 X 4.75 SQ.M $

W I D T H = 1 5 . 5 8 3 9 8 9 5

* W207=SPACE * Z = 1 5 . 9 4 4

* Z = 1 5 . 9 4 4

AREA=212.480 $ VOLUME=2676.908241 $ SPACE-CONDITIONS=KANTOR NUMBER-OF-PEOPLE=l EQUIPMENT-KW=0.3 LIGHTING-KW=0.16

INTERIOR-WALL HEIGHT=12.5984252 NEXT-TOW209

AREA= 1 9 . 7 4 SQ.M $ VOLUME= AREA X 3 . 8 4 = 7 5 . 8 0 1 CUB.M $

WIDTH=6.562 $ 3 . 8 4 X 2 SQ.M $



351 352 353 354 355 356 357 358 359 360 361 362 363 364 365 366 367 368 369 370 371 372 373 374 375 376 377 378 379 380 381 382 383 384 385 386 387 388 389 390 391 392 393 394 395 396 397 398 399 400 401 402 403 404 405 406 407 408 409 410 411 412 413 414 415 416 417 418 419 420 421

* CONSTRUCTION=INTW * INTERIOR-WALL * Z = 1 5 . 9 4 4 HEIGHT=12 .5984252 * NEXT-TOW208 * CONSTRUCTION=INTW * INTERIOR-WALL * Z = 1 5 . 9 4 4 HEIGHT=12 .5984252 * NEXT-TOW210 * CONSTRUCTION=INTW * WALL-W207=EXTERIOR-WALL

WIDTH=16.404 $ 3.84 X 5 SQ.M $

WIDTH=6.562 $ 3.84 X 2 SQ.M $

* Z=15.944 HEIGHT=12.5984252 AZIMUTH=315 CONSTRUCTION=EXTW-PART . . WINDOW HEIGHT=4.396325459 GLAS S -T YPE=KACA- 4MM DOOR LIKE Dl . .

W I D T H = 1 5 . 5 8 3 9 8 9 5

WIDTH=15.584

$ 3 . 8 4 X 4 . 7 5 SQ.M $

W208=SPACE Z = 1 5 . 9 4 4

* Z = 1 5 . 9 4 4

* Z = 1 5 . 9 4 4

WALL-W208= Z = 1 5 . 9 4 4

AREA=212 .480 $ VOLUME=2676.908241 $ SPACE-CONDITIONS=KANTOR NUMBER-OF-PEOPLE=l EQUIPMENT-KW=0.25 LIGHTING-KW=0.16

INTERIOR-WALL HEIGHT=12 .5984252 NEXT-TOW209 CONS TRUCT ION= INTW

INTERIOR-WALL HEIGHT=12 .5984252 NEXT-TOW209A CONSTRUCTION=INTW

EXTERIOR-WALL HEIGHT=12 .5984252 AZIMUTH=315 CONSTRUCTION=EXTW-PART . . WINDOW H E I G H T = 4 . 3 9 6 3 2 5 4 5 9 GLASS-TYPE=KACA- 4MM DOOR LIKE D l . .

AREA= 1 9 . 7 4 SQ.M $ VOLUME= AREA X 3 . 8 4 75.801 CUB.M $

WIDTH=17.388 $ 3.84 X 8 SQ.M $

WIDTH=6.562 $ 3.84 X 2 SQ.M $

WIDTH=15.5839895

WIDTH=15.584

$ 3.84X4.75 SQ.M $

W209=SPACE AREA=896.2934052 Z=15.944 VOLUME=10951.72794 $

SPACE-CONDITIONS=KANTOR PEOPLE-SCHEDULE=TU-1 LIGHTING-SCHEDULE=TU-1 EQUIP-SCHEDULE=TU-1 NUMBER-OF-PEOPLE=3 EQUIPMENT-KW=1.502 LIGHTING-KW=0.72

WALL-W2 0 9=EXTERIOR-WALL

$ AREA= 80.76 SQ VOLUME= AREA X 3.84 =

.M $ 310.11 CUB.M $

Z=15.944 HEIGHT=12.5984252 AZLMUTH=45 CONSTRUCTION=EXTW-PART . . WINDOW HEIGHT=4.439985867 GLAS S - TY PE=KACA-4MM DOOR LIKE Dl . .

WIDTH=42.65091864 $ 3.84 X 13 SQ.M $

WIDTH=42 . 651

W209A=SPACE Z=15.944

* Z = 1 5 . 9 4 4

* Z = 1 5 . 9 4 4

A R E A = 5 8 . 1 2 5 $ VOLUME=732.2849291 $ VOLUME= SPACE-CONDITIONS=KANTOR NUMBER-OF-PEOPLE=0 EQUIPMENT-KW=0 LIGHTING-KW=0.04

INTERIOR-WALL H E I G H T = 1 2 . 5 9 8 4 2 5 2 WIDTH=6.562 NEXT-TOW209 CONSTRUCTION=INTW

INTERIOR-WALL H E I G H T = 1 2 . 5 9 8 4 2 5 2 WIDTH=6.562 NEXT-TOW208 CONSTRUCTION=INTW

WALL-W2 0 9A=EXTERIOR-WALL

AREA= 5.4 SQ.M i AREA X 3.84 = 20.736 CUB.M $

$ 3.84 X 2 SQ.M $

$ 3.84 X 2 SQ.M $



422 * Z=15.944 HEIGHT=12.5984252 WIDTH=16.40419948 $ 3.84 X 5 SQ.M $ 423 * AZIMUTH=0 424 * CONSTRUCTION=EXTW-PART . . 425 * WTNDOW HEIGHT=4.396325459 WIDTH=16.404 426 * GLASS-TYPE=KACA-4MM 427 * DOOR LIKE Dl . . 428 * 429 * W210=SPACE AREA=58.125 $ AREA= 5.4 SQ.M $ 430 * Z=15.944 VOLUME=732.2849291 $ VOLUME= AREA X 3.84 = 20.736 CUB.M $ 431 * SPACE-CONDITIONS=KANTOR 432 * NUMBER-OF-PEOPLE=2 433 * EQUIPMENT-KW=1.75 434 * LIGHTING-KW=0.04 435 * WALL-W210=EXTERIOR-WALL 436 * Z=15.944 HEIGHT=12.5984252 WIDTH=16.404 $ 3.84 X 5 SQ.M $ 437 * AZIMUTH=270 438 * CONSTRUCTION=EXTW-PART . . 439 * WINDOW HEIGHT=4.396325459 WIDTH=16.40419948 440 * GLASS-TYPE=KACA-4MM 441 * DOOR LIKE Dl . . 442 * 443 * 444 * $ LANTAI 3 $ 445 * 446 * SELASAR3=SPACE AREA=4200.83 447 * Z=28.937 VOLUME=52923.842 448 * SPACE-CONDITIONS=SELASAR 449 * LIGHTING-KW=1.423 450 * 451 * W303=SPACE AREA=1575.083 452 * Z=28.937 VOLUME=19843.56535 453 * SPACE-CONDITIONS=KANTOR 454 * PEOPLE-SCHEDULE=TU-l 455 * LIGHTING-SCHEDULE=TU-1 456 * EQUIP-SCHEDULE=TU-1 457 * NUMBER-OF-PEOPLE=60 458 * EQUIPMENT-KW=1. 65 459 * LIGHTING-KW=1.12 460 * INTERIOR-WALL 461 * Z=28.937 HEIGHT=12.5984252 WIDTH=28.871 462 * NEXT-TOW304 463 * CONSTRUCTION=INTW 464 * INTERIOR-WALL 465 * Z=28.937 HEIGHT=12.5984252 WIDTH=20.341 466 * NEXT-TOW309 467 * CONSTRUCTION=INTW 468 * WALL-W303-1=EXTERIOR-WALL 469 * Z=28.937 HEIGHT=12.5984252 WIDTH=27.559 470 * AZIMUTH=180 471 * CONSTRUCTION=EXTW-PART . . 472 * WINDOW HEIGHT=4.201 WIDTH=27.559 473 * GLASS-TYPE=KACA-4MM 474 * D2 = DOOR HEIGHT=6.56167979 WIDTH=5.249343832 475 * CONSTRUCTION=PINTU-LT2 . . 476 * WALL-W303-2=EXTERIOR-WALL 477 * Z=28.937 HEIGHT=12.5984252 WIDTH=16.404 478 * AZIMUTH=225 479 * CONSTRUCTION=EXTW-PART . . 480 * WINDOW HEIGHT=1.969 WIDTH=16.404 481 * GLASS-TYPE=KACA-4MM 482 * WALL-W303-3=EXTERIOR-WALL 483 * Z=28.937 HEIGHT=12.5984252 WIDTH=47.014 484 * AZIMUTH=90 • 485 * CONSTRUCTION=EXTW-PART . . 486 * WINDOW HEIGHT=3.23 WIDTH=47.014 487 * GLASS-TYPE=KACA-4MM 488 * 489 * W304=SPACE AREA=1575 . 083 490 * Z=28.937 VOLUME=19843.56535 491 * SPACE-CONDITIONS=KANTOR 492 * NUMBER-OF-PEOPLE=60



* 493 * 494 * 495 * 496 * 497 * 498 * 499 * 500 * 501 * 502 * 503 * 504 * 505 * 506 * 507 * 508 * 509 * 510 * 511 * 512 * 513 * 514 * 515 * 516 * 517 * 518 * 519 * 520 * 521 * 522 * 523 * 524 * 525 * 526 * 527 * 528 * 529 * 530 * 531 * 532 * 533 * 534 * 535 * 536 * 537 * 538 * 539 * 540 * 541 * 542 * 543 * 544 * 545 * 546 * 547 * 548 * 549 * 550 * 551 * 552 * 553 * 554 * 555 * 556 * 557 * 558 * 559 * 560 * 561 * 562 * 563

* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * •

* * * * * * * +

* * * * * •

* * * * * * * * * * * * * * * *

Z=28

WALL 2=28

WALL-Z=28

WALL-Z=28

W305= Z=28.

Z=28

Z=28

WALL-Z=28,

WALL-Z=28.

WALL-Z=28.

W306= Z=28

WALL-Z=28.

.937

-W304-.937

-W304-.937

-W304-: .937

=SPACE 937

,937

.937

-W305-: 937

-W305-: 937

-W305-: 937

=SPACE ,937

-W306-: 937

EQUIPMENT-KW=1. 65 LIGHTING-KW=1.12

INTERIOR-WALL H E I G H T = 1 2 . 5 9 8 4 2 5 2 WIDTH=20.341 NEXT-TO W305 CONSTRUCTION=INTW

l=EXTERIOR-WALL HEIGHT=12.5984252 WIDTH=27.559 AZIMUTH=180 CONSTRUCTION=EXTW-PART . . WINDOW HEIGHT=4.201 WIDTH=27.559 GLAS S - TY PE=KACA- 4MM DOOR LIKE D2 . .

2=EXTERIOR-WALL HEIGHT=12.5984252 WIDTH=16.404 AZIMUTH=135 CONSTRUCTION=EXTW-PART . . WINDOW HEIGHT=1.969 WIDTH=16.404 GLAS S - T YPE=KACA-4MM

3=EXTERIOR-WALL HEIGHT=12.5984252 WIDTH=47.014 AZIMUTH=270 CONSTRUCTION=EXTW-PART . . WINDOW HEIGHT=3.23 WIDTH=47.014 GLASS-TYPE=KACA-4MM

AREA=479.532 VOLUME=6041.348 SPACE-CONDITIONS=KANTOR NUMBER-OF-PEOPLE=2 5 EQUIPMENT-KW=5 LIGHTING-KW=0.88

INTERIOR-WALL HEIGHT=12.5984252 WIDTH=28.871 NEXT-TOW309 CONSTRUCTION=INTW

INTERIOR-WALL HEIGHT=12.5984252 WIDTH=44.948 NEXT-TOW306 CONSTRUCTION=INTW

l=EXTERIOR-WALL HEIGHT=12.5984252 WIDTH=27.559 AZIMUTH=270 CONSTRUCTION=EXTW-PART . . WINDOW HEIGHT=1.599 WIDTH=27.559 GLAS S - T YPE=KACA- 4MM DOOR LIKE D2 . .

2=EXTERIOR-WALL HEIGHT=12.5984252 WIDTH=6.890 AZIMUTH=0 CONSTRUCTION=EXTW-PART . . WINDOW HEIGHT=5.085 WIDTH=6.890 GLASS-TYPE=KACA-4MM

3=EXTERIOR-WALL HEIGHT=12.5984252 WIDTH=16.404 AZIMUTH=45 CONSTRUCTION=EXTW-PART . . WINDOW HEIGHT=1.654 WIDTH=16.404 GLASS-TYPE=KACA-4MM DOOR LIKE Dl . .

AREA=534.105 VOLUME=6728.88189 SPACE-CONDITIONS=KANTOR NUMBER-OF-PEOPLE=30 EQUIPMENT-KW=1.25 LIGHTING-KW=0.32

=EXTERIOR-WALL HEIGHT=12.5984252 WIDTH=19.029 AZIMUTH=270 CONSTRUCTION=EXTW-PART . .



564 * WINDOW HEIGHT=3.682 WIDTH=19.029 565 * GLASS-TYPE=KACA-4MM 566 * DOOR LIKE Dl . . 567 * WALL-W306-2=EXTERIOR-WALL 568 * Z=28.937 HEIGHT=12.5984252 WIDTH=20.669 569 * AZTMUTH=0 570 * CONSTRUCTION=EXTW-PART . . 571 * WINDOW HEIGHT=5.085 WIDTH=20 .669 572 * GLASS-TYPE=KACA-4MM 573 * 574 * W308=SPACE AREA=597.828 575 * Z=28.937 VOLUME=7531.691 576 * SPACE-CONDITIONS=KANTOR 5 77 * NUMBER-OF-PEOPLE=30 578 * EQUIPMENT-KW=1.25 579 * LIGHTING-KW=0.32 580 * INTERIOR-WALL 581 * Z=28.937 HEIGHT=12.5984252 WIDTH=41.995 582 * NEXT-TOW309 583 * CONSTRUCTION=INTW 584 * WALL-W308-1=EXTERIOR-WALL 585 * Z=28.937 HEIGHT=12.5984252 WIDTH=19.029 586 * AZIMUTH=90 587 * CONSTRUCTION=EXTW-PART . . 588 * WINDOW HEIGHT=4.384 WIDTH=19.029 589 * GLASS-TYPE=KACA-4MM 590 * DOOR LIKE Dl . . 591 * WALL-W308-2=EXTERIOR-WALL 592 * Z=28.937 HEIGHT=12.5984252 WIDTH=23.425 593 * AZIMUTH=0 594 * CONSTRUCTION=EXTW-PART . . 595 * WINDOW HEIGHT=5.114 WIDTH=23.425 596 * GLASS-TYPE=KACA-4MM 597 * 598 * W309=SPACE AREA=976.071 599 * Z=28.937 VOLUME=12296.957 600 * SPACE-CONDITIONS=KANTOR 601 * PEOPLE-SCHEDULE=TU-l 602 * LIGHTING-SCHEDULE=TU-1 603 * EQUIP-SCHEDULE=TU-1 604 * NUMBER-OF-PEOPLE=4 605 * EQUIPMENT-KW=1.552 606 * LIGHTING-KW=0.72 607 * WALL-W309-1=EXTERIOR-WALL 608 * Z=28.937 HEIGHT=12.5984252 WIDTH=16.404 609 * AZIMUTH=315 610 * CONSTRUCTION=EXTW-PART . . 611 * WINDOW HEIGHT=1.969 WIDTH=16.404 612 * GLASS-TYPE=KACA-4MM 613 * WALL-W309-2=EXTERIOR-WALL 614 * Z=28.937 HEIGHT=12.5984252 WIDTH=4.003 615 * AZIMUTH=0 616 * CONSTRUCTION=EXTW-PART . . 617 * WINDOW HEIGHT=5.085 WIDTH=4.003 618 * GLASS-TYPE=KACA-4MM 619 * WALL-W309-3=EXTERIOR-WALL 620 * Z=28.937 HEIGHT=12.5984252 WIDTH=27.986 621 * AZIMUTH=90 622 * CONSTRUCTION=EXTW-PART . . 623 * WINDOW HEIGHT=1.599 WIDTH=27.986 624 * GLASS-TYPE=KACA-4MM 625 * DOOR LIKE D2 . . 626 * 627 * 628 * $ LANTAI 4 $ 629 * 630 * SELASAR4=SPACE AREA=3844.87 631 * Z=28.937 VOLUME=48439.307 632 * SPACE-CONDITIONS=SELASAR 633 * LIGHTING-KW=1.014 634 *



635 * 636 * 637 * 638 * 639 * 640 * 641 * 642 * 643 * 644 * 645 * 646 * 647 * 648 * 649 * 650 * 651 * 652 * 653 * 654 * 655 * 656 * 657 * 658 * 659 * 660 * 661 * 662 * 663 * 664 * 665 * 666 * 667 * 668 * 669 * 670 * 671 * 672 * 673 * 674 * 675 * 676 * 677 * 678 * 67 9 * 680 * 681 * 682 * 683 * 684 * 685 * 686 * 687 * 688 * 689 * 690 * 691 * 692 * 693 * 694 * 695 * 696 * 697 * 698 * 699 * 700 * 701 * 702 * 703 * 704 * 705 *

W403; Z=41

Z=41

Z=41

Z=41

WALL' Z=41

WALL-Z=41

WALL-Z=41

W404= Z=41

Z=41,

Z=41.

WALL-Z=41.

WALL-Z=41.

W405= Z=41

=SPACE .929

.929

.929

.929

-W403-L .929

-W403-2: .929

-W403-3= .929

=SPACE .929

.929

929

-W404-l= 929

-W404-2= 929

=SPACE .929

AREA=2593.457 VOLUME=32673.474 SPACE-CONDITIONS=KANTOR PEOPLE-SCHEDULE=TU-1 LIGHTING-SCHEDULE=TU-1 EQUIP-SCHEDULE=TU-1 NUMBER-OF-PEOPLE=l6 EQUIPMENT-KW=9.9 LIGHTING-KW=1.92

INTERIOR-WALL HEIGHT=12.5984252 W I D m NEXT-TO W404 CONSTRUCTION=INTW

INTERIOR-WALL HEIGHT=12.5984252 WIDTH= NEXT-TO W406 CONSTRUCTION=INTW

INTERIOR-WALL HEIGHT=12.5984252 WIDTH NEXT-TOW409 CONSTRUCTION=INTW

=EXTERIOR-WALL HEIGHT=12.5984252 WIDTH= AZIMUTH=0 CONSTRUCTION=EXTW-PART . . WINDOW HEIGHT=5.085 GLASS-TYPE=KACA-4MM

=EXTERIOR-WALL HEIGHT=12.5984252 WIDTH= AZLMUTH=90 CONSTRUCTION=EXTW-PART . . WINDOW HEIGHT=3.010 GLASS-TYPE=KACA-4MM DCOR LIKE D2 . .

=EXTERIOR-WALL HEIGHT=12.5984252 WIDTH= AZLMUTH=270 CONSTRUCTION=EXTW-PART . . WINDOW HEIGHT=3.010 GLASS-TYPE=KACA-4MM DOOR LIKE D2 . .

AREA=1406.628 VOLUME=17721.297 SPACE-CONDITIONS=KANTOR NUMBER-OF-PEOPLE=20 EQUIPMENT-KW=5.301 LIGHTING-KW=0 .96

INTERIOR-WALL HEIGHT=12.5984252 WIDTH= NEXT-TOW405 CONSTRUCTION=INTW

INTERIOR-WALL HEIGHT=12.5984252 WIDTH= NEXT-TOW406 CONSTRUCTION=INTW

=EXTERlOR-WALL HEIGHT=12.5984252 WIDTH= AZIMUTH=180 CONSTRUCTION=EXTW-PART . . WINDOW HEIGHT=5.085 GLASS-TYPE=KACA-4MM

=EXTERIOR-WALL HEIGHT=12.5984252 WIDTH= AZLMUTH=90 CONSTRUCTION=EXTW-PART . . WINDOW HEIGHT=3.23 GLAS S-T YPE=KACA-4MM

AREA=515.053 VOLUME=6488.856

=20.341

=20.341

=55.971

=38.058

WIDTH=38.058

=47.014

WIDTH=47.014

=47.014

WIDTH=47.014

=27.986

=41.995

=19.029

WIDTH=19.029

=47.014

WIDTH=47.014



' 706 ' 707 ' 708 ' 709 ' 710 711 712 713 714

' 715 • 716 ' 717 718 719 720 721 722 723 724 725 726 727 728 729 730 731 732 733 734 735 736 737 738 739 740 741 742 743 744 745 746 747 748 749 750 751 752 753 754 755 756 757 758 759 760 761 762 763 764 765 766 767 768 769 770 771 772 773 774 775 776

* SPACE-CONDITIONS=KANTOR * NUMBER-OF-PEOPLE=5 * EQUIPMENT-KW=1. 8 * LIGHTING-KW=0.24 * INTERIOR-WALL * Z=41.929 HEIGHT=12.5984252 WIDTH=27.986 * NEXT-TOW406 * CONSTRUCTION=INTW * WALL-W405=EXTERIOR-WALL * Z=41.929 HEIGHT=12.5984252 WIDTH=43.307 * AZIMUTH=180 * CONSTRUCTION=EXTW-PART . . * WINDOW HEIGHT=4.469 WIDTH=43.307 * GLASS-TYPE=KACA-4MM * DOOR LIKE D2 . . * * W406=SPACE AREA=1406.628 * Z=41.929 VOLUME=17721.297 * SPACE-CONDITIONS=KANTOR * NUMBER-OF-PEOPLE=20 * EQUIPMENT-KW=5.31 * LIGHTING-KW=0.96 * WALL-W406-1=EXTERIOR-WALL * Z=41.929 HEIGHT=12.5984252 WIDTH=19.029 * AZIMUTH=180 * CONSTRUCTION=EXTW-PART . . * WINDOW HEIGHT=5.085 WIDTH=19.029 * GLASS-TYPE=KACA-4MM * WALL-W406-2=EXTERIOR-WALL * Z=41.929 HEIGHT=12.5984252 WIDTH=47.014 * AZIMUTH=270 * CONSTRUCTION=EXTW-PART . . * WINDOW HEIGHT=3.23 WIDTH=47.014 * GLASS-TXPE=KACA-4MM

W409=SPACE Z=41.929

AREA=515.053 VOLUME=64P8.856 SPACE-CONDITIONS=KANTOR NUMBER-OF-PEOPLE=5 EQUIPMENT-KW=6.2 LIGHTING-KW=0.285

WALL-W409=EXTERIOR-WALL Z=41.929 HEIGHT=12.5984252

AZIMUTH=0 CONSTRUCT ION=EXTW- PART WINDOW HEIGHT=5.085 GLASS-TXPE=KACA-4MM

$ LANTAI 5 S

SELASAR5=SPACE AREA=3611. 83 Z=28.937 VOLUME=45503.37

SPACE-CONDITIONS=SELASAR LIGHTING-KW=1.423

WIDTH=43.307

WIDTH=43.307

W503=SPACE Z = 5 4 . 9 2 1

* Z = 5 4 . 9 2 1

* Z = 5 4 . 9 2 1

AREA=1803 .706 VOLUME=22723.880 SPACE-CONDITIONS=KANTOR NUMBER-OF-PEOPLE=30 EQUIPMENT-KW=0 LIGHTING-KW=1.2

INTERIOR-WALL HEIGHT=12 .5984252 NEXT-TOW504 CONSTRUCTION=INTW

INTERIOR-WALL HEIGHT=12.5984252 NEXT-TO PERPUS CONSTRUCTION=INTW

WIDTH=27.9986

WIDTH=41.995

* WALL-W503-1=EXTERIOR-WALL



* 777 * Z=54.921 HEIGHT=12.5984252 WIDTH=54.462 * 778 * AZIMUTH=90 * 77 9 * CONSTRUCTION=EXTW-BRICK * 780 * WINDOW HEIGHT=3.807 WTDTH=54.462 * 781 * GLASS-TYPE=KACA-4MM * 782 * DOOR LIKE D2 . . * 783 * WALL-W503-2=EXTERIOR-WALL * 784 * Z=54.921 HEIGHT=12.5984252 WIDTH=63.648 * 785 * AZIMUTH=180 * 786 * CONSTRUCTION=EXTW-BRICK * 787 * WINDOW HEIGHT=5.085 WTDTH=63.648 * 788 * GLASS-TYPE=KACA-4MM * 789 * * 790 * W504=SPACE AREA=1172.190 * 791 * Z=54.921 VOLUME=14767.748 * 7 92 * SPACE-CONDITIONS=KANTOR * 7 93 * NUMBER-OF-PEOPLE=30 * 7 94 * EQUIPMENT-KW=4.301 * 795 * LIGHTING-KW=0.8 * 7 96 * INTERIOR-WALL * 797 * Z=54.921 HEIGHT=12.5984252 WIDTH=27.986 * 798 * NEXT-TO PERPUS * 7 99 * CONSTRUCTION=INTW * 800 * WALL-W504=EXTERIOR-WALL * 801 * Z=54.921 HEIGHT=12.5984252 WIDTH=19.029 * 802 * AZIMCITH=180 * 803 * CONSTRUCTION=EXTW-BRICK * 804 * WINDOW HEIGHT=5.085 WTDTH=19.029 * 805 * GLASS-TYPE=KACA-4MM * 806 * WALL-W504-2=EXTERIOR-WALL * 807 * Z=54.921 HEIGHT=12.5984252 WIDTH=33.038 * 808 * AZIMUTH=270 * 809 * CONSTRUCTION=EXTW-BRICK * 810 * WTNDOW HEIGHT=3.451 WIDTH=33.038 * 811 * GLASS-TYPE=KACA-4MM * 812 * DOOR LIKE D2 . . * 813 * * 814 * $ LIBRARY $ * 815 * * 816 * * 817 * PERPUS=SPACE AREA=9434.244 $ AREA=876.47 SQ.M $ * 818 * Z=67.913 VOLUME=394354 . 08 $ VOLUME=AREAXll. 76=10307 . 2872CUB.M $ * 819 * $ + 363.59 x 3.84 = 1396.1856 CUB.M $ * 820 * PEOPLE-SCHEDULE=LIBRARY-l * 821 * LIGHTING-SCHEDULE=LIBRARY-1 * 822 * EQUIP-SCHEDULE=LIBRARY-1 * 823 * SPACE-CONDITIONS=KANTOR * 824 * NUMBER-OF-PEOPLE=500 * 825 * EQUIPMENT-KW=19.18 * 826 * LIGHTING-KW=16.8 * 827 * INTERIOR-WALL * 828 * Z=67.913 HEIGHT=38.976 WIDTH=86.614 $ 11.88 X 26.4SQ.M $ * 829 * NEXT-TO OUT-DOOR * 830 * CONSTRUCTION=INTW * 831 * INTERIOR-WALL * 832 * Z=67.913 HEIGHT=38.583 WIDTH=47.572 $ 11.76 X 14.5SQ.M $ * 833 * NEXT-TO CORE-B * 834 * CONSTRUCTION=INTW * 835 * INTERIOR-WALL * 836 * Z=67.913 HEIGHT=38.583 WIDTH=59.055 $ 11.76 X 18 SQ.M $ * 837 * NEXT-TO HALL-PERPUS * 838 * CONSTRUCTION=INTW * 839 * WALL-PERPUS-l=EXTERIOR-WALL * 840 * Z=67.913 HEIGHT=38.976 WIDTH=68.898 $ 249.48 SQ.M $ * 841 * AZIMUTH=0 * 842 * CONSTRUCTION=EXTW-PART . . * 843 * WINDOW HEIGHT=10.673 WIDTH=52.493 * 844 * GLASS-TYPE=KACA-4MM * 845 * WALL-PERPUS-2=EXTERIOR-WALL * 846 * Z=67.913 HEIGHT=38.976 WIDTH=18.372 $ 66.528 SQ.M $ * 847 * AZIMUTH=45



84 8 * CONSTRUCTION=EXTW-BRICKTILE 849 * WINDOW HEIGHT=5.9055 WIDTH=18.372 85C * GLASS-TYPE=KACA-4MM 851 * WALL-PERPUS-3=EXTERIOR-WALL 852 * Z=67.913 HEIGHT=38.976 WIDTH=41.776 $ 151.27 SQ.M $ 853 * AZIMUTH=90 854 * CONSTRUCTION=EXTW-BRICKTILE 855 * WINDOW HEIGHT=8.636 WIDTH=35.433 856 * GLASS-TYPE=KACA-4MM 857 * WALL-PERPUS-4=EXTERIOR-WALL 858 * Z=67.913 HEIGHT=38.976 WIDTH=18.372 $ 66.528 SQ.M $ 859 * AZIMUTH=135 860 * CONSTRUCTION=EXTW-BRICKTILE 861 * WINDOW HEIGHT=5.9055 WIDTH=18.372 862 * GLASS-TYPE=KACA-4MM 863 * WALL-PERPUS-5=EXTERIOR-WALL 864 * Z=67.913 HEIGHT=38.976 WIDTH=52.493 $ 190.08 SQ.M $ 865 * AZIMUTH=180 866 * CONSTRUCTION=EXTW-BRlCKTILE 867 * WINDOW HEIGHT=5.9055 WIDTH=52.493 868 * GLASS-TYPE=KACA-4MM 869 * WALL-PERPUS-6=EXTERIOR-WALL 870 * Z=67.913 HEIGHT=38.976 WIDTH=18.372 $ 66.528 SQ.M $ 871 * AZIMUTH=225 872 * CONSTRUCTION=EXTW-BRICKTILE 873 * WINDOW HEIGHT=5.9055 WIDTH=18.372 874 * GLASS-TYPE=KACA-4MM 875 * WALL-PERPUS-7=EXTERIOR-WALL 876 * Z=67.913 HEIGHT=38.976 WIDTH=41.776 $ 151.27 SQ.M $ 877 * AZIMUTH=270 878 * CONSTRUCTION=EXTW-BRICKTILE 879 * WINDOW HEIGHT=8.636 WIDTH=35.433 880 * GLASS-TYPE=KACA-4MM 881 * WALL-PERPUS-8=EXTERIOR-WALL 882 * Z=67.913 HEIGHT=38.976 WIDTH=18.372 $ 66.528 SQ.M $ 883 * AZIMUTH=315 884 * CONSTRUCTION=EXTW-BRICKTILE 885 * WINDOW HEIGHT=5.9055 WIDTH=18.372 886 * GLASS-TYPE=KACA-4MM 887 * 888 * OUT-DOOR=SPACEAREA=496.000 $ AREA=46.08 SQ.M $ 889 * Z=67.913 VOLUME=19332.322 $ VOLUME=AREAXll. 88=547.4304CUB.M $ 890 * ZONE-TYPE=UNCONDITIONED 891 * WALL-OUT-DOOR-1=EXTERIOR-WALL 892 * Z=67.913 HEIGHT=38.583 WIDTH=23.622 $ 11.76 X 7.2 SQ.M $ 893 * AZIMUTH=0 894 * CONSTRUCTION=EXTW-BRICKTILE 895 * WALL-OUT-DOOR-2=EXTERIOR-WALL 896 * Z=67.913 HEIGHT=38.583 WIDTH=23.622 $ 11.76 X 7.2 SQ.M $ 897 * AZLMUTH=90 898 * CONSTRUCTION=EXTW-BRICKTILE 899 * WALL-OUT-DOOR-3=EXTERIOR-WALL 900 * Z=67.913 HEIGHT=38.583 WIDTH=23.622 $ 11.76 X 7.2 SQ.M $ 901 * AZIMUTH=180 902 * CONSTRUCTION=EXTW-BRICKTILE 903 * WALL-OUT-DOOR-4=EXTERIOR-WALL 904 * Z=67.913 HEIGHT=38.583 WIDTH=23.622 $ 11.76 X 7.2 SQ.M $ 905 * AZIMUTH=270 906 * CONSTRUCTION=EXTW-BRICKTILE 907 * 908 * HALL-PERPUS=SPACE AREA=496.000 $ AREA=46.08 SQ.M $ 909 * Z=67.913 VOLUME=19332.322 $ VOLUME=AREAXll. 88=547 .4304CUB.M $ 910 * SPACE-CONDITIONS=SELASAR 911 * NUMBER-OF-PEOPLE=0 912 * EQUIPMENT-KW=0 913 * LIGHTING-KW=0.72 914 * WALL-HALL-P-l=EXTERIOR-WALL 915 * Z=67.913 HEIGHT=38.583 WIDTH=9.842 $ 11.76 X 3 SQ.M $ 916 * AZIMUTH=45 917 * CONSTRUCTION=EXTW-BRICKTILE 918 * WALL-HALL-P-2=EXTERIOR-WALL



919 * Z=67.913 HEIGHT=38.583 WIDTH=13.123 $ 11.76 X 4 SQ.M $ 920 * AZIMUTH=135 921 * CONSTRUCTION=EXTW-BRICKTILE 922 * 923 * 924 * $ LANTAI 9 $ 925 * 926 * SELASAR9=SPACE AREA=5257.31 927 * Z=28.937 VOLUME=66233.826 928 * SPACE-CONDITIONS=SELASAR 92 9 * LIGHTING-KW=1.636 930 * 931 * W903=SPACE AREA=2972 .131 932 * Z=106.889 VOLUME=37444.170 933 * SPACE-CONDITIONS=KANTOR 934 * NUMBER-OF-PEOPLE=8 935 * EQUIPMENT-KW=2.85 936 * LIGHTING-KW=2.24 937 * INTERIOR-WALL 938 * Z=106.889 HEIGHT=12.5984252 WIDTH=92.520 939 * NEXT-TOHALL9 940 * CONSTRUCTION=INTW 941 * WALL-W903-1=EXTERIOR-WALL 942 * Z=106.889 HEIGHT=12.5984252 WIDTH=34.121 943 * AZIMUTH=180 944 * CONSTRUCTION=EXTW-PART . . 945 * WINDOW HEIGHT=4.303 WIDTH=34.121 946 * GLASS-TYPE=KACA-4MM 947 * DOOR LIKE D2 . . 948 * WALL-W903-2=EXTERIOR-WALL 949 * Z=106.889 HEIGHT=12.5984252 WIDTH=34.613 950 * AZIMUTH=135 951 * CONSTRUCTION=EXTW-PART . . 952 * WINDOW HEIGHT=4.285 WIDTH=34.613 953 * GLASS-TYPE=KACA-4MM 954 * DOOR LIKE D2 . . 955 * WALL-W903-3=EXTERIOR-WALL 956 * Z=106.889 HEIGHT=12.5984252 WIDTH=8.858 957 * AZIMUTH=90 958 * CONSTRUCTION=EXTW-PART . . 959 * WINDOW HEIGHT=5.085 WIDTH=8.858 960 * GLASS-TYPE=KACA-4MM 961 * WALL-W903-4=EXTERIOR-WALL 962 * Z=106.889 HEIGHT=12.5984252 WIDTH=34.613 963 * AZIMUTH=225 964 * CONSTRUCTION=EXTW-PART . . 965 * WINDOW HEIGHT=5.085 WIDTH=8.858 966 * GLASS-TYPE=KACA-4MM 967 * WALL-W903-5=EXTERIOR-WALL 968 * Z=106.889 HEIGHT=12.5984252 WIDTH=8.858 969 * AZIMUTH=270 970 * CONSTRUCTION=EXTW-PART . . 971 * WINDOW HEIGHT=5.085 WIDTH=8.858 972 * GLASS-TYPE=KACA-4MM 973 * 974 * W907=SPACE AREA=1048.190 975 * Z=106.889 VOLUME=13205.543 976 * SPACE-CONDITIONS=KANTOR 977 * NUMBER-OF-PEOPLE=40 978 * EQUIPMENT-KW=1.75 979 * LIGHTING-KW=0.8 980 * INTERIOR-WALL 981 * Z=106.889 HEIGHT=12.5984252 WIDTH=18.143 982 * NEXT-TOW908 983 * CONSTRUCTION=INTW 984 * INTERIOR-WALL 985 * Z=106.889 HEIGHT=12.5984252 WIDTH=58.629 986 * NEXT-TO HALL9 987 * CONSTRUCTION=INTW 988 * WALL-W907-1=EXTERIOR-WALL 989 * Z=106.889 HEIGHT=12.5984252 WIDTH=19.029




*1061 *1062 *1063 *1064 *1065 *1066 *1067 *1068 *1069 *1070 *1071 *1072 *1073 *1074 *1075 *1076 *1077 *1078 *1079 *1080 *1081 *1082 *1083 *1084 *1085 *1086 *1087 *1088 *1089 *1090 *1091 *1092 *1093 *1094 *1095 *1096 *1097 *1098 *1099 *1100 •1101 *1102 *1103 *1104 •1105 *1106 *1107 *1108 *1109 *1110 *1111 *1112 *1113 *1114 *1115 *1116 *1117 *1118 *1119 *1120 *1121 *1122 *1123 *1124 *1125 *1126 *1127 *1128 *1129 *1130 *1131

* * * * * * * * * +

* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * *

W1003=SPACE Z=119.881

Z=119.881

Z=119.881

WALL-W1003-L Z=119.881

WALL-W1003-2' Z=119.881

WALL-W1003-3; Z=119.881

WALL-W1003-4; Z=119.881

W1004=SPACE Z=119.881

Z=119.881

Z=119.881

WALL-W1004-1' Z=119.881

WALL-W1004-2= Z=119.881

WTDTH=117.979

WTDTH=66.929

$ LANTAI 10 $

AREA=6036.186 VOLUME=76046.437 SPACE-CONDITIONS=KANTOR PEOPLE-SCHEDULE=RK4-1 LIGHTING-SCHEDULE=RK4-1 EQUIP-SCHEDULE=RK4-1 NUMBER-OF-PEOPLE=150 EQUIPMENT-KW=3.6 LIGHTING-KW=3.12

INTERIOR-WALL HEIGHT=12.5984252 NEXT-TO HALL10 CONSTRUCTION=INTW

INTERIOR-WALL HEIGHT=12.5984252 NEXT-TO GUDANG CONSTRUCTION=INTW

=EXTERIOR-WALL HEIGHT=12.5984252 WIDTH=11.483 AZIMUTH=90 CONSTRUCTION=EXTW-BRICKTILE WINDOW HEIGHT=1.969 GLASS-TYPE=KACA-4MM

=EXTERIOR-WALL HEIGHT=12.5984252 WIDTH=35.433 AZTMUTH=135 CONSTRUCTION=EXTW-BRICKTILE WINDOW HEIGHT=1. 969 GLAS S - T YPE=KACA- 4MM


=EXTERIOR-WALL HEIGHT=12.5984252 WIDTH=11.483 AZIMUTH=270 CONSTRUCTION=EXTW-BRICKTILE WINDOW HEIGHT=1.9 6 9 GLAS S - T YPE=KACA-4MM

WTDTH=11.483

WTDTH=35.433

WIDTH=35.433

WIDTH=11.483

AREA=1203.190 VOLUME=15158.299 SPACE-CONDITIONS=KANTOR PEOPLE-SCHEDULE=RK3-1 LIGHTING-SCHEDULE=RK3-1 EQUIP-SCHEDULE=RK3-1 NUMBER-OF-PEOPLE=50 EQUIPMENT-KW=1.5 LIGHTING-KW=1.28

INTERIOR-WALL HEIGHT=12.5984252 NEXT-TO HALL10 CONSTRUCTION=INTW

INTERIOR-WALL HEIGHT=12.5984252 NEXT-TO W1005 CONSTRUCTION=INTW

=EXTERIOR-WALL HEIGHT=12.5984252 AZLMUTH=270 CONSTRUCTION=EXTW-BRICKTILE WINDOW HEIGHT=1. 969 GLASS-T YPE=KACA-4MM

=EXTERIOR-WALL HEIGHT=12.5984252 WIDTH=26.247 AZIMUTH=0

WTDTH=54.790

WTDTH=27.559

WIDTH=29.528

WTDTH=29.528



*1132 *1133 *1134 *1135 *1136 *1137 *1138 *1139 *1140 *1141 *1142 *1143 *1144 *1145 *1146 *1147 *1148 *1149 *1150 *1151 *1152 *1153 *1154 *1155 *1156 *1157 *1158 *1159 *1160 *1161 *1162 *1163 *1164 *1165 *1166 *1167 *1168 *1169 *1170 *1171 *1172 *1173 *1174 *1175 *1176 *1177 *1178 *1179 *1180 *1181 *1182 *1183 *1184 *1185 *1186 *1187 *1188 *1189 *1190 *1191 *1192 *1193 *1194 *1195 *1196 *1197 *1198 *1199 *1200 *1201 *1202

* * * * * * * * * * * * * * * * * * * * * * * * * * * * +

* * * * * * * * •

* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * *

W1005=SPACE 2=119.881

Z=119.881

Z=119.881

WALL-W1005-L Z=119.881

WALL-W1005-2' Z=119.881

W1006=SPACE Z=119.881

Z=119.881

WALL-W1006-1: Z=119.881

WALL-W1006-2= Z=119.881

GUDANG=SPACE Z=119.881

WALL-GUDANG-: Z=119.881

CONSTRUCTI0N=EXTW-BRICKTILE WINDOW HEIGHT=1.969 GLAS S - TYPE=KACA-4MM

WIDTH=26.247

WTDTH=35.433

AREA=1394.357 VOLUME=17566.702 SPACE-CONDITIONS=KANTOR PEOPLE-SCHEDULE=RK2-1 LIGHTING-SCHEDULE=RK2-1 EQUIP-SCHEDULE=RK2-1 NUMBER-OF-PEOPLE=150 EQUIPMENT-KW=0 LIGHTING-KW=0.712

INTERIOR-WALL HEIGHT=12.5984252 WIDTH=16.404 NEXT-TO HALLIO CONSTRUCTION=INTW

INTERIOR-WALL HEIGHT=12.5984252 WIDTH=27.559 NEXT-TO W1006 CONSTRUCTION=INTW


=EXTERIOR-WALL HEIGHT=12.5984252 WIDTH=35.433 AZIMUTH=45 CONSTRUCTION=EXTW-BRICKTILE WINDOW HEIGHT=1.969 WIDTH=35.433 GLASS-TYPE=KACA-4MM

AREA=1203.190 VOLUME=15158.299 SPACE-CONDITIONS=KANTOR PEOPLE-SCHEDULE=RKl-l LIGHTING-SCHEDULE=RK1-1 EQUIP-SCHEDULE=RK1-1 NUMBER-OF-PEOPLE=50 EQUIPMENT-KW=1.75 LIGHTING-KW=1.28

INTERIOR-WALL HEIGHT=12.5984252 WTDTH=54.790 NEXT-TO HALLIO CONSTRUCTION=INTW

=EXTERIOR-WALL HEIGHT=12.5984252 WIDTH=26.247 A2IMUTH=0 CONSTRUCTION=EXTW-PART . . WINDOW HEIGHT=1.969 WTDTH=26.247 GLASS-TYPE=KACA-4MM

=EXTERIOR-WALL HEIGHT=12.5984252 WIDTH=29.528 AZIMUTH=90 CONSTRUCTION=EXTW-BRICKTILE WINDOW HEIGHT=1.969 WTDTH=29.528 GLAS S - T YPE=KACA-4MM

AREA=627.967 VOLUME=7911.395 SPACE-CONDITIONS=KANTOR NUMBER-OF-PEOPLE=0 EQUIPMENT-KW=0 LIGHTING-KW=0.24

l=EXTERIOR-WALL HEIGHT=12.5984252 WIDTH=18.045 AZIMUTH=90 CONSTRUCTION=EXTW-BRICKTILE WINDOW HEIGHT=1.969 WIDTH=18.045



*1203 * GLASS-TYPE=KACA-4MM *1204 * WALL-GUDANG-2=EXTERI0R-WALL *1205 * Z=119.881 HEIGHT=12.5984252 WIDTH=29.528 *1206 * AZIMUTH=180 *1207 * CONSTRUCTION=EXTW-BRICKTILE *1208 * WINDOW HEIGHT=1.969 WIDTH=29.528 *1209 * GLASS-TYPE=KACA-4MM *1210 * WALL-GUDANG-3=EXTERIOR-WALL *1211 * Z=119.881 HEIGHT=12.5984252 WIDTH=18.045 *1212 * AZIMUTH=270 *1213 * CONSTRUCTION=EXTW-BRICKTILE *1214 * WINDOW HEIGHT=1.969 WIDTH=18.045 *1215 * GLASS-TYPE=KACA-4MM *1216 * *1217 * HALL10=SPACE AREA=2391. 633 *1218 * Z=119.881 VOLUME=30130.809 *1219 * SPACE-CONDITIONS=SELASAR *1220 * NUMBER-OF-PEOPLE=0 *1221 * EQUIPMENT-KW=2 *1222 * LIGHTING-KW=0.64 *1223 * *1224 * END *1225 * COMPUTE LOADS . . *1226 * *1227 * * 1 2 2 8 * INPUT SYSTEMS * 1 2 2 9 * OUTPUT-UNITS=METRIC

S D L P R O C E S S O R I N P U T D A T A

1 0 / 2 8 / 0 2 2 0 : 4 7 : 5 0 . 0 3 SDL RUN 1

* 1 2 3 0 * TITLE

*1231 * LINE-4 * PTAC-PACKAGE TERMINAL AIR CONDITIONER * . . *1232 * *1233 * $ HEADINGS $ *1234 * *1235 * ABORT ERRORS . . *1236 * DIAGNOSTIC CAUTIONS NARROW *1237 * *1238 * $ SYSTEM SCHEDULES $ *1239 * *1240 * NO-HEAT=SCHEDULE THRU DEC 31 (ALL) (1,24) (0) *1241 * *1242 * WORKDAY-SET=DAY-SCHEDULE (1,6) (0) (7,21) (1) (22,24) (0) *1243 * SUNDAY-SET=DAY-SCHEDULE (1,24) (0) *1244 * NORMAL-SET=WEEK-SCHEDULE (MON,SAT) WORKDAY-SET *1245 * (SUN,HOL) SUNDAY-SET *1246 * COOLSETPT=SCHEDULE THRU DEC 31 NORMAL-SET *1247 * *1248 * WORKDAY=DAY-SCHEDULE (1,6) (0) (7,14) (1) (15,24) (0) *1249 * SUNDAY=DAY-SCHEDULE (1,24) (0) *1250 * NORMAL=WEEK-SCHEDULE (MON,SAT) WORKDAY *1251 * (SUN,HOL) SUNDAY *1252 * OFFICE-l=SCHEDULE THRU DEC 31NORMAL .. *1253 * •1254 * TU-WD=DAY-SCHEDULE (1,6) (0) (7,21) (1) (22,24) (0) .. *1255 * TU=WEEK-SCHEDULE (WD) TU-WD *1256 * (SAT) WORKDAY *1257 * (SUN,HOL) SUNDAY *1258 * TU-1=SCHEDULE THRU DEC 31 TU . . $ SCHEDULES FOR TU $ *1259 * *1260 * RK1-WD=DAY-SCHEDULE (1,7) (0) (8,12) (1) (13,24) (0) *1261 * RK1=WEEK-SCHEDULE (MON,SAT) RKl-WD *1262 * (SUN,HOL) SUNDAY *1263 * RK1-1=SCHEDULE THRU DEC 31 RKl . . $ SCHEDULES FOR RKl $ *1264 * *1265 * RK2-WD=DAY-SCHEDULE (1,7) (0) (8,11) (1) (12,24) (0) *1266 * RK2=WEEK-SCHEDULE (MON,SAT) RK2-WD *1267 * (SUN,HOL) SUNDAY *1268 * RK2-1=SCHEDULE THRU DEC 31 RK2 . . $ SCHEDULES FOR RK2 $



*1269 *1270 *1271 *1272 *1273 *1274 *1275 *1276 *1277 *1278 *1279 *1280 *1281 *1282 *1283 *1284 *1285 *1286 *1287 *1288 *1289 *1290 *1291 *1292 *1293 *1294 *1295 *1296 *1297 *1298 *1299 *1300 *1301 *1302 *1303 *1304 *1305 *1306 *1307 *1308 *1309 *1310 *1311 *1312 *1313 *1314 *1315 *1316 *1317 *1318 *1319 *1320 *1321 *1322 *1323 *1324 *1325 *1326 *1327 •1328 *1329 *1330 *1331 *1332 *1333 *1334 *1335 *1336 *1337 *1338 *1339

RK3-WD=DAY-SCHEDULE (1,7) (0) (8,10) (1) (11,24) (0) RK3=WEEK-SCHEDULE (MON,SAT) RK3-WD

(SUN,HOL) SUNDAY RK3-1=SCHEDULE THRU DEC 31 RK3 . . $ SCHEDULES FOR RK3 $

RK4-WD=DAY-SCHEDULE (1,7) (0) (8,14) (1) (15,24) (0) RK4=WEEK-SCHEDULE (MON,SAT) RK4-WD

(SUN,HOL) SUNDAY RK4-1=SCHEDULE THRU DEC 31 RK4 . . $ SCHEDULES FOR RK4 $

LIBRARY-WD=DAY-SCHEDULE (1,7) (0) (8,19) (1) (20,24) (0) LIBRARY-SAT=DAY-SCHEDULE (1,7) (0) (8,13) (1) (14,24) (0) LIBRARY=WEEK-SCHEDULE (WD) LIBRARY-WD

(SAT) LIBRARY-SAT (SUN,HOL) SUNDAY

LIBRARY-1=SCHEDULE THRU DEC 31 LIBRARY . . $ SCHEDULES FOR LIBRARY $

$ ZONE SUB COMMANDS $

Z-CTRL=ZONE-CONTROL COOL-TEMP-SCH =COOLSETPT DESIGN-COOL-T =73.4 $ 23 C $

CORE-A=ZONE CORE-B=ZONE

$ ZONE DESCRIPTIONS $

ZONE-TYPE=UNCONDITIONED ZONE-TYPE=UNCONDITIONED

* SELASARl=ZONE ZONE-TYPE=UNCONDITIONED

SELASAR2=ZONE W203=ZONE

W204=ZONE W205=ZONE W206=ZONE W207=ZONE W208=ZONE W209=ZONE W209A=ZONE W210=ZONE

* SELASAR3=ZONE * W303=ZONE

* * W304=ZONE

* W305=ZONE

* W306=ZONE

* W308=ZONE * W309=ZONE

* * SELASAR4=ZONE * W403=ZONE * W404=ZONE * W405=ZONE * W406=ZONE * W409=ZONE

SELASAR5=ZONE W503=ZONE

* W504=ZONE

* PERPUS=ZONE

ZONE-TYPE=UNCONDITIONED ZONE-TYPE=CONDITIONED ZONE-CONTROL=Z-CTRL COOLING-CAPACITY=10450 . . LIKE W203 LIKE W203 LIKE W203 LIKE W203 LIKE W203 ZONE-TYPE=UNCONDITIONED ZONE-TYPE=UNCONDITIONED ZONE-TYPE=CONDITIONED ZONE-CONTROL=Z-CTRL COOLING-CAPACITY=7000 . .

ZONE-TYPE=UNCONDITIONED ZONE-TYPE=CONDITIONED ZONE-CONTROL=Z-CTRL COOLING-CAPACITY=39150 . . LIKE W303 ZONE-TYPE=CONDITIONED ZONE-CONTROL=Z-CTRL COOLING-CAPACITY=41525 . . ZONE-TYPE=CONDITIONED ZONE-CONTROL=Z-CTRL COOLING-CAPACITY=19575 . . LIKE W306 LIKE W306

ZONE-TYPE=UNCONDITIONED ZONE-TYPE=CONDITIONED ZONE-CONTROL=Z-CTRL COOLING-CAPACITY=118775 LIKE W303 LIKE W203 LIKE W303 ZONE -TYPE=CONDITIONED ZONE -CONTROL=Z - CTRL COOLING-CAPACITY=20900 . .

ZONE-TYPE=UNCONDITIONED ZONE-TYPE=CONDITIONED ZONE-CONTROL=Z-CTRL COOLING-CAPACITY=130000 LIKE W503

ZONE-TYPE=CONDITIONED ZONE-CONTROL=Z-CTRL COOLING-CAPACITY=1820000


Lampiran 5 : IJDL Base Case Gedung W (sambungan)

*1340 *1341 *1342 *1343 *1344 *1345 *1346 *1347 *1348 *1349 *1350 *1351 *1352 *1353 *1354 *1355 *1356 *1357 *1358 *1359 *1360 *1361 *1362 *1363 *1364 *1365 *1366 *1367 *1368 *1369 *1370 *1371 *1372 *1373 *1374 *1375 *1376 *1377 *1378 *1379 *1380 *1381 *1382 *1383 *1384 *1385 *1386 *1387 *1388 *1389 *1390 *1391 *1392 *1393 *1394 *1395 •1396 *1397 *1398 *1399 *1400 *1401 *1402 *1403 *1404 *1405 *1406 *1407 *1408 *1409 *1410

OUT-DOOR=Z0NE ZONE-HALL-PERPUS=ZONE

TYPE=UNCONDITIONED ZONE-TYPE=UNCONDITIONED

* SELASAR9=ZONE * W903=ZONE

* W907=ZONE

* * W908=ZONE

* W911=ZONE

* HALL9=ZONE

* W1003=ZONE

* W1004=ZONE * W1005=ZONE * W1006=ZONE * GUDANG=ZONE * HALL10=ZONE

ZONE-TYPE=UNCONDITIONED ZONE-TYPE=CONDITIONED ZONE-CONTROL=Z-CTRL COOLING-CAPACITY=208700 ZONE-TYPE=CONDITIONED ZONE-CONTROL=Z-CTRL COOLING-CAPACITY=50000 . . ZONE-TYPE=CONDITIONED ZONE-CONTROL=Z-CTRL COOLING-CAPACITY=80000 . . LIKE W907 ZONE-TYPE=UNCONDITIONED

ZONE-TYPE=CONDITIONED ZONE-CONTROL=Z-CTRL COOLING-CAPACITY=368700 LIKE W908 ZONE-TYPE=CONDITIONED ZONE-CONTROL=Z-CTRL COOLING-CAPACITY=104000 LIKE W908 ZONE-TYPE=UNCONDITI0NED ZONE-TYPE=UNCONDITIONED

* $ SYSTEM DESCRIPTION $ +

* AC-OFFICE=SYSTEM * SYSTEM-TYPE=PTAC * COOLING-SCHEDULE=OFFICE-l * FAN-SCHEDULE=OFFICE-l * HEATING-SCHEDULE=NO-HEAT * HEATING-CAPACITY=0 * MAX-SUPPLY-T=95 $ 35 C $ * MIN-SUPPLY-T=70 $ 25 C $ * ZONE-NAMES= * (CORE-A,CORE-B,SELASARl, * SELASAR2 , W203 ,W204 ,W205 ,W206,W207 ,W208 ,W209A, W210 , * SELASAR3,W304,W305,W306,W308,W309, * SELASAR4,W404,W405,W406,W409, * SELASAR5,W503,W504, * OUT-DOOR,HALL-PERPUS, * SELASAR9,W903,W907,W908, ,W911,HALL9, * HALLIO,GUDANG) ..

* AC-TU=SYSTEM * SYSTEM-TYPE=PTAC * FAN-SCHEDULE=TU-1 * MAX-SUPPLY-T=95 * HEATING-CAPACITY=0 * * AC-PERPUS=SYSTEM * SYSTEM-TYPE=PTAC * FAN-SCHEDULE=LIBRARY-* MAX-SUPPLY-T=95 * HEATING-CAPACITY=0

* AC-RK4=SYSTEM SYSTEM-TYPE=PTAC FAN-SCHEDULE=RK4-1 MAX-SUPPLY-T=95 HEATING-CAPACITY=0

* AC-RK3=SYSTEM SYSTEM-TYPE=PTAC FAN-SCHEDULE=RK3 -1 MAX-SUPPLY-T=95 HEATING-CAPACITY=0

* AC-RK2=SYSTEM SYSTEM-TYPE=PTAC FAN-SCHEDULE=RK2 -MAX-SUPPLY-T=95

COOLING-SCHEDULE=TU-1 HEATING- SCHEDULE=NO-HEAT MIN-SUPPLY-T=70 ZONE-NAMES= (W209 , W303 , W403)

COOLING-SCHEDULE=LIBRARY-HEATING-SCHEDULE=NO-HEAT MIN-SUPPLY-T=70 ZONE-NAMES= (PERPUS)

COOLING- SCHEDULE=RK4 -1 HEATING-SCHEDULE=NO-HEAT MIN-SUPPLY-T=70 ZONE-NAMES= (W1003)

COOLING-SCHEDULE=RK3-1 HEATING-SCHEDULE=NO-HEAT MIN-SUPPLY-T=70 ZONE-NAMES= (WIO 04)

COOLING-SCHEDULE=RK2-1 HEATING- SCHEDULE=NO- HEAT MIN-SUPPLY-T=70



*1411 *1412 *1413 *1414 *1415 *1416 *1417 *1418 *1419 *1420 *1421 *1422 *1423 *1424 *142S *1426 *1427 *1428

* HEATING-CAPACITY=0

* * AC-RK1=SYSTEM * SYSTEM-TYPE=PTAC * FAN-SCHEDULE=RK1-1 * MAX-SUPPLY-T=95 * HEATING-CAPACITY=0 * * $ REPORT $

* * SYSTEMS-REPORT * VERIFICATION= (SV-A) * SUMMARY=(SS-A,SS-I,SS-G) * END * COMPUTE SYSTEMS * * INPUT PLANT * OUTPUT-UNITS=METRIC

ZONE-NAMES= (W1005)

COOLING- SCHEDULE=RK1 -1 HEATING-SCHEDULE=NO-HEAT MIN-SUPPLY-T=70 ZONE-NAMES= (W1006)

P D L P R O C

10/28/02

S S O R I N P U T D A T A

20:47:50.03 PDL RUN 1

*1429 * PLANT-REPORT SUMMARY= (PS-A,BEPS) *1430 * END *1431 * COMPUTE PLANT . . *1432 *

*••••••••****************•**** END-OF-FILE READ ON INPUT FILE.


* * * * * ** * * * * * * *** * * * * * ***** • *** *****

B U I L D I N G E N E R G Y A N A L Y S I S P R O G R A M

DEVELOPED BY LAWRENCE BERKELEY LABORATORY/UNIVERSITY OF CALIFORNIA,

WITH THE ASSISTANCE OF HIRSCH & ASSOCIATES, CAMARILLO, CA

WITH MAJOR SUPPORT FROM UNITED STATES DEPARTMENT OF ENERGY

ASSISTANT SECRETARY FOR ENERGY EFFICIENCY AND RENEWABLE ENERGY OFFICE OF BUILDING TECHNOLOGIES

BUILDING SYSTEMS AND MATERIALS DIVISION

AND ADDITIONAL SUPPORT FROM SOUTHERN CALIFORNIA EDISON CO. , PACIFIC GAS AND ELECTRIC CO. ,

GAS RESEARCH INSTITUTE, ELECTRIC POWER RESEARCH INSTITUTE

COPYRIGHT 1993 REGENTS OF THE UNIVERSITY OF CALIFORNIA, LAWRENCE BERKELEY LABORATORY

************************* L E G A L N O T I C E ************************** * THIS PROGRAM WAS PREPARED AS AN ACCOUNT OF WORK SPONSORED BY THE * * UNITED STATES GOVERNMENT. NEITHER THE UNITED STATES NOR THE DEPART- * * MENT OF ENERGY, NOR ANY OF THEIR EMPLOYEES, NOR ANY OF THEIR CON- * * TRACTORS, SUBCONTRACTORS, OR THEIR EMPLOYEES, MAKES ANY WARRANTY, * * EXPRESS OR IMPLIED, OR ASSUMES ANY LEGAL LIABILITY OR RESPONSIBILITY * * FOR THE ACCURACY, COMPLETENESS OR USEFULNESS OF ANY INFORMATION, APPA- * * RATUS, PRODUCT OR PROCESS DISCLOSED, OR REPRESENTS THAT ITS USE WOULD * * NOT INFRINGE PRIVATELY OWNED RIGHTS. * ********************************************************************************

LBL RELEASE MAR 1994 version : 2.1E1002


M M MM MM M M M M M M M

IIIII I I I

IIIII

CCCC C

c c cccc

RRRR R R RRRR R R R R

ooo 0 0 0 O 0 0

ooo

DDDD OOO EEEEE D D 0 0 E D D O O EEEEE D D O O E DDDD OOO EEEEE

222 2 2

2 22

22222

222 2 2

2 22

1 11 1 1

22222 * 111

EEEEE E EEEEE E EEEEE

MODIFIED BY ERG/ACROSOFT INTERNATIONAL, INC., GOLDEN, COLORADO

* * * * * * * * * * * * L E G A L N O T I C E * * * * * * * * * * * * i THIS PROGRAM HAS BEEN MODIFIED, ENHANCED AND COMPILED FOR USE ON IBM ' PC (386 OR 486) OR COMPATIBLES BY ERG/ACROSOFT INTERNATIONAL, INC. NE- ' ITHER ERG/ACROSOFT INTERNATIONAL INC. , NOR ANY OF THEIR EMPLOYEES, OR < ANY OF THEIR CONTRACTORS, SUBCONTRACTORS, OR THEIR EMPLOYEES, MAKE ANY ' WARRANTY, EXPRESS OR IMPLIED, OR ASSUME ANY LEGAL LIABILITY OR RESPON- i SIBILITY FOR THE ACCURACY, COMPLETENESS OR USEFULNESS OF ANY INFORMAT- i ION, APPARATUS, PRODUCT OR PROCESS DISCLOSED. *

* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * i

COPYRIGHT (C) 1994 BY ERG/ACROSOFT INTERNATIONAL, INC. - ALL RIGHTS RESERVED.

r =

>5' H P =-= SS .r.

ir. = =_

B" y:

5: b Sj

? ffi n c B =

BB -

5 — = = TS

ta =

GEDUNG W UK PETRA BASE RUN

REPORT- LV-A GENERAL PROJECT AND BUILDING INPUT

LOADS CALCULATION & SYSTEM DOE-2.1E-002 10/28/02 20:47:50.03 LDL RUN 1

WEATHER FILE- 1987 JAKARTA W/SOLAR

PERIOD OF STUDY

STARTING DATE ENDING DATE NUMBER OF DAYS

1 JAN 1991 31 DEC 1991 365

SITE CHARACTERISTIC DATA

STATION NAME

LATITUDE LONGITUDE ALTITUDE (DEG) (DEG) ( M)

BUILDING TIME AZIMUTH ZONE (DEG)

1987 JAKARTA W/SOLAR -6.2 -106.8 5. -7 59.0



OUT-DOOR HALL-PERPUS SELASAR9 W903 W907 W908 W911 HALL9 W1003 W1004 W1005 W1006 GUDANG HALLIO

BUILDING TOTALS

1.0 1.0 1.0 1.0 1.0 1.0 1.0 1.0 1.0 1.0 1.0 1.0 1.0 1.0

EXT EXT INT EXT EXT EXT EXT INT EXT EXT EXT EXT EXT INT

0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0

0.00 15.63 3.35 8.11 8.22

10.28 11.80 4.64 5.56

11.45 5.50

11.45 4.11 2.88

0.0 0.0 0.0 8.0

40.0 4.0 9.0 0.0

150.0 50.0

150.0 50.0 0.0 0.0

1308.0

0.00 0.00 0.00

10.32 17.97 24.79 0.00 0.00 6.42

13.42 0.00

15.66 0.00 9.00

NO-INFILT. RESIDENTIA RESIDENTIA RESIDENTIA RESIDENTIA RESIDENTIA RESIDENTIA RESIDENTIA RESIDENTIA RESIDENTIA RESIDENTIA RESIDENTIA RESIDENTIA RESIDENTIA

0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00

46.08 46.08 488.42 276.12 97.38

108.90 31.36 196.49 560.78 111.78 129.54 111.78 58.34 222.19

7699.14

547.43 547.43 1875.53 1060.30 373.94 418.18 312.42 754.48

2153.39 429.23 497.43 429.23 224.03 853.21

41744.49

LOADS CALCULATION & SYSTEM GEDUNG W UK PETRA BASE RUN

REPORT- LV-D DETAILS OF EXTERIOR SURFACES IN THE PROJECT

DOE-2.1E-002 10/28/02 20:47:50.03 LDL RUN 1


NUMBER OF EXTERIOR SURFACES 80 RECTANGULAR 80 OTHER 0 (U-VALUE INCLUDES OUTSIDE AIR FILM; WINDOW INCLUDES FRAME, IF DEFINED)

SURFACE SPACE

WALL-CORE-B-1 WALL-W207 WALL-W208 WALL-W309-1 WALL-PERPUS-8 WALL-W908-1 WALL-W1005-1 WALL-W209A WALL-W309-2 WALL-W403-1 WALL-W409

CORE-B W207 W208 W309 PERPUS W908 W1005 W209A W309 W403 W409

- - - W I N D O W S U-VALUE

(W/M2-K )

3.948 3.948 3.948 3.948 3.948 3.948 3.948 3.948 3.948 3.948 3.948

- - -AREA ( M2 )

56.23 6.37 6.37 3.00

10.08 4.64 6.48 6.70 1.89

17.98 20.46

- -U

(W/M2

- - W A L L --VALUE -K )

1.519 0.711 0.711 0.711 1.519 0.711 1.519 0.711 0.711 0.711 0.711

• - - -

AREA ( M2 )

337.01 11.87 11.87 16.20 56.45 28.15 34.99 12.50 2.79 26.57 30.23

-w A L L U-VA

(W/M2-K

1.866 1.841 1.841 1.217 1.887 1.169 1.899 1.841 2.018 2.018 2.018

+ W I N D O W S -LUE AREA

) ( M2 )

3 9 3 . 2 4 1 8 . 2 4 1 8 . 2 4 1 9 . 2 0 6 6 . 5 2 3 2 . 7 9 4 1 . 4 7 1 9 . 2 0

4 . 6 9 4 4 . 5 4 5 0 . 6 9

AZIMUTH

NORTH NORTH NORTH NORTH NORTH NORTH NORTH NORTH-EAST NORTH-EAST NORTH-EAST NORTH-EAST




LOADS CALCULATION & SYSTEM GEDUNG W UK PETRA BASE RUN

REPORT- LV-D DETAILS OF EXTERIOR SURFACES IN THE PROJECT

DOE-2.1E-002 10/28/02 20:47:50.03 LDL RUN 1


AVERAGE U-VALUE/WINDOWS (W/M2-K )

NORTH NORTH-EAST EAST SOUTH-EAST SOUTH SOUTH-WEST WEST NORTH-WEST ALL WALLS

WALLS+ROOFS BUILDING

3.948 3.946 3.948 3.948 3.948 3.948 3.948 3.948 3.948 3.948 3.948

AVERAGE U-VALUE/WALLS (W/M2-K )

1 . 4 0 8 0 . 8 9 9 1 . 3 4 6 1 . 2 0 3 1 . 3 8 7 1 . 2 7 9 1 . 3 4 1 1 . 1 8 0 1 . 2 4 9 1 . 2 4 9 1 . 2 4 9

&VERAGE U-VALUE WALLS+WINDOWS (W/M2-K )

1.809 1.603 1.895 1.744 1.900 1.915 1.825 1.703 1.793 1.793 1.793

WINDOW AREA ( M2 )

93.16 142.92 97.06

122.46 102.30 144.37 95.71

116.15 914.14 914.14 914.14

WALL AREA ( M2 )

496.55 476.01 362.77 499.10 408.12 461.39 419.28 499.03

3622.23 3622.23 3622.23

WINDOW+WALL AREA ( M2 )

589.71 618.93 459.83 621.56 510.42 605.76 514.99 615.18

4536.38 4536.38 4536.38


REPORT- LS-C BUILDING PEAK LOAD COMPONENTS



*** BUILDING ***

FLOOR AREA VOLUME

TIME

DRY-BULB TEMP WET-BULB TEMP

43463 822727

SQFT CUFT

COOLING

MAR 13

92F 73F

4038 23300

LOAD

2PM

33C 23C

SQMT CUMT

HEATING

DEC 16

58F 58F

LOAD

6AM

14C 14C


COOLING LOAD

SENSIBLE LATENT (KBTU/H) ( KW ) (KBTU/H) ( KW )

WALL CONDUCTION ROOF CONDUCTION WINDOW GLASS+FRM COND WINDOW GLASS SOLAR DOOR CONDUCTION INTERNAL SURFACE COND UNDERGROUND SURF COND OCCUPANTS TO SPACE LIGHT TO SPACE EQUIPMENT TO SPACE PROCESS TO SPACE INFILTRATION

TOTAL

48 0

86 273 5 -5 0

230 110 244

0 219

1212

.755

.000

.742

.382

.071

.304

.000

.226

.226

.562

.000 ,065

.725

14 0

25 80 1 -1 0

67 32 71 0, 64

355

.285

.000

.415

.101

.486

.554 ,000 ,456 ,296 ,657 .000 ,186

,328

0

c 0 0 0 0 0

162 0 0 0

248

411

.000

.000

.000

.000

.000

.000

.000

.491

.000

.000

.000

.738

.229

0 0 0 0

c 0 0

47 0 0 0

72

120

.000

.000

.000

.000

.000

.000

.000

.610

.000 ,000 .000 .880

.490

TOTAL LOAD 1623.954 KBTU/H 475.819 KW

TOTAL LOAD / AREA 37.36BTU/H.SQFT 117.839 W /SQMT

HEATING LOAD f" BB

3 *»"

=

-

ir. B =_

5

SENSIBLE (KBTU/H)

12.524 0.000

-45.882 50.615 -1.815 -5.304 0.000 0.237 0.168 0.254 0.000

-76.983

-66.186

66.186 KBTU/H

1.523BTU/H.SQFT

( KW )

3.670 0.000

-13.443 14.830 -0.532 -1.554 0.000 0.069 0.049 0.074 0.000

-22.556

-19.393

-19.393

4.803

KW

W /SQMT n n c c =

's.

— = = JC

=



REPORT- LS-D BUILDING MONTHLY LOADS SUMMARY



MONTH

C O O L I N G

COOLING TIME DRY- WET-ENERGY OF MAX BULB BULB ( MWH) DY HR TEMP TEMP

MAXIMUM COOLING

LOAD (KW )

H E A T I N G

HEATING TIME DRY- WET-ENERGY OF MAX BULB BULB ( MWH) DY HR TEMP TEMP

MAXIMUM HEATING

LOAD (KW )

- - E L E C - - -ELEC- MAXIMUM

TRICAL ELEC ENERGY LOAD (KWH) (KW)

JAN

FEB

MAR

APR

MAY

JUN

JUL

AUG

SEP

OCT

NOV

DEC

TOTAL

MAX

115

103

113

114

116

112

117

115

113

126

119

100

.19350

,11555

.85795

.73656

.86713

.40514

.85352

.50966

.23384

.75722

.06834

.40468

1369.003

9 14 30.C 23.C

27 14 33.C 23.C

13 14 33.C 23.C

3 14 33.C 25.C

24 13 34.C 24.C

20 13 33.C 23.C

4 13 33.C 24.C

1 13 33.C 24.C

18 13 34.C 26.C

28 14 33.C 23.C

11 14 33.C 27.C

2 14 32.C 24.C

334.101

337.738

355.328

332.007

353.767

331.983

323.447

325.720

338.360

343.817

349.077

336.975

355.328

0.000 3

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

-0.024 16

- 0 . 0 2 4

2 3 . C 2 2 . C

1 4 . C 1 4 . C

- 0 . 0 4 8

0 . 0 0 0

0 . 0 0 0

0 . 0 0 0

0 . 0 0 0

0 . 0 0 0

0 . 0 0 0

0 . 0 0 0

0 . 0 0 0

0 . 0 0 0

0 . 0 0 0

- 1 9 . 3 9 3

- 1 9 . 3 9 3

35188.

32517.

32703.

35359.

35537.

34660.

37672.

36430.

33767.

37672.

35902.

23465.

410871.

124

124

124

124

124

124

124

124

124

124

124

124

124,

.653

.653

.653

.653

.653

.653

.653

.653

.653

.653

,653

,653

653


GEDUNG W UK BASE RUN

REPORT- LS-F

(UNI

JAN

FEB

MAR

APR

MAY

JUN

JUL

AUG

TS= MWH)

HEATNG SEN CL LAT CL






HEATNG

SEN CL

LAT CL


PETRA

BUILDING

WALLS

0.000 7.345

0.000 6.516

0.000 9.174

0.000 9.344

0.000 9.906

0.000 9.814

0.000 9.625

0.000

8.918

MONTHLY LOAD

ROOFS

0.000 0.000

0.000 0.000

0.000 0.000

0.000 0.000

0.000 0.000

0.000 0.000

0.000

0.000

0.000

0.000

LOADS CALCULATION £ SYSTEM

COMPONENTS IN MWH

INT SUR

0.000 -1.156

0.000 -1.044

0.000 -1.156

0.000 -1.119

0.000 -1.156

0.000 -1.119

0.000 -1.156

0.000 -1.156

UND SUR

0.000 0.000

0.000 0.000

0.000 0.000

0.000 0.000

0.000 0.000

0.000 0.000

0.000 0.000

0.000

0.000

INFIL

0.000 8.057

53.562

0.000 7.399

47.560

0.000 12.407 51.855

0.000 12.131 52.401

0.000 14.378 49.578

0.000 14.444 47.852

0.000 14.431 43.561

0.000 13.098 33.645

WIN

0 4

0 4

C 6

0 7

0 7

0

s

0 7

0 6

CON

.000 ,558

.000

.119

.000 ,882

.000 ,056

,000 ,989

,000 ,072

,000 ,935

,000 ,991

WIN

0 47

0 40

0 41

0 37

0 35

0 32

0 33

0 36

DOE

SOL

.000

.089

.000 ,206

.000 ,062

.000

.401

,000 ,680

.000

.179

,000 ,544

,000 ,043

-2.1E-002 10/28/02

WEATHER FILE

OCCUP

0.000 19.752 12.738

0.000 18.399 11.828

0.000 18.210 11.667

0.000 20.011 12.899

0.000 20.064 12.899

0.000 19.615 12.576

0.000 21.426 13.808

0.000 20.672 13.273

LIGHTS

0.000 9.755

0.000 9.107

0.000 9.021

0.000 9.893

0.000 9.934

0.000 9.709

0.000

10.588

0.000 10.235

20:47:50.03 LDL RUN 1

- 1987 JAKARTA W/SOLAR

EQUIP

0.000 19.794 0.000

0.000 18.414 0.000

0.000 18.258

0.000

0.000 20.019 0.000

0.000 20.072 0.000

0.000 19.690 0.000

0.000 21.461 0.000

0.000 20.70B 0.000

SOURCE

0.000 0.000 0.000

0.000 0.000 0.000

0.000 0.000 0.000

0.000 0.000 0.000

0.000 0.000 0.000

0.000 0.000 0.000

0.000 0.000 0.000

0.000 0.000 0.000

TOTAL

0.000 115.193 66.300

0.000 103.115 59.389

0.000 113.858 63.522

0.000 114.737

65.299

0.000 116.867 62.477

0.000 112.405 60.429

0.000

117.853 57.369

0.000

115.510 46.918

Lam

pir

-

3

=

= B 5" be

B =

3 BS M

5 B = JS

=




REPORT- SV-A SYSTEM DESIGN PARAMETERS

LOADS CALCULATION & SYSTEM PTAC-PACKAGE TERMINAL AIR CONDITIONER

AC-OFFICE

DOE-2.1E-002 10/28/02 20:47:50.03 SDL RUN 1


SYSTEM NAME

AC-OFFICE

SUPPLY FAN

(M3/H)

254836.

ZONE NAME

CORE-A

CORE-B

SELASARl

SELASAR2

W203

W204

W205

W206

W207

W208

W209A

W210

SYSTEM TYPE

PTAC

ELEC DELTA-T (KW)

0.000

•

(C)

0.1

SUPPLY FLOW

(M3/H)

0.

0.

0.

0.

2963.

2710.

5466.

3423.

2903.

2833.

0.

4343.

ALTITUDE MULTIPLIER

1.000

RETURN FAN

(M3/H)

C.

E3CHAUST FLOW

(M3/H)

0.

0.

0.

0.

3.

0.

0.

0.

0.

0.

0.

0.

FLOOR AREA MAX ( M2 ) PEOPLE

5438.3 329.

OUTSIDE ELEC DELTA-T AIR (KW) (C) PATIO

0.000 0.0 0.000

COOLING CAPACITY (KW )

0.000

FAN (KW)

0.000

0.000

0.000

0.000

0.122

0.112

0.225

0.141

0.120

0.117

0.000

0.179

MINIMUM FLOW

RATIO

0.000

0.000

0.000

0.000

1.000

1.000

1.000

1.000

1.000

1.000

0.000

1.000

OUTSIDE AIR FLOW

(M3/H)

0.

G .

c.

z.

0.

c.

0.

0.

0.

0.

0.

0.


0.00

0.00

0.00

0.00

3.06

3.06

3.06

3.06

3.06

3.06

0.00

2.05

HEATING SENSIBLE CAPACITY

(SHR) (KW )

0.000 0.000

EXTRACTION SENSIBLE RATE

(SHR) (KW )

COOLING HEATING EIR EIR

(KWH/KWH) (KWH/KWH)

0.44 0.37

HEATING ADDITION CAPACITY RATE (KW ) (KW ) MULTIPLIER

1.0

1.0

1.0

1.0

1.0

1.0

1.0

1.0

l.C

1.0

1.0

1.0

0.00

0.00

0.00

0.00

1.00

1.00

1.00

1.00

1.00

1.00

0.00

1.00

0.00

0.00

0.00

0.00

0.00

0.07

0.00

0.00

0.00

0.01

0.00

0.00

0.00

0.00

0.00

0.00

-13.64

-12.48

-25.17

-15.77

-13.37

-13.04

0.00

-20.00

0.00

0.00

0.00

0.00

-13.76

-12.59

-25.40

-15.90

-13.49

-13.16

0.00

-20.18


SELASAR3

W304

W305

W306

W308

W309

SELASAR4

W404

W405

W406

W409

SELASAR5

W503

W504

OUT-DOOR

HALL-PERPUS

SELASAR9

W903

W907

W90S

W911

HALL9

0.

18315.

14108.

9552.

10345.

7511.

0.

20958.

11660.

18902.

18775.

0.

26013.

17091.

:.

c.

0.

25077.

12124.

11731.

8034.

0.

0.

0 .

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.000

0.755

0.581

0.394

0.426

0.309

0.000

0.863

0.480

0.779

0.774

0.000

1.072

0.704

0.000

0.000

0.000

1.033

0.500

0.483

0.331

0.000

0.000

1.000

1.000

1.000

1.000

1.000

0.000

1.000

1.000

1.000

1.000

0.000

1.000

1.000

0.000

0.000

0.000

1.000

1.000

1.000

1.000

0.000

0

0

0

0

0

0

0

0

0

0

0

G

;

0

0

0

0

0

c

0

c

0

0.00

11.47

12.17

5.74

5.74

5.74

0.00

11.47

3.06

11.47

6.12

0.00

38.09

38.09

0.00

0.00

0.00

61.15

14.65

23.44

14.65

0.00

0.00

1.00

1.00

1.00

1.00

1.00

0.00

1.00

1.00

1.00

1.00

0.00

1.00

1.00

0.00

0.00

0.00

1.00

1.00

1.00

1.00

0.00

0.00

0.00

0.00

0.00

0.00

0.00

0.00

0.00

0.00

0.00

0.00

0.00

11.05

11.46

0.00

0.00

0.00

16.81

0.98

7.86

4.95

0.00

0.00

-84.35

-64.97

-43.99

-47.64

-34.59

0.00

-96.52

-53.70

-87.05

-86.46

0.00

-119.80

-78.71

0.00

0.00

0.00

-115.49

-55.84

-54.02

-37.00

0.00

0.00

-85.09

-65.55

-44.38

-48.06

-34.90

0.00

-97.37

-54.17

-87.81

-87.22

0.00

-120.86

-79.40

0.00

0.00

0.00

-116.50

-56.33

-54.50

-37.32

0.00

1.0

1.0

1.0

1.0

1.0

1.0

1.0

1.0

1.0

1.0

1.0

1.0

1.0

1.0

1.0

1.0

1.0

1.0

1.0

1.0

1.0

1.0

r inpiraii 6 : Hasil S

imulasi B

ase Case G

edung W (sam

bungan)


HALLIO

GUDANG

0.

0.

0.

0.

0.000

0.000

0.000

0.000

0.

0.

0.00

0.00

0.00

0.00

0.00

0.00

0.00

0.00

0.00

0.00

1.0

1.0




AC-TU

DOE-2.1E-002 10/28/02 20:47:50.03 SDL RUN 1


SYSTEM NAME

AC-TU

SYSTEM TYPE

PTAC

ALTITUDE MULTIPLIER

1.000

FLOOR AREA ( M2 )

470.5

MAX PEOPLE

79.

SUPPLY FAN

(M3/H)

60976.

RETURN ELEC DELTA-T FAN (KW) <C) (M3/H)

0.000 0.1 0.

ELEC (KW)

DELTA-T (C)

OUTSIDE AIR

RATIO


SENSIBLE (SHR)

HEATING CAPACITY (KW )

0.000

COOLING HEATING EIR EIR

(KWH/KWH) (KWH/KWH)

0.0 0.000 0.000 0.000 0.000 0.44 0.37

ZONE NAME

SUPPLY EXHAUST FLOW FLOW

(M3/H) (M3/H)

MINIMUM OUTSIDE COOLING EXTRACTION HEATING ADDITION FAN FLOW AIR FLOW CAPACITY SENSIBLE RATE CAPACITY RATE (KW) RATIO (M3/H) (KW ) (SHR) (KW ) (KW ) (KW ) MULTIPLIER

W209

W303

W403

0.

23003.

37973.

0.

0.

0.

0.000

0.948

1.565

0.000

1.000

1.000

0.

c.

0.

0.00

11.47

34.80

0.00

1.00

1.00

0.00

0.00

0.00

0.00

-105.94

-174.88

0.00

-106.87

-176.42

1.0

1.0

1.0


GEDUNG W UK PETRA LOADS CALCULATION & SYSTEM BASE RUN PTAC-PACKAGE TERMINAL AIR CONDITIONER

REPORT- SV-A SYSTEM DESIGN PARAMETERS AC-PERPUS

DOE-2.1E-002 10/28/02 20:47:50.03 SDL RUN 1


SYSTEM NAME

AC-PERPUS

SYSTEM TYPE

PTAC

ALTITUDE MULTIPLIER

1.000

FLOOR AREA ( M2 )

876.5

MAX PEOPLE

500.

SUPPLY FAN

(M3/H)

214263.

ELEC (KW)

DELTA-T (C)

RETURN FAN

(M3/H)

0.000 0.1

ELEC (KW)

0.000

OUTSIDE COOLING HEATING COOLING HEATING DELTA-T AIR CAPACITY SENSIBLE CAPACITY EIR EIR

(C) RATIO (KW ) (SHR) (KW ) (KWH/KWH) (KWH/KWH)

0.0 0.000 0.000 0.000 0.000 0.44 0.37

ZONE NAME

PERPUS

SUPPLY FLOW

(M3/H)

EXHAUST FLOW

(M3/H) FAN (KW)

214263. 8.828

MINIMUM OUTSIDE COOLING EXTRACTION HEATING ADDITION FLOW AIR FLOW CAPACITY SENSIBLE RATE CAPACITY RATE

RATIO »M3/H) (KW ) (SHR) (KW ) (KW ) (KW ) MULTIPLIER

1.000 533.26 1.00 143.63 -986.76 -995.44 1.0




AC-RK4

DOE-2.1E-002 10/28/02 20:47:50.03 SDL RUN 1


SYSTEM NAME

AC-RK4

SYSTEM TYPE

PTAC

ALTITUDE MULTIPLIER

1.000

FLOOR AREA ( M2 )

560.8

MAX PEOPLE

150.

SUPPLY FAN

(M3/H)

38092.

ZONE NAME

W1003

ELEC (KW)

i.OOO

DELTA-T (C)

0.1

SUPPLY FLOW

(M3/H)

38092.

RETURN FAN

(M3/H)

0.

EXHAUST FLOW

(M3/H)

0.

ELEC (KW)

0.000

FAN (KW)

1.569

DELTA-T (C)

0.0

MINIMUM FLOW RATIO

1.000

OUTSIDE COOLING HEATING COOLING HEATING AIR CAPACITY SENSIBLE CAPACITY EIR EIR

RATIO (KW ) (SHR) (KW ) (KWH/KWH) (KWH/KWH)

0.000 0.000 0.000 0.000 0.44 0.37

HJTSIDE COOLING EXTRACTION HEATING ADDITION AIR FLOW CAPACITY SENSIBLE RATE CAPACITY RATE

(M3/H) (KW ) (SHR) (KW ) (KW ) (KW ) MULTIPLIER

0. 108.03 1.00 25.54 -175.43 -176.97 1.0





AC-RK3

DOE-2.1E-002 10/28/02 20:47:50.03 SDLRUN 1


SYSTEM NAME

AC-RK3

SYSTEM TYPE

PTAC

ALTITUDE MULTIPLIER

1.000

FLOOR AREA t M2 )

111.8

MAX PEOPLE

50.

SUPPLY FAN

(M3/H)

11551.

ELEC (KW)

DELTA-T (C)

RETURN FAN

(M3/H)

0.000 0.1

ELEC (KW)

0.000

DELTA-T (C)

0.0



0.000 0.000 0.000 0.000 0.44 0.37

ZONE NAME

W1004

SUPPLY FLOW

(M3/H)

EXHAUST FLOW

(M3/H) FAN (KW)

11551. C. 0.476


RATIO (M3/H) (KW ) (SHR) (KW ) (KW ) (KW ) MULTIPLIER

1.000 C. 23.44 1.00 7.74 -53.20 -53.67 1.0



LOADS CALCULATION & SYSTEM DOE-2.1E-002 10/28/02 20:47:50.03 SDL RUN 1 PTAC-PACKAGE TERMINAL AIR CONDITIONER

AC-RK2 WEATHER FILE- 1987 JAKARTA W/SOLAR

SYSTEM NAME

SYSTEM TYPE

ALTITUDE MULTIPLIER

FLOOR AREA ( M2 )

MAX PEOPLE

AC-RK2 PTAC 1.000 129.5 150.

SUPPLY FAN

(M3/H)

20462.

ELEC DELTA-T (C) (KW)

0.000 0.1

RETURN FAN

(M3/H) ELEC (KW)

0.000

DELTA-T (C)

0.0



0.000 0.000 0.000 0.000 0.44 0.37

ZONE NAME

SUPPLY EXHAUST FLOW FLOW FAN

(M3/H) (M3/H) (KW)


RATIO (M3/H) (KW ) (SHR) (KW ) (KW ) (KW ) MULTIPLIER

W1005 20462. 0. 0.843 1.000 0. 30.47 1.00 5.95 -94.23 -95.06 1.0


GEDUNG W UK PETRA LOADS CALCULATION & SYSTEM BASE RUN PTAC-PACKAGE TERMINAL AIR CONDITIONER

REPORT- SV-A SYSTEM DESIGN PARAMETERS AC-RKl

DOE-2.1E-002 10/28/02 20:47:50.03 SDL RUN 1


r -

—. K SYSTEM

NAME SYSTEM TYPE

ALTITUDE MULTIPLIER

FLOOR AREA ( M2 )

MAX PEOPLE

AC-RKl

SUPPLY FAN

(M3/H)

13742.

PTAC

0.000

ZONE NAME

W1006

0.1

13742.

1.000

RETURN ELEC DELTA-T FAN (KW) (C) (M3/H)

0.

SUPPLY FLOW

(M3/H)

EXHAUST FLOW

(M3/H)

111.8 50.

OUTSIDE COOLING HEATING COOLING HEATING ELEC DELTA-T AIR CAPACITY SENSIBLE CAPACITY EIR EIR (KW) (C) RATIO (KW ) (SHR) (KW ) (KWH/KWH) (KWH/KWH)

0 . 0 0 0

0 . 5 6 6

0 . 0 0 . 0 0 0 0 . 0 0 0 0 . 0 0 0 0 . 0 0 0 0 . 4 4 0 .37


1.000 23.44 1.00 6.82 -63.28 -63.84 1.0

-y:

i' =_ 5 bo

P 55

n c c 3 T;


GEDUNG W UK PETRA LOADS CALCULATION & SYSTEM DOE-2.1E-002 10/28/02 20:47:50.03 SDL RUN 1 BASE RUN PTAC-PACKAGE TERMINAL AIR CONDITIONER REPORT- SS-A SYSTEM MONTHLY LOADS SUMMARY FOR AC-OFFICE WEATHER FILE- 1987 JAKARTA W/SOLAR

COOLING ENERGY ( MWH)

TIME OF MAX DY HR

DRY-BULB TEMP

WET-BULB TEMP

MAXIMUM COOLING

LOAD (KW )

H E A T I N G


MAXIMUM HEATING

LOAD (KW )

- - E L E C - - -

ELEC- MAXIMUM TRICAL ELEC ENERGY LOAD (KWH) (KW)

JAN

FEB

MAR

APR

MAY

JUN

JUL

AUG

SEP

OCT

NOV

DEC

TOTAL

MAX

35

30

3 3

33

32

31

32

32

30

35

34

30

.23788

,74730

,20138

,60843

,48397

,23925

,22086

,43534

,76639

,68531

,24953

.58221

392.459

21 13 28.C 26.C

19 13 28. C 26.C

18 7 27.C 26.C

1 9 27.C 26.C

28 9 24.C 23.C

3 7 26.C 24.C

5 13 31.C 23.C

12 7 23. C 21. C

3 9 26.C 24.C

15 9 25.C 23.C

12 9 28.C 25.C

2 9 28.C 24.C

189.002

212.419

190.157

185.900

198.123

184.026

190.471

176.050

206.532

216.108

228.781

193.792

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

33808.

30305.

32607.

33422.

33312.

32516.

34142.

33921.

31667.

35364.

33713.

27541.

144.532

150.965

146.678

145.229

149.837

144.276

147.693

141.860

151.089

153.369

155.037

149.757

0.000 392307.

228.781 0.000 155.037


GEDUNG W UK PETRA LOADS CALCULATION S SYSTEM DOE-2.1E-002 10/28/02 20:47:50.03 SDL RUN 1 BASE RUN PTAC-PACKAGE TERMINAL AIR CONDITIONER

REPORT- SS-A SYSTEM MONTHLY LOADS SUMMARY FOR AC-TU WEATHER FILE- 1987 JAKARTA W/SOLAR

MONTH


TIME OF MAX DY HR

O L I

DRY-BULB TEMP

N G - -

WET-BULB TEMP

MAXIMUM COOLING

LOAD (KW )

HEATING ENERGY ( MWH)

TIME OF MAX DY HR

A T I

DRY-BULB TEMP

WET-BULB TEMP

MAXIMUM HEATING

LOAD (KW )

- - - E L

ELEC-TRICAL ENERGY (KWH)

E C - - -

MAXIMUM ELEC LOAD (KW)

JAN

FEB

MAR

APR

MAY

JUN

JUL

AUG

SEP

OCT

NOV

DEC

TOTAL

MAX

12.45147

10.98458

11.39529

11.87171

11.67830

10.91231

11.82849

11.62236

10.95919

12.82090

11.74660

10.08672

138.358

21

19

11

22

2S

2^

5

5

3

15

12

16

16

10

11

18

10

18

13

1"

10

11

12

14

29.C

28.C

29.C

29.C

26.C

35. C

31. C

33.C

27.C

29.C

29.C

28. C

28.C

23.C

23. C

24.C

24. C

33. C

23.C

21. C

24.C

23. C

25.C

26.C

44.386

56.320

43.403

41.498

52.716

47.362

49.089

40.358

55.245

56.069

56.600

43.198

56.600

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

11461.

10388.

10715.

11509.

11508.

10926.

11957.

11698.

10761.

12254.

11280.

8420.

132877.

35.519

38.848

35.852

35.014

38.618

38.191

38.268

35.B76

38.830

40.176

39.206

36.182

40.176


GEDUNG W UK PETRA LOADS CALCULATION & SYSTEM DOE-2.1E-002 10/28/02 20:47:50.03 SDL RUN 1 BASE RUN PTAC-PACKAGE TERMINAL AIR CONDITIONER REPORT- SS-A SYSTEM MONTHLY LOADS SUMMARY FOR AC-PERPUS WEATHER FILE- 1987 JAKARTA W/SOLAR

C O O L I N G

MAXIMUM COOLING TIME DRY- WET- COOLING ENERGY OF MAX BULB BULB LOAD

MONTH ( MWH) DY HR TEMP TEMP (KW )

H E A T I N G


MAXIMUM HEATING

LOAD (KW )

- - E L E C - - -


JAN 46.46779 7 8

FEB 41.90929 19 8

MAR 45.49695 11 8

APR 49.03843 1 8

MAY 47.53526 28 8

JUN 45.06890 27 18

JUL 46.91153 5 8

AUG 44.63035 26 8

SEP 42.39380 3 8

OCT 49.63221 15 8

NOV 44.30165 29 8

DEC 39.02456 2 8

TOTAL 542.411

MAX

24.C

24.C

23. C

26.C

24.C

35. C

25.C

24.C

25.C

25. C

24.C

26.C

24.C

23. C

23.C

24.C

23. C

33.C

23. C

22.C

23.C

23. C

23.C

24.C

239.511

247.804

242.080

252.256

247.777

256.824

248.972

234.878

248.212

250.627

255.574

241.674

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0

0

0

D

0

0

0

0

D

0

0

0

.000

.000

.000

.000

.000

.000

.000

.000

.000

.000

.000

.000

0.000

256.824 0.000

35694.

32240.

34904.

37358.

37057.

35107.

37411.

36277.

33638.

38441.

34571.

29161.

421860.

146

149

147

152

149

170

150

145

151

150

152

148

170.

.818

.434

946

.135

.412

.050

,453

.397

.754

.972

.402

.824

050


GEDUNG W UK PETRA LOADS CALCULATION & SYSTEM DOE-2.1E-002 10/28/02 20:47:50.03 SDL RUN 1 BASE RUN PTAC-PACKAGE TERMINAL AIR CONDITIONER

REPORT- SS-A SYSTEM MONTHLY LOADS SUMMARY FOR AC-RK4 WEATHER FILE- 1987 JAKARTA W/SOLAR

C O O L I N G H E A T I N G E L E C




MAXIMUM HEATING

LOAD (KW >


MAXIMUM

ELEC LOAD (KW)

JAN

FEB

MAR

APR

MAY

JUN

JUL

AUG

SEP

OCT

NOV

DEC

7

6

7

7

7

7

7

7

6

7

7

6

.32730

.43802

.03812

.29673

.22926

.08600

.29825

,04507

.68667

.75091

.19756

.06561

2

19

11

29

2B

3

5

26

3

15

12

2

8

8

S

8

8

8

6

8

8

8

8

8

24.C

24.C

23.C

26.C

24.C

26.C

25.C

24.C

25.C

25.C

26.C

26.C

24

23

23

24

23

24

23

22

23

23

24

2 4

.C

C

,c

,c

.c

,c

,c

,c

.c

.c

,c

.c

65.048

71.347

58.975

59.509

72.987

61.883

70.510

55.720

75.387

79.484

79.322

60.556

0

0

0

c

0

0

0

0

0

c

0

0

000

000

.000

,000

000

,000

,000

000

.000

.000

,000

.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

4857 .

4325.

4772.

4925.

4913.

4814.

5006.

4907.

4567.

5205.

4850.

3972.

31.626

36.036

31.910

32.849

36.538

33.594

35.954

31.186

37.482

38.761

38.922

33.006

TOTAL

MAX

84.460

79.484

0.000

0.000

57113.

38.922


GEDUNG W UK PETRA LOADS CALCULATION & SYSTEM DOE-2.1E-002 10/28/02 20:47:50.03 SDL RUN 1 BASE RUN PTAC-PACKAGE TERMINAL AIR CONDITIONER REPORT- SS-A SYSTEM MONTHLY LOADS SUMMARY FOR AC-RK3 WEATHER FILE- 1987 JAKARTA W/SOLAR

C O O L I N G



H E A T I N G

MAXIMUM HEATING TIME DRY- WET- HEATING ENERGY OF MAX BULB BULB LOAD ( MWH) DY HR TEMP TEMP (KW )

- - E L E C - - -


JAN 1.02180 7 8

FEB 0.93544 20 8

MAR 1.12946 26 8

APR 1.22928 23 8

MAY 1.25137 28 10

JUN 1.23788 3 8

JUL 1.27343 27 8

AUG 1.24617 30 8

SEP 1.10240 18 8

OCT 1.19115 23 8

NOV 1.03729 6 8

DEC 0.85641 2 8

2 4 . C

2 3 . C

2 6 . C

2 6 . C

2 6 . C

2 6 . C

2 4 . C

2 6 . C

2 4 . C

2 6 . C

2 7 . C

2 6 . C

2 4 . C

2 2 . C

2 4 . C

2 4 . C

2 4 . C

2 4 . C

2 3 . C

2 4 . C

2 3 . C

2 4 . C

2 4 . C

2 4 . C

1 6 . 5 4 6

1 7 . 5 5 9

1 7 . 8 7 6

1 7 . 8 1 7

1 7 . 7 9 7

1 7 . 6 1 0

1 7 . 6 4 2

1 7 . 5 3 4

1 7 . 7 6 5

1 7 . 6 1 2

1 7 . 5 3 2

1 7 . 1 6 2

0 . 0 0 0

0 . 0 0 0

0 . 0 0 0

0 . 0 0 0

0 . 0 0 0

0 . 0 0 0

0 . 0 0 0

0 . 0 0 0

0 . 0 0 0

0 . 0 0 0

0 . 0 0 0

0 . 0 0 0

0 . 0 0 0

0 . 0 0 0

0 . 0 0 0

0 . 0 0 0

0 . 0 0 0

0 . 0 0 0

0 . 0 0 0

0 . 0 0 0

0 . 0 0 0

0 . 0 0 0

0 . 0 0 0

0 . 0 0 0

6 6 3 .

6 0 4 .

6 8 7 .

7 3 2 .

7 3 7 .

7 2 8 .

7 5 8 .

7 4 2 .

6 6 9 .

7 3 9 .

6 7 3 .

5 2 6 .

9 .651

9 . 9 6 2

10 .159

1 0 . 0 9 1

10 .127

1 0 . 0 2 7

1 0 . 0 4 2

1 0 . 0 0 2

1 0 . 1 3 4

10 .170

1 0 . 0 9 9

9 . 8 8 5

TOTAL

MAX

13.512

17.876

0.000

0.000

8260.

10.170


GEDUNG W UK PETRA LOADS CALCULATION & SYSTEM BASE RUN PTAC-PACKAGE TERMINAL AIR CONDITIONER REPORT- SS-A SYSTEM MONTHLY LOADS SUMMARY FOR AC-RK2

DOE-2.1E-002 10/28/02 20:47:50.03 SDL RUN 1


H E A T I N G - - - - - - - - - - - E L E C - - -


TIME OF MAX DY HR

DRY-BULB TEMP

WET-BULB TEMP

MAXIMUM COOLING

LOAD (KW )


MAXIMUM HEATING

LOAD (KW )


JAN

FEB

MAR

APR

MAY

JUN

JUL

AUG

SEP

OCT

NOV

DEC

TOTAL

MAX

2.17529

1.91576

2.12516

2.29269

2.30420

2.28443

2.34060

2.17083

1.99655

2.27529

-2.10643

1.662B0

25.650

7

20

11

23

28

3

5

1

3

15

12

2

8

6

8

8

10

8

5

S

9

9

9

B

24. C

23.C

23. C

26.C

26.C

26. C

26.C

25. C

26.C

25. C

28.C

26.C

24.C

22. C

23. C

24.C

24. C

24.C

23. C

23. C

24.C

23. C

25.C

24.C

25.056

26.084

26.515

26.706

27.000

26.343

26.847

25.981

26.946

26.649

27.008

26.141

27.008

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

1001.

887.

996.

1047.

1047.

1031.

1059.

1011.

927.

1053.

978.

813.

10.939

11.182

11.435

11.522

11.487

11.353

11.391

11.212

11.426

11.693

11.707

11.335

11850.

0.000 11.707


GEDUNG W UK PETRA • LOADS CALCULATION & SYSTEM DOE-2.1E-002 10/28/02 20:47:50.03 SDL RUN 1 BASE RUN PTAC-PACKAGE TERMINAL AIR CONDITIONER REPORT- SS-A SYSTEM MONTHLY LOADS SUMMARY FOR AC-RKl WEATHER FILE- 1987 JAKARTA W/SOLAR

C O O L I N G



H E A T I N G


MAXIMUM HEATING

LOAD (KW )

E L E C



JAN

FEB

MAR

APR

MAY

JUN

JUL

AUG

SEP

OCT

NOV

DEC

1.77002 7

1.55658 20

1.69820 11

1.72246 1

1.68665 29

1.65168 3

1.70184 8

1.68810 26

1.59130 23

1.85351 30

1.74806 12

1.47316 2

8

8

S

8

8

8

3

8

8

8

9

8

24. C

23.C

23. C

26.C

25.C

26.C

24.C

24.C

24. C

26.C

28. C

26.C

24. C

22.C

23.C

24.C

24.C

24. C

23.C

22.C

22. C

24.C

25.C

24.C

17.528

17.333

17.503

17.069

17.128

17.464

17.016

16.446

17.200

17.637

17.986

17.196

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

1172.

1048.

1137.

1168.

1156.

1136.

1187.

1172.

1090.

1247.

1178.

927.

10.264

10.248

10.208

10.223

10.186

10.387

10.148

9.927

10.122

10.500

10.640

10.229

TOTAL 20.142

MAX 17.986

0.000

0.000

13620.

10.640


GEDUNG W UK PETRA HASE RUN

REPORT- PS-A PLANT

LOADS CALCULATION & SYSTEM DOE-2.1E-002 10/2S PTAC-PACKAGE TERMINAL AIR CONDITIONER

ENERGY UTILIZATION SUMMARY WEATHER

/02 20:47:50.03 PDL RUN 1

FILE- 1987 JAKARTA W/SOLAR

S I T E E N E R G Y

6 7 8 10 II

MONTH

JAN

FEB

MAR

APR

MAY

JUN

JUL

AUG

SEP

OCT

NOV

DEC

TOTAL HEAT LOAD ( MWH)

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

TOTAL COOLING LOAD ( MWH)

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

TOTAL ELECTR LOAD (MWH)

88.7

79.8

85.8

90.2

89.7

86.3

91.5

89.7

83.3

94.3

87.2

71.4

WASTED FUEL ELEC FUEL ELEC FUEL RCVRED RCVRABL INPUT INPUT INPUT INPUT INPUT ENERGY ENERGY COOLING COOLING HEATING HEATING ELECT ( MWH) ( MWH) ( MWH) (MWH) ( MWH) (MWH) ( MWH)

TOTAL 0.0 0.0 1037.9

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

47.3

41.9

47.1

48.7

48.1

45.8

47.7

47.0

43.9

50.5

45.8

42.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0 555.8 0.0 0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

12

TOTAL FUEL

INPUT ( MWH)

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

13 *

TOTAL * SITE *

ENERGY * ( MWH) *

88.7 *

79.8 *

85.8 *

*

90.2 *

89.7 *

86.3 *

* 91.5 * 89.7 *

*

83.3 *

94.3 *

87.2 *

71.4 *

SOURCE

14

TOTAL SOURCE ENERGY ( MWH)

2 6 6 . 0

2 3 9 . 4

2 5 7 . 5

2 7 0 . 5

2 6 9 . 2

2 5 8 . 8

2 7 4 . 6

2 6 9 . 2

2 5 0 . 0

2 8 2 . 9

2 6 1 . 8

2 1 4 . 1

1037 .9 * 3114 .0



REPORT- PS-D PLANT LOADS SATISFIED

LOADS CALCULATION & SYSTEM DOE-2.1E-002 10/28/02 20:47:50.03 PDL RUN 1 PTAC-PACKAGE TERMINAL AIR CONDITIONER


r -

= l'

v.

i' B

s BB

ts 8 r t»

n a = = J2

= = =

T: 69

=

ELECTRICAL LOADS

ELECTRICITY

LOAD SATISFIED TOTAL LOAD ON PLANT

KWH SUPPLIED

1037900.8

1037900.8 1037902.4

PCT OF TOTAL LOAD

100.0

100.0

GEDUNG W UK PETRA LOADS CALCULATION £ SYSTEM BASE RUN PTAC-PACKAGE TERMINAL AIR CONDITIONER

REPORT- BEPS BUILDING ENERGY PERFORMANCE SUMMARY

DOE-2.1E-002 10/28/02 20:47:50.03 PDL RUN 1


ENERGY TYPE: UNITS: MWH

CATEGORY OF USE

ELECTRICITY

AREA LIGHTS

MISC EOUIFMT

SPACE COOL

VENT FANS

TOTAL

MERGY 1037. 1 ENERGY 3114.

90 00

MWH MWH

179.4

231.5

555.8

71.2

L037.9

134.6 KWH/M2-YR 403.8 KWH/M2-YR

GROSS-AREA GROSS-AREA

256.9 KWH/M2-YR 770.9 KWH/M2-YR

NET-AREA NET-AREA

PERCENT OF HOURS ANY SYSTEM ZONE OUTSIDE OF THROTTLING RANGE =100.0 PERCENT OF HOURS ANY PLANT LOAD NOT SATISFIED = 0.0

NOTE: ENERGY IS APPORTIONED HOURLY TO ALL END-USE CATEGORIES.


Lampiran 7 : Detail Hasil Simulasi Tiap Ruang Gedung W

REPORT- SS-G

ZONE LOADS SUMMARY IN

FOR W203

MONTH

JAN

FEB MAR

APR MAY JUN

JUL

AUG

SEP

OCT

NOV

DEC

TOTAL MAX

COOLING ENERGY

( MWH)

0.46142

0.37397 0.38727

0.36699 0.34877

0.33773 0.34692

0.35916

0.34758

0.42373

0.44319

0.43393

4.631

REPORT- SS-G


FOR W204

MONTH

JAN

FEB

MAR

APR MAY

JUN

JUL

AUG

SEP

OCT

NOV

DEC

TOTAL

MAX

COOLING ENERGY

( MWH)

0.39685

0.31604

0.32379

0.31219

0.29595

0.28187

0.28829

0.29539

0.29208

0.3606

0.37862

0.38365

3.925

REPORT- SS-G


FOR W205

MONTH

JAN

FEB

MAR

APR MAY

JUN

JUL

AUG SEP

OCT NOV

DEC

COOLING ENERGY

( MWH)

0.48608

0.43609

0.51437

0.50479

0.4788

0.44636 0.46857

0.49393

0.4626

0.5209

0.48615

0.44924

AO -OFFICE

COOLING

TIME OF MAX

DAY

7

19 9

29 28

8 5 2 4

3 15

12 2

AC-

HOUR

8 8 14

8 8

7

8 14

8 8

9

8

DRY-BULB

TEMP

24.C

24.C 33.C

26.C

24.C

25.C

25.C

33. C

25.C

25. C

28.C

26.C

OFFICE

COOLING

TIME OF

MAX

DAY

2 19

18

4

24

3

29 l

3

15

12

2

AC-

HOUR

8 8

7 7 7

7 7 7 8

8

8

8

DRY-

BULB

TEMP

24.C

24.C

27. C

26.C

27.C

26.C

23. C

26.C

25.C

25.C

26.C

26.C

-OFFICE

COOLING

TLME OF MAX

DAY

7

19

11

2

28

3

5

5

3 28

12

2

HOUR

10

13 14

14

11

10 11

11 14

14

13 11

DRY-BULB

TEMP

28.C

28.C

32. C

31.C

28. C

27.C

29.C

29.C

31. C

33. C

28.C

31.C

WEATHER FILE-

WET-BULB

TEMP

24.C

23. C 23. C

24.C 23. C

24.C

23.C

20.C

23. C

23. C

25.C

24.C

MAXIMUM CCOLING LOAD (KW)

2.66

2.757 2.266

2.03

2.208

1.981 2.197

2.013

2.389 2.719

3.092

2.838

3.092

WEATHER FILE-

WET-BULB

TEMP

24.C

23.C

26.C

24.C

24.C

24.C

22.C

24.C

23.C 23.C

24.C

24.C

MAXIMUM COOLING LOAD

(KW)

2.552

2.452

2.075

2.06 2.03

2.025

1.992

2.003

2.208

2.627

2.891

2.497

2.891

WEATHER FILE-

WET-BULB

TEMP

24.C

26.C

23.C

24.C

24.C

25.C

23. C

21. C

24.C

23. C

25.C

24.C

MAXIMUM CCOLING LOAD (KW)

2.961

3.385

3.277

3.174

3.085

2.947

2.973

2.889

3.323

3.473 3.437

3.134

1987 JAKARTA W/SOLAR

ELECTRICAL

ELETRICAL ENERGY

(KWH)

349

304 320

324

319

313

330

331

309

356

350

282

3886

ELECTRICAL LOAD

(KW)

1.86 1.858

1.828

1.726

1.755 1.718

1.723

1.775

1.816 1.904

2.028

1.958

2.028


ELECTRICAL

ELETRICAL ENERGY

(KWH)

278

238

251

255

250

243

255

256

240

279

275

235

3055

ELECTRICAL LOAD

(KW)

1.491

1.506

1.411

1.407

1.403

1.392

1.381

1.385

1.434 1.57

1.667

1.532

1.667


ELECTRICAL

ELETRICAL ENERGY

(KWH)

321

288

328

330

324

311

328

337

310

346 323

272

ELECTRICAL LOAD

(KW)

1.773

1.868

1.949

1.877

1.882

1.81 1.808

1.873 1.982

2.027

2.026

1.906

TOTAL MAX

5.748 3818 3.473 2.027


Lampiran 7 : Detail Hasil Simulasi Tiap Ruang Gedung W (sambungan)

REPORT- SS-G


FOR W206

MONTH

JAN

FEB MAR

APR

MAY

JUN

JUL

AUG SEP

OCT

NOV

DEC

TOTAL

MAX

REPORT- S£

COOLING ENERGY

( MWH)

0.33586

0.30658

0.37097

0.36991

0.35647

0.33316

0.3475 0.36802

0.3429

0.37778

0.34075

0.3182

4.168

!-G


FOR W207

MONTH

JAN

FEB

MAR

APR

MAY

JUN

JUL

AUG

SEP

OCT

NOV

DEC

TOTAL

MAX

COOLING ENERGY

( MWH)

0.25331

0.23666

0.30708

0.34933

0.40373

0.39264

0.36769

0.36373

0.30014

0.30691

0.26821

0.23185

3.781

REPORT- SS-G


FOR W208

MONTH

JAN

FEB

MAR

APR

MAY

JUN

JUL

AUG

SEP

OCT NOV

DEC

TOTAL

MAX

COOLING ENERGY

( MWH)

0.28837

0.26803

0.33892

0.36889

0.4183

0.40327 0.37487

0.37529

0.31927

0.33834

0.30127

0.26713

4.062

AC -OFFICE

COOLING

TLME OF MAX

DAY

2

19

18

29 28

3

5

26 3 15

12

9

AC

HOUR

9

9 8 9

9

8

9

9

9 9

9

8

DRY-BULB

TEMP

25.C 26.C

24. C

27.C

24.C

26.C

26.C

24.C

26.C

25.C

28. C

25. C

-OFFICE

COOLING

TLME OF

MAX

DAY

7

19

4

29 28

3

5

5

3

15

12

9

AC-

HOUR

7

8 7

8

9

8

8

14

8

8

8

7

DRY-BULB

TEMP

24.C

24.C

24.C

26.C

24. C

26.C

25.C

32. C

25. C

25. C

26. C

24. C

-OFFICE

COOLING

TLME OF

MAX

DAY

21

2

27

29

28

17

5

5

3

15 1?

14

HOUR

7

7

12

8

8 14

8

14

9

8 H

7

DRY-BULB

TEMP

24. C

25. C

32. C

26. C 24.C

33. C

25. C

32.C

26.C

25. C

26.C

26.C

WEATHER FILE-

WET-BULB

TEMP

23.C

23.C

23. C

24.C

23. C

24.C

23.C

22.C

24.C

23.C

25.C

24. C

MAXLMUM COOLING LOAD (KW)

2.35

2.655

2.349

2.51

2.598

2.275

2.405

2.25

2.699

2.63

2.768

2.27

2.768

WEATHER FILE-

WET-BULB

TEMP

24.C

23. C

23. C

24.C

23. C

24.C

23. C

21. C

23. C

23.C

24.C

24.C

MAXIMUM COOLING LOAD (KW)

1.89

1.933

1.918

2.325 2.854

2.462

2.61

2.184

2.406

2.277

2.1

1.884

2.854

WEATHER FILE-

WET-BULB

TEMP

23.C

24.C

24.C

24. C

23.C

23.C

23.C

21. C

24.C

23. C 24.C

24.C


(KW)

1.916

1.948

1.986

2.269

2.78

2.455

2.447

2.259

2.297

2.217

2.13

1.958

2.78


ELECTRICAL

ELETRICAL ENERGY

(KWH)

200

180

212

213

210

200

210

218 200

220

201

181

2445

ELECTRICAL LOAD

(KW)

1.163

1.279 1.217

1.238

1.246

1.164

1.195

1.189

1.282

1.299

1.333

1.156

1.333


ELECTRICAL

ELETRICAL ENERGY

(KWH)

230

210

243

262

280

274

276

274

239

258

236

186

2967

1987 JAKARTA

ELECTRICAL

LOAD

(KW)

1.319

1.33

1.37

1.459

1.619

1.594

1.542

1.522

1.475

1.436

1.383 1.317

1.619

W/SOLAR

ELECTRICAL

ELETRICAL ENERGY

(KWH)

230

210

243

257

274

267

267

266

235

256 236

190

2932

ELECTRICAL

LOAD

(KW)

1.28

1.3

1.385

1.448

1.572

1.568 1.484

1.495

1.445

1.405

1.381

1.296

1.572



REPORT- SS-G ZONE LOADS SUMMARY IN AC-OFFICE FOR W210

COOLING

MONTH

JAN

FEB

MAR

APR

MAY

JUN

JUL

AUG

SEP OCT

NOV

DEC

TOTAL

MAX

COOLING ENERGY

( MWH)

0.39904

0.36298

0.40944

0.42691

0.41323

0.41268

0.4238

0.4253

0.38283

0.4342

0.4

0.28423

4.775

TIME OF MAX

DAY

30

28 20 4

29 3 26

30 16

16

1.2

4

HOUR

14

14

14

14

14

14

14

14

14

14

14

14

DRY-BULB

TEMP

28.C

28. C

28.C 29.C

31.C

32. C

29.C

31.C

33.C

31. C

29.C

31. C

REPORT- SS-G

ZONE LOADS SUMMARY IN \ AC-TU

FOR W303

COOLING

MONTH

JAN

FEB

MAR

APR

MAY

JUN

JUL

AUG

SEP

OCT

NOV

DEC

TOTAL

MAX

COOLING ENERGY

( MWH)

4.88539

4.12385

4.05361

4.04878

3.79272

3.53866

3.83906

3.80862

3.81494

4.68264

4.50949

4.02166

49.119

TIME OF

MAX

DAY

21

19

11

B 28

27

5 2 9

3

16 12

16

HOUR

16

15 17

17

13

18

17

19

18

16 14

16

DRY-BULB

TEMP

29.C

28.C

31. C

31. C 32. C

35. C

33. C

29.C

31.C

31.C

29.C

28.C

REPORT- SS-G

ZONE LOADS SUMMARY IN AC-OFFICE

FOR W304

COOLING

MONTH

JAN

FEB

MAR

APR

MAY

JUN

JUL

AUG

SEP

OCT

NOV

DEC

TOTAL MAX

COOLING ENERGY

( MWH)

2.61265

2.32522

2.56896

2.73297

2.66667

2.60045

2.68946

2.64893

2.4349

2.74123 2.58344

2.1258

30.731

TIME OF MAX

DAY

21

19

11

29 28

3

5 26

3

16 12

2

HOUR

8

13

y

12

14

10

14

9 14

10

14

9

DRY-BULB

TEMP

25.C

28.C

24.C

28.C 32.C

27.C

32. C

24.C

31. C

28.C 29. C

28. C


ELECTRICAL

WET-BULB

TEMP

27.C

26.C

24.C

25. C 24.C

26.C

24.C

24.C

26.C

27. C

25. C

27. C

COOLING LOAD

(KW)

2.381

2.626

2.614

2.684

2.625 2.671

2.593

2.539

2.576

2.639

2.526

2.458

ELETRICAL ENERGY

(KWH)

541

493

520

550

547

545

580

569

521

585

555

361

6367

ELECTRICAL LOAD

(KW)

2.873 2.902

2.946

2.945

2.945

2.95

2.935

2.935

2.972 2.946

2.924

2.894

2.684 2.972


ELECTRICAL

WET -

BULB

TEMP

28. C

26.C

23. C

24.C

24.C

33.C

23.C

24.C

24.C

27.C

25.C

26.C

MAXIMUM

COOLING LOAD

(KW)

18.669

18.336

15.907

15.207

15.343

17.09

15.77

14.002

17.05

17.969

18.386

18.17

ELETRICAL

ENERGY

(KWH)

3000

2631

2695

2804

2738

2588

2813

2777

2632

3076

2873

2360

32988

ELECTRICAL

LOAD

(KW)

9.993

9.523

9.341

9.144

9.17

10.108

9.493

8.664

9.507

9.995

10.031 9.787

18.669 10.108


ELECTRICAL

WET-BULB

TEMP

24. C

26.C

23. C

25. C

24.C

25.C

23.C

22. C

24.C

27. C

25.C

24.C

MAXIMUM

COOLING LOAD

(KW)

14.695

17.477

15.474

15.995

16.863

16.131

16.416

14.949

16.8

16.737

17.852

15.406

ELETRICAL ENERGY

(KWH)

1619

1455

1586

1671

1654

1624

1701

1676

1539

1727

1628

1257

19137

ELECTRICAL LOAD

(KW)

8.566

9.404

8.848

8.968

9.524

9.074

9.356

8.697

9.386

9.272

9.552

9.015

17.852 9.552



REPORT- SS-G ZONE LOADS SUMMARY IN FOR W305

MONTH

JAN FEB MAR APR MAY JUN JUL AUG SEP OCT NOV DEC TOTAL MAX

COOLING ENERGY

( MWH) 1.73969 1.60336 1.75718 1.8852 1.83639 1.8364 1.89663 1.88068 1.70709 1.93946 1.80551 1.3244 21.212

AC--OFFICE

COOLING

TIME OF MAX

DAY 30 19 2 29 28 3 5 l 3 15 12 4

HOUR 13 13 12 12 10 B 12 H 10 11 10 14

DRY-BULB

TEMP 28. C 28.C 28.C 28. C 26.C 26.C 31.C 25. C 27. C 29.C 29. C 31. C

WEATHER FILE-

WET-BULB

TEMP 28.C 26.C 27.C 25.C 24.C 24.C 23.C 23.C 24.C 23. C 25.C 27.C


10.129 11.67 10.491 10.988 12.991 10.895 11.825 10.646 13.197 12.426 13.431 10.356

13.431

1987 JAKARTA W/SOLAR ELECTRICAL

ELETRICAL ENERGY

(KWH) 1971 1801 1903 2027 2019 2011 2134 2095 1915 2152 2035 1365 23428

ELECTRICAL LOAD

(KW) 10.293 10.794 10.72 10.747 11.073 10.805 11.096 10.839 11.16 11.189 11.336 10.455

11.336


AC-OFFICE WEATHER FILE- 1987 JAKARTA W/SOLAR

MONTH

JAN FEB MAR APR MAY JUN JUL AUG SEP OCT NOV DEC

COOLING ENERGY

( MWH) 0.97148 0.91516 1.12346 1.23386 1.19807 1.1856 1.21778 1.20594 1.10053 1.16546 1.04356 0.77745

COOLING

TIME OF MAX

DAY 24 19 18 29 29 3 5 1 16 16 13 4

HOUR 13 13 13 14 14 11 14 13 10 10 9 14

DRY-BULB

TEMP 31. C 28. C 33.C 28.C 31. C 28.C 32.C 32. C 27.C 28. C 28.C 31. C

WET-BULB

TEMP 23.C 26.C 24.C 26.C 24.C 26.C 23.C 24.C 26.C 27. C 26.C 27. C

MAXIMUM COOLING LOAD (KW) 6.501 8.059 7.264 8.294 8.212 7.993 8.235 7.481 7.679 7.839 7.415 6.547

ELECTRICAL

ELETRICAL ENERGY

(KWH) 758 697 789 844 836 827 867 861 783 856 791 569

ELECTRICAL LOAD

(KW) 4.341 4.692 4.654 4.832 4.845 4.762 4.845 4.69 4.688 4.724 4.535 4.342

TOTAL MAX

13.138 9478 8.294 4.845


AC-OFFICE WEATHER FILE- 1987 JAKARTA W/SOLAR

CCOLING ELECTRICAL

MONTH


COOLING ENERGY

( MWH) 1.29455 1.11285 1.20982 1.18893 1.10156 1.06656 1.092 1.1192 1.10946 1.3183 1.28565 1.12226 14.021

TIME OF MAX

DAY 21 19 11 ?2 2 10 5 1 16 16 22 4

HOUR 13 13 11 12 14 1.4 12 13 12 11 13 12

DRY-BULB

TEMP 28. C 28.C 29.C 31. C 34.C 33. C 31.C 32.C 31. C 29.C 30. C 31.C

WET-BULB

TEMP 26.C 26.C 23.C 24.C 24.C 24.C 23. C 24. C 26. C 27. C 29.C 27. C


8.827

ELETRICAL ENERGY

(KWH) 861 762 822 837 812 797 835 839 792 910 870 681 9819

ELECTRICAL LOAD

(KW) 4.773 4.723 4.801 4.747 4.735 4.65 4.777 4.569 4.747 5.075 4.976 4.974

5.075



REPORT- SS-G ZONE LOADS SUMMARY IN

FOR W309

MONTH

JAN

FEB

MAR

APR

MAY

JUN

JUL

AUG

SEP

OCT

NOV

DEC

TOTAL

MAX

REPORT-

COOLING ENERGY

( MWH)

1.07645

0.95297

1.01205

1.03191

1.03877

1.01485

1.04593

1.0464

0.96942

1.16115

1.12578 0.89324

12.369

SS-G ZONE LOADS SUMMARY IN

FOR W403

MONTH

JAN

FEB

MAR

APR

MAY

JUN JUL

AUG

SEP

OCT

NOV

DEC

TOTAL

MAX

REPORT-

COOLING ENERGY

( MWH)

7.56609

6.86072

7.34168

7.82293 7.88557

7.37365

7.98943

7.81374

7.14426

8.13825

7.23711

6.06506

89.239

SS-G


FOR W404

MONTH

JAN

FEB

MAR

APR

MAY

JUN JUL

AUG SEP

OCT

NOV

DEC

TOTAL

MAX

COOLING ENERGY

( MWH)

2.88328

2.46359

2.47172

2.309

2.12623

2.03837

2.13213

2.24344

2.21891

2.6643 2.58116

2.47718

28.609

AC--OFFICE

COOLING

TIME OF MAX

DAY

10

19 14 2 6

26 12

5 l

3 16

12

4

AC-

HOUR

8 10

8 H

10

8 11

8 10 10

10

11

TU

COOLING

TIME OF

MAX

DAY

2

19

11

2 9

28

27

5 12

3

15 12

2

AC-

HOUR

8

11

11

(i 10

1H

9

16

10

11

10

8

DRY-BULB

TEMP

26.C

28. C 26. C

26. C

26.C

26.C

29.C

25. C

27. C

28.C

29.C

31. C

DRY-BULB

TEMP

24.C

29.C

29.C

26.C

26.C

35. C

26.C

32. C

27.C

29.C

29.C

26. C

•OFFICE

COOLING

TIME OF MAX

DAY

30

19 12

1

28

3

5

26

3 16

22

14

HOUR

13

14

11

9 14

H

12

13

11

14

14

14

DRY-BULB

TEMP

28.C

28. C

31.C

27. C

32. C

26.C

31. C

32. C

29.C

31.C 31. C

26.C

WEATHER FILE-

WET-BULB

TEMP

23.C

23. C

24.C

24.C

24.C

23.C

23.C

23. C

24.C 27.C

25.C

27. C


(KW)

5.995

7.151

6.043

5.908

6.963

6.013

7.029

5.749

7.079 7.292

7.478

6.011

7.478

WEATHER FILE-

WET-

BULB

TEMP

24.C

23. C

23. C

24.C 24.C

33. C

23. C

21.C

24.C

23.C

25.C

24.C


(KW)

26.801

39.733

27.816

30.397

39.022

30.271

35.325

28.252

39.224

39.525 40.467

28.116

40.467

WEATHER FILE-

WET-BULB

TEMP

28. C

26.C

26.C

26.C

24.C

24.C

23. C

22. C

24.C

27.C

30. C

26. C


16.61

16.125

15.018

13.591

13.859

12.27

13.986

12.626

14.461

15.704

16.819

16.63

16.819


ELECTRICAL

ELETRICAL ENERGY

(KWH)

1244

1138

1168 1253

1259

1215 1314

1287

1179

1351

1277

879

14564

1987 JAKARTA

ELECTRICAL LOAD

(KW)

4.763

5.109 4.937

4.796

5.004

4.859

5.167

4.922

5.103 5.172

5.186

4.824

5.186

W/SOLAR

ELECTRICAL

ELETRICAL

ENERGY

(KWH)

7690

7037

7316

7918

7983

7582

8306

8117

7392

8340

7618

5591

90890

1987 JAKARTA

ELECTRICAL LOAD

(KW)

23.755

27.705

24.585

24.581

27.361

25.861

26.554

25.44

27.641

28.391

28.038

24.87

28.391

W/SOLAR

ELECTRICAL

ELETRICAL ENERGY

(KWH)

2412

2158

2231

2273

2223

2186

2325

2325

2181

2490 2377

1799

26979

ELECTRICAL LOAD

(KW)

12.766

12.581

12.536

11.978

12.472

11.722 12.192

12.138

12.631

12.732

12.915 12.677

12.915




COOLING

MONTH


COOLING ENERGY

( MWH) 0.7237 0.63719 0.70175 0.70038 0.68124 0.65744 0.67472 0.68445 0.62285 0.70379 0.67388 0.65883 8.12

TIME OF MAX

DAY 30 7 2 16 2 3

3 26 31 18 2 22 18

HOUR 14 14 14 14 14 13 14 12 13 14 14 13

DRY-BULB

TEMP 28. C 26.C 29.C 27.C 32. C 31.C 29.C 31. C 33.C 32.C 31.C 28. C


COOLING

MONTH


COOLING ENERGY

( MWH) 2.4853 2.22341 2.46609 2.57452 2.51528 2.44964 2.53681 2.55817 2.3206 2.6117 2.4372 2.05077 29.23

TIME OF MAX

DAY 7 19 12 29 29 3 5 5 3 16 12 2

HOUR 12 14 10 14 14 12 14 13 12 14 14 14

DRY-BULB

TEMP 29.C 28. C 30.C 28.C 31.C 29.C 32.C 32. C 31.C 31. C 29.C 32. C


COOLING

MONTH


COOLING ENERGY

( MWH) 1.61455 1.46336 1.57747 1.57674 1.55507 1.49564 1.52866 1.5436 1.40598 1.61665 1.49179 1.32338 18.193

TIME OF MAX

DAY 30 16 2 8 2 8

3 5 1 16 2 22 18

HOUR

14 9 13 10 10 12 10 10 11 12 14 13

DRY-BULB

TEMP 28.C 26.C 27. C 26.C 26.C 29.C 27. C 27. C 29. C 31.C 31.C 28.C

WEATHER FILE- 1987 JAKARTA W/SOLAR ELECTRICAL

WET-BULB

TEMP 27. C 24.C 25.C 24. C 24. C 26.C 24.C 24.C 26.C 28. C 30.C 26.C

COOLING LOAD (KW) 4.668 4.465 4.269 4.139 4.004 4.085 3.975 3.969 4.203 4.391 4.836 4.54

ELETRICAL ENERGY

(KWH) 755 681 726 757 756 744 788 780 710 791 752 569 8809

ELECTRICAL LOAD

(KW) 3.994 3.981 4.026 3.987 3.98 4.014 4.001 3.973 4.122 4.005 4.034 3.984

4.836 4.122


WET-BULB

TEMP 24. C 26.C 26.C 26.C 24.C 26.C 23.C 21.C 24.C 27. C.

25.C 24.C


13.896 16.181 14.505 15.602 15.493 15.237 14.963 13.965 15.043 15.68 16.187 14.951

ELETRICAL ENERGY

(KWH) 2288 2075 2209 2331 2319 2290 2424 2397 2190 2454 2320 1661 26958

ELECTRICAL LOAD

(KW) 11.97 12.466 12.43 12.426 12.744 12.481 12.515 12.401 12.525 12.587 12.687 12.494

16.187 12.744


WET-BULB

TEMP 27. C 24.C 25. C 24.C 24.C 26. C 23. C 24.C 26.C 28. C 30. C 26. C


ELETRICAL ENERGY

(KWH) 2009 1827 1906 2003 2000 1976 2101 2067 1891 2124 2016 1400 23322

ELECTRICAL LOAD

(KW) 10.174 10.143 10.221 10.202 10.209 10.278 10.176 10.184 10.33 10.241 10.224 10.182

9.221 10.33




FOR W502

MONTH

JAN

FEB

MAR

APR

MAY

JUN

JUL

AUG

SEP

OCT NOV

DEC

TOTAL MAX

REPORT

1

COOLING ENERGY

( MWH)

4.08162 3.36482

3.27926

3.00342

2.64095

2.38305 2.44062

2.62475

2.89075

3.69319

3.89262 3.95497

38.25

SS-G


FOR W504

MONTH

JAN

FEB

MAR

APR

MAY

JUN

JUL

AUG

SEP

OCT

NOV

DEC

TOTAL MAX

REPORT-

COOLING ENERGY

( MWH)

3.06106

2.71997

3.00555

3.16339

3.11311

3.00913

3.1239 3.09507

2.8807

3.2187

3.0059

2.50425

35.901

SS-G


FOR PERPUS

MONTH

JAN

FEB

MAR

APR

MAY

JUN

JUL' AUG

SEP

OCT NOV

DEC

TOTAL

MAX

COOLING ENERGY

( MWH)

6.46779

1.90929

5.49695

9.03843

7.53526

5.0689

6.91153

4.63035

2.3938

9.63221

4.30165

9.02456

542.411

AC -OFFICE

COOLING

TIME OF MAX

DAY

2 19

11

4

13

3 5

12

3 15

12

2

AC-

HOUR

8 9

e 7

7 7

7 7

8

9 9

9

DRY-BULB

TEMP

24.C

26.C

23. C

26.C

24.C

26.C

26.C

23.C

25.C 25.C

28.C

28.C

•OFFICE

COOLING

TIME OF

MAX

DAY

21

19

4

26

28

3

5

10

3

15

12

2

AC-

HOUR

7

8

7

7 8

7

8

7

8

B 8

7

DRY-

BULB

TEMP

24. C

24.C

24.C

26.C

24.C

26.C

25.C

24.C

25. C

25.C

26.C

24.C

•PERPUS

COOLING

TIME OF MAX

DAY

7

19

11

1 28

2 7

5

26

3 15

29

2

HOUR

8 8

8

8

8

18 8

8

8

8

B 8

DRY-

BULB

TEMP

24.C

24.C

23.C

26.C

24.C

35. C

25. C

24.C

25. C

25.C

24.C

26.C

WEATHER FILE-

WET-BULB

TEMP

24.C

23.C

23. C

24.C

23. C

24.C

23. C

21.C

23. C 23. C

25.C

24.C


28.689

25.878

21.074

21.164

20.285

21.009

20.273 20.167

21.433

26.81 30.684

25.772

30.684

WEATHER FILE-

WET-

BULB

TEMP

23.C

23.C

23. C

24.C

23. C

24. C

23.C

23.C

23.C

23.C

24.C

24.C


(KW)

20.652

21.405

20.63

20.359

21.651

20.618

20.885

20.288

21.9

22.065

22.206

20.409

22.206

WEATHER FILE-

WET-BULB

TEMP

24.C

23. C

23. C

24.C

23.C

33. C

23. C

22. C

23.C

23. C

23. C

24.C


(KW)

239.511

247.804

242.08

252.256

247.777

256.824

248.972

234.878

248.212

250.627

255.574

241.674

256.824


ELECTRICAL

ELETRICAL ENERGY

(KWH) 2164

1848

1936

1859

1747

1640

1695

1764

1760 2110

2102

2030

22656

ELECTRICAL LOAD

(KW)

11.945

12.366

10.871

11.004

10.555

10.934 10.627

10.416

10.871

12.551

14.143

12.526

14.143


ELECTRICAL

ELETRICAL ENERGY

(KWH)

2565

2309

2505

2629

2616

2561

2692

2654

2448

2741

2578

1972

30268

1987 JAKARTA

ELECTRICAL LOAD

(KW)

14.239

14.44

14.34

14.268

14.517

14.356

14.332

14.105

14.678

14.7

15.001

14.132

15.001

W/SOLAR

ELECTRICAL

ELETRICAL ENERGY

(KWH)

35694

32240

34904

37358

37057

35107

37411

36277

33638

38441 34571

29161

421860

ELECTRICAL LOAD

(KW)

146.818

149.434

147.946

152.135 149.412

170.05 150.453

145.397

151.754

150.972 152.402

148.824

170.05




MONTH


REPORT- S£ ZONE LOAD£ FOR W907

MONTH


CCOLING ENERGY

( MWH) 4.99918 4.13105 4.34147 4.21772 4.01375 3.77474 3.91768 3.95473 3.91668 4.7195 4.70481 4.6891 51.38

!-G ! SUMMARY IN

COOLING ENERGY

( MWH) 1.73886 1.60588 1.78773 1.95069 1.9568 1.91991 1.98424 1.89238 1.70187 1.92392 1.75247 1.34243 21.557


MONTH


COOLING ENERGY

( MWH) 1.84002 1.63459 1.83458 1.94269 1.97093 1.91677 1.99111 1.92667 1.75291 1.95041 1.80837 1.58627 22.155

AC--OFFICE

COOLING

TIME OF MAX

DAY 21 25 4 ] 2 8

3 5 12 3 15 4 9

AC-

HOUR 7 7 7 7 7 7 7 7 7 7 7 7

DRY-BULB

TEMP 24.C 24. C 24. C 26.C 24.C 26.C 26.C 23. C 25.C 25. C 26.C 24.C

-OFFICE

COOLING

TIME OF MAX

DAY 7 19 11 B 28 3 5 1 3 15 1? 2

AC-

HOUR 7 8 7 7 9 7 8 7 8

a 8 7

DRY-BULB

TEMP 24.C 24.C 23. C 25. C 24.C 26.C 25.C 26.C 25. C 25. C 26.C 24.C

-OFFICE

COOLING

TDME OF MAX

DAY 7 19 11 22 28 3 5 12 3 28 12 2

HOUR 7 7 7 7 7 7 7 7 9 7 7 7

DRY-BULB

TEMP 24.C 24. C 23. C 26.C 24.C 26.C 26.C 23. C 26.C 26.C 24.C 24. C

WEATHER FILE-

WET-BULB

TEMP 23.C 23.C 23. C 24.C 23.C 24.C 23. C 21.C 24. C 23.C 24.C 24.C


37.523 37.085 37.163 36.028 36.343 36.607 36.052 33.934 36.558 36.443 37.522 37.313

37.523

WEATHER FILE-

WET-BULB

TEMP 24.C 23.C 23.C 24.C 23.C 24.C 23.C 24.C 23. C 23. C 24.C 24.C


10.308 12.358 11.753 11.95 13.811 11.93 13.339 11.809 13.748 13.525 13.091 11.176

13.811

WEATHER FILE-

WET-BULB

TEMP 24.C 22.C 23.C 23.C 23.C 24.C 23. C 21.C 24.C 23.C 23. C 24.C


14.254


ELETRICAL ENERGY

(KWH) 3503 3044 3270 3297 3235 3122 3272 3266 3083 3562 3435 2994 39082

1987 JAKARTA

ELECTRICAL LOAD

(KW) 21.005 20.872 21.035 20.68 20.588 20.966 20.689 19.669 20.751 20.716 21.152 20.888

21.152

W/SOLAR ELECTRICAL

ELETRICAL ENERGY

(KWH) 1314 1201 1308 1394 1399 1377 1444 1403 1276 1434 1334 986

15872

ELECTRICAL LOAD

(KW) 6.962 7.538 7.428 7.524 7.989 7.536 7.875 7.492 8.002 7.93 7.842 7.235

8.002


ELETRICAL ENERGY

(KWH) 1711 1544 1674 1765 1777 1745 1839 1796 1642 1836 1725 1321 20376

ELECTRICAL LOAD

(KW) 9.483 9.828 9.701 9.869 9.909 10.019 9.878 9.638 9.924 9.919 10.078 9.857

10.078



REPORT- SS-G

ZONE LOADE FOR W911

MONTH

JAN

FEB

MAR

APR MAY

JUN

JUL

AUG

SEP OCT

NOV

DEC

TOTAL MAX

REPORT- S£ ZONE LOADS

FOR W1003

MONTH

JAN

FEB

MAR

APR MAY

JUN

JUL

AUG

SEP

OCT

NOV

DEC

TOTAL

MAX

REPORT- SS

ZONE LOADS

FOR W1004

MONTH

JAN

FEB

MAR

APR

MAY

JUN • JUL

AUG

SEP

OCT NOV

DEC

TOTAL MAX

; SUMMARY IN

COOLING ENERGY

( MWH)

1.49456

1.29352

1.41246

1.398 1.3539

1.28297

1.33154

1.3301

1.28634

1.49505

1.43921

1.38367

16.501

:-G 1 SUMMARY IN

COOLING ENERGY

( MWH)

7.3273 6.43802

7.03812

7.29673

7.22926

7.086

7.29825

7.04507

6.68667

7.75091

7.19756

6.06561

84.46

l-G ! SUMMARY IN

CCOLING ENERGY

( MWH)

1.0218

0.93544

1.12946

1.22928

1.25137

1.23788

1.27343 1.24617

1.1024

1.19115 1.03729

0.85641

13.512

AC -OFFICE

CCOLING

TIME OF MAX

DAY

2

4

11

1 6

3

5

12 3

15 12

2

AC-

HOUR

10

7

7 7

7 7

7

7 9

9

9

7

•RK4

COOLING

TIME OF MAX

DAY

2

19 11

29

28

3

5

26

3

15

12

2

AC-

HOUR

8

8 H

8 8

8

8

8

8

8

8

8

•RK3

COOLING

TIME OF MAX

DAY

7

20

26

2 3

28 3 27

30

18 23 6

2

HOUR

8

8

8

8

10

0

8

8 8

8

8

8

DRY-BULB

TEMP

26.C

25.C

23. C

26.C

24.C

26.C

26.C

23.C

26. C 25.C

28.C

24.C

DRY-BULB

TEMP

24.C

24.C

23.C

26. C

24.C

26.C

25. C

24.C

25.C

25.C

26.C

26. C

DRY-BULB

TEMP

24. C

23.C

26.C

26.C

26.C

26.C

24.C

26. C

24.C

26.C 27. C

26.C

WEATHER FILE-

WET-BULB

TEMP

25. C

23.C

23.C 24.C

22.C

24.C

23. C

21.C

24.C

23.C

25.C

24.C


9.921

9.656

9.753

9.451

9.125

9.541

9.214

9.064

9.37

9.995

10.603

9.884

10.603

WEATHER FILE-

WET-BULB

TEMP

24.C

23.C

23.C

24. C

23. C

24.C

23. C

22. C

23.C

23. C

24.C

24.C


(KW)

65.048

71.347

58.975

59.509

72.987

61.883

70.51

55.72

75.387

79.484

79.322

60.556

79.484

WEATHER FILE-

WET-BULB

TEMP

24.C

22.C

24.C

24.C

24.C

24.C

23. C

24.C

23.C

24.C

24.C

24.C


16.546

17.559

17.876

17.817

17.797

17.61 17.642

17.534

17.765

17.612 17.532

17.162

17.876


ELECTRICAL

ELETRICAL ENERGY

(KWH)

899

793

875 882

869

837

873 871

818 934

886

787

10325

ELECTRICAL LOAD

(KW)

5.074 5.117

5.159 5.038

4.913

5.095 4.957

4.825

5.036 5.24

5.492

5.122

5.492


ELECTRICAL

ELETRICAJL ENERGY

(KWH) 4857

4325

4772

4925

4913

4814

5006

4907

4567

5205

4850

3972

57113

1987 JAKARTA

ELECTRICAL LOAD

(KW)

31.626

36.036

31.91

32.849

36.538

33.594

35.954

31.186

37.482

38.761

38.922

33.006

38.922

W/SOLAR

ELECTRICAL

ELETRICAL ENERGY

(KWH)

663

604

687

732

737

728

758

742

669

739

673

526

8260

ELECTRICAL LOAD

(KW)

9.651

9.962

10.159

10.091

10.127

10.027

10.042

10.002

10.134

10.17

10.099

9.885

10.17



REPORT- S£

ZONE LOADS

FOR W1005

MONTH

JAN

FEB

MAR

APR

MAY

JUN

JUL

AUG

SEP OCT

NOV

DEC

TOTAL

MAX

REPORT- S£ ZONE LOADS

FOR W1006

MONTH

JAN

FEB

MAR

APR

MAY

JUN

JUL

AUG

SEP

OCT

NOV

DEC

TOTAL

MAX

:-G

1 SUMMARY IN

COOLING ENERGY

( MWH)

2.17529

1.91576

2.12516

2.29269

2.3042

2.28443

2.3406

2.17083

1.99655 2.27529

2.10643

1.6628

25.65

!-G

: SUMMARY IN

COOLING ENERGY

( MWH)

1.77002

1.55658

1.6982

1.72246

1.68665

1.65168

1.70184

1.6881

1.5913 1.85351

1.74806

1.47316

20.142

AC -RK2

COOLING

TIME OF MAX

DAY

7

20 11 23

26

3

5

]

3

15 12

2

AC-

HOUR

8

B 8

8

10

8 9

8

9 9

9

8

-RKl

CCOLING

TIME OF MAX

DAY

7

20

11

1

29

3

8

2 6

23

30

12

2

HOUR

8

8

8

8

e 8

8

8

8

8

9

8

DRY-BULB

TEMP

24.C

23.C

23.C

26.C

26.C

26.C

26.C

25.C

26.C

25. C

28.C

26.C

•

DRY-BULB

TEMP

24. C

23. C

23. C

26.C

25. C

26.C

24.C

24.C

24.C

26.C

28.C

26.C

WEATHER FILE-

WET-BULB

TEMP

24.C

22. C

23.C

24.C

24.C

24.C

23. C

23.C

24. C

23. C

25. C

24.C


25.056

26.084

26.515

26.706

27

26.343

26.847

25.981 26.946

26.649

27.008

26.141

27.008

WEATHER FILE-

WET-BULB

TEMP

24. C

22. C

23. C

24.C

24.C

24.C

23. C

22. C

22. C

24.C

25. C

24.C


(KW)

17.528

17.333

17.503

17.069

17.128

17.464

17.016

16.446

17.2 17.637

17.986

17.196

17.986


ELECTRICAL

ELETRICAL ENERGY

(KWH)

1001

887

996

1047

1047

1031

1059

1011

927 1053

978

813

11850

1987 JAKARTA

ELECTRICAL LOAD

(KW)

10.939

11.182

11.435

11.522

11.487

11.353

11.391 11.212

11.426

11.693

11.707

11.335

11.707

W/SOLAR

ELECTRICAL

ELETRICAL ENERGY

(KWH)

1172

1048

1137

1168

1156

1136

1187

1172

1090 1247

1178

927

13620

ELECTRICAL

LOAD

(KW)

10.264

10.248

10.208

10.223

10.186

10.387

10.148

9.927

10.122

10.5 10.64

10.229

10.64


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= -.' -=

= ='

j .

r - *

-! PC

c -c

w (. 2_ -5

r Bi _) = or c =

-P




GEDUNG W UK PETRA LOADS CALCULATION & SYSTEM BASE RUN - 22C


FLOOR AREA 43463 SQFT 4038 SQMT VOLUME 822727 CUFT 23300 CUMT

COOLING LOAD

TIME MAR 13 2PM

DRY-BULB TEMP 92F 33C WET-BULB TEMP 73F 23C



TOTAL

56 0 96

273 5 -2 0

230 110 244

0 244

1259

.862

.000

.572

.382

.436

.496

.000

.226

.226

.562

.000

.519

.289

16 0 2e ec i

-0 0 67 32 71 0

71

368

.661

.000

.296

.101

.593

.731

.000

.456

.296

.657

.000

.644

.972

0 0 0 0 0 0 0

162 0. 0 0

253

415

.000

.000

.000

.000

.000 ,000 .000 ,491 ,000 ,000 ,000 .141

632

0 0 0 0 0 0 0

47 0 0 0

74

121

.000

.000

.000

.000

.000

.000

.000

.610 ,000 .000 .000 .170

,780



DOE-2.1E-002 11/12/02 13:37:07.53 LDL RUN 1


-ta

=

•T

3

= -

i E

d n s SENSIBLE Cg

(KBTU/H) ( KW ) p

<

5' V.

CA c B" B T: n c c =

HEATING LOAD

DEC 16

58F 58F

6AM

14C 14C

18.729 0.000

-37.740 47.877 -1.401 -2.496 0.000 0.230 0.163 0.240 0.000

-63.833

5.487 0.000

-11.058 14.028 -0.410 -0.731 0.000 0.067 0.048 0.070 0.000

-18.703

-38.232 -11.202

-38.232 KBTU/H -11.202 KW

0.880BTU/H.SQFT 2.774 W /SQMT


GEDUNG W UK PETRA LOADS CALCULATION & SYSTEM DOE-2.1E-002 11/12/02 13:37:07.53 PDL RUN 1 BASE RUN - 22C PTAC-PACKAGE TERMINAL AIR CONDITIONER

REPORT- PS-D PLANT LOADS SATISFIED WEATHER FILE- 1987 JAKARTA W/SOLAR

ELECTRICAL LOADS

ELECTRICITY


KWH SUPPLIED

1073865.6

1073865.6 1073867.9

PCT OF TOTAL LOAD

100.0

100.0

r =

BD

=

ti y.

= ' E

s 5 n P ic BS 3

< g 8 'S-

B

« c = = 73

GEDUNG W UK PETRA LOADS CALCULATION & SYSTEM BASE RUN - 22C PTAC-PACKAGE TERMINAL AIR CONDITIONER


DOE-2.1E-002 11/12/02 13:37:07.53 PDL RUN 1



CATEGORY OF USE

ELECTRICITY

AREA LIGHTS

MISC EQUIPMT

SPACE COOL

VENT FANS

TOTAL

179

231

506

156

1073

4

5

5

5

5

TOTAL SITE ENERGY TOTAL SOURCE ENERGY

1073.86 MWH 3221.90 MWH

139.3 KWH/M2-YR 417.8 KWH/M2-YR



265.8 KWH/M2-YR 797.6 KWH/M2-YR

NET-AREA NET-AREA

V. ta = cr



GEDUNG W UK PETRA LOADS CALCULATION £ SYSTEM BASE RUN - 23C


FLOOR AREA 43463 SQFT 4038 SOMT VOLUME 822727 CUFT 23300 CUMT

COOLING LOAD

TIME MAR 13 2PM




TOTAL

46 0

86 273 5, -5 0

230 110 244

0 219

1212

755 .000 ,742 .382 071 304 000 ,226 .226 .562 .000 .065

.725

14 0

25

ec l, -l 0 67 32 71 0 64

355

.285

.000

.415

.101

.486

.554

.000

.456

.296 ,657 .000 .186

.328

0 0 0 0 0 0 0

162 0 0 0

248

411

.000

.000

.000

.000

.000

.000

.000

.491

.000

.000

.000

.738

.229

0 0 0 0 0 0 0

47 0 0 0

72

120

.000

.000

.000

.000 ,000 ,000 ,000 ,610 .000 ,000 ,000 .880

,490


TOTAL LOAD / AREA 37.36BTU/H. SQFT 117.839 W /SQMT

r

DOE-2.1E-002 11/12/02 13:38-00.37 LDL RUN 1 J*

WEATHER FILE- 1987 JAKARTA W/SOLAR "1 K 3

y: B =_ -

=

= <

» ge

= =" =

n z. c = 75

HEATING LOAD

DEC 16

58F 58F

6AM

14C 14C

SENSIBLE (KBTU/H)

12.524 0.000

-45.882 50.615 -1.815 -5.304 0.000 0.237 0.168 0.254 0.000

-76.983

( KW )

3.670 0.000

-13.443 14.830 -0.532 -1.554 0.000 0.069 0.049 0.074 0.000

-22.556

-66.186 -19.393 ^

M -66.186 KBTU/H -19.393 KW 3

1.523BTU/H.SQFT 4.803 W /SQMT —


GEDUNG W UK PETRA BASE RUN - 23C


LOADS CALCULATION & SYSTEM DOE-2.1E-002 11/12/02 13:3G:00.37 PDL RUN 1 PTAC-PACKAGE TERMINAL AIR CONDITIONER


r -3 *at -.' ta P se

ELECTRICAL LOADS KWH SUPPLIED PCT OF TOTAL LOAD

ELECTRICITY


1037900.8

1037900.8 1037902.4

1 0 0 . 0

100 .0

X Bi 09

OJ

3 =_ -v.

5 n P n -3 < »' o/:

y: c P" = c = P



DOE-2.1E-002 11/12/02 13:38:00.37 PDL RUN 1



CATEGORY OF USE

AREA LIGHTS

MISC EQUIPMT

SPACE COOL

VENT FANS

TOTAL

ELECTRICITY

179.4

231.5

555.8

71.2

1037.9


1037.90 MWH 3114.00 MWH

134.6 KWH/M2-YR 403.8 KWH/M2-YR



256.9 KWH/M2-YR 770.9 KWH/M2-YR

NET-AREA NET-AREA

09

ii =





LOADS CALCULATION & SYSTEM

FLOOR AREA VOLUME

TIME

DRY-BULB TEMP WET-BULB TEMP

43463 SQFT 822727 CUFT

COOLING

MAR 13

92F 73F

4038 23300

LOAD

2PM

33C 23C

SQMT CUMT

SENSIBLE (KBTU/H) ( KW )

LATENT (KBTU/H) ( KW )

WALL CONDUCTION ROOF CONDUCTION WINDOW GLASS+FRM COND WINDOW GLASS SOLAR DOOR CONDUCTION INTERNAL SURFACE COND UNDERGROUND SURF COND OCCUPANTS TO SPACE LIGHT TO SPACE EO.UIPMENT TO SPACE PROCESS TO SPACE INFILTRATION

TOTAL

TOTAL LOAD

40.652 0.000

76.918 273.382

4.705 -8.112 0.000

230.226 110.226 244.562 0.000

194.363

11.911 0.000

22.537 80.101 1.379 -2.377 0.000 67.456 32.296 71.657 0.000

56.948

1166.922 341.908

1573.749 KBTU/H

000 000 000 000 000 000 000

162.491 0.000 0.000 0.000

244.335

0 0 0 0 0 c c

47 0 0 c

000 000 000 000 000 000 000 610 .000 000 000

71.590

406.827 119.200

461.108 KW


DOE-2.1E-002 11/12/02 13:38:54.20 LDL RUN 1


r M

=

HEATING LOAD 65

= =_ V.

n 9

je

= <

= =" = 0 n (L c =

TS

DEC 16

58F 58F

6AM

14C 14C

SENSIBLE (KBTU/H)

5.477 0.000

-53.174 51.794 -2.151 -8.112 0.000 0.237 0.169 0.255 0.000

-89.779

( KW )

1.605 0.000

-15.580 15.176 -0.630 -2.377 0.000 0.070 0.049 0.075 0.000

-26.305

- 9 5 . 2 8 5 - 2 7 . 9 1 8

- 9 5 . 2 8 5 KBTU/H - 2 7 . 9 1 8 KW g

S 2 . 1 9 2 B T U / H . S Q F T 6 . 9 1 4 W /SQMT ry




LOADS CALCULATION & SYSTEM DOE-2.1E-002 11/12/02 13:38:54.20 PDL RUN 1 PTAC-PACKAGE TERMINAL AIR CONDITIONER



r ti 3 -1 H 3

ELECTRICITY


1005341.3

1005341.3 1005342.8

100.0

100.0

-a

X-

s'



DOE-2.1E-002 11/12/02 13:38:54.20 PDL RUN

WEATHER FILE- 1987 JAKARTA W/SOLAR 5 n 3

» 3 < -•1

3' 'S 3 3" 3

T: n o. 3 3


CATEGORY OF USE

ELECTRICITY

AREA LIGHTS

MISC ECjUIPMT

SPACE COOL

VENT FANS

TOTAL

179

231

549

45

1005,

4

.5

,5

0

,3


1005.34 MWH 3016.31 MWH

130.4 KWH/M2-YR 391.1 KWH/M2-YR


248.9 KWH/M2-YR 746.7 KWH/M2-YR

NET-AREA NET-AREA




GEDUNG W UK PETRA L0ADS CALCULATION & SYSTEM BASE RUN - 25C


FLOOR AREA 43463 SO.FT 4038 SQMT VOLUME 822727 CUFT 23300 CUMT

COOLING LOAD

TIME MAR 13 2PM




TOTAL

32 0

67 273

4 -10

0 230 110 244

0 170

1121

,555 .000 .102 .382 .340 .920 .000 .226 .226 .562 .000 .412

.884

9 0

19 B0 1 -3 0 67 32 71 0

49

328

.539

.000

.661

.101

.272

.200

.000

.456

.296

.657

.000

.931

.712

C 0

c 0 0 0 0

162 0 0 0

239

402

.000

.000

.000

.000

.000

.000

.000

.491

.000

.000

.000

.933

.424

C 0 0 0 0 0 0

47 0 0 0

7C

117

.000

.000

.000

.000

.000

.000

.000

.610

.000 ,000 .000 .300

.910



r

DOE-2.1E-002 11/12/02 13:39:48.90 LDL RUN 1 £•

WEATHER FILE- 1987 JAKARTA W/SOLAR "J H 3

= 18

HEATING LOAD 2.

=

BT

-D

SENSIBLE Og (KBTU/H) ( KW ) - j

< X Jj » ' y;

s: c S" B

n c c =

TS

- 1 2 5 . 6 3 0 - 3 6 . 8 1 0 g

= - 1 2 5 . 6 3 0 KBTU/H - 3 6 . 8 1 0 KW Q -

DEC 16

58F 58F

6AM

14C 14C

-0.252 0.000

-65.830 60.238 -2.569

-10.920 0.000 0.244 0.176 0.255 0.000

-106.972

-0.074 0.000

-19.288 17.650 -0.753 -3.200 0.000 0.072 0.051 0.075 0.000

-31.343

2 . 8 9 0 B T U / H . S Q F T 9 . 1 1 6 W /SQMT





DOE-2.1E-002 11/12/02 13:39:48.90 PDL RUN 1


PCT OF TOTAL LOAD

r = -! •-

3 ELECTRICAL LOADS KWH SUPPLIED

ELECTRICITY


983845.4 100.0

983845.4 983846.6

100.0

X PA

J:

= =_

5 s.

5 n 3 73 3 < M

£' BB E 3" Z

n c B 3 JS



DOE-2.1E-002 11/12/02 13:39:48.90 PDL RUN 1



CATEGORY OF USE

AREA LIGHTS

MISC EQUIPMT

SPACE COOL

VENT FANS

TOTAL

ELECTRICITY

179.4

231.5

540.7

32.3

983.8


983.84 MWH 127.6 KWH/M2-YR GROSS-AREA 2951.81 MWH 382.8 KWH/M2-YR GROSS-AREA


243.5 KWH/M2-YR 730.7 KWH/M2-YR

NET-AREA NET-AREA

ta = —



GEDUNG W UK PETRA LOADS CALCULATION & SYSTEM BASE RUN - 26C


PLOOR AREA 43463 SQFT 4038 SQMT VOLUME 822727 CUFT 23300 CUMT

COOLING LOAD

TIME MAR 13 2PM




TOTAL

24, 0.

57, 273,

3 -13

0 230 110 244

0 147

1077

455 000 ,296 ,382 .974 .728 .000 .226 .226 .562 ,000 .211

.604

7, 0

16 80 1, -4 0 67 32 71 0

43

315

165 000 788 ,101 .164 .022 .000 .456 .296 .657 ,000 .133

,738

0 0 0 0 0 0 0

162 0 0 0

235

398

000 000 ,000 000 ,000 .000 .000 .491 .000 .000 ,000 ,530

,022

0 0 0 0 0 0 0

47 0 0 0

69

116

,000 ,000 ,000 ,000 .000 .000 .000 .610 .000 .000 .000 ,010

,620



DOE-2.1E-002 11/12/02 13:40:41.47 LDL RUN 1


r 3

& 3 •C

= -s.

oa

5 n 3 7= W P <

-=-B 0 n O. c 3

ee

3"

HEATING LOAD

DEC 16

58F 58F

6AM

14C 14C

SENSIBLE (KBTU/H)

-8.218 0.000

-75.098 63.386 -3.022

-13.728 0.000 0.245 0.177 0.261 0.000

-122.373

( KW )

-2.408 0.000

-22.004 18.572 -0.885 -4.022 0.000 0.072 0.052 0.076 0.000

-35.855

-158.369

-158.369 KBTU/H

3.644BTU/H.SQFT

-46.402

-46.402 KW

11.492 W /SQMT


GEDUNG W UK PETRA BASE RUN - 26C REPORT- PS-D PLANT LOADS SATISFIED

LOADS CALCULATION & SYSTEM DOE-2. 1E-002 H/12/02 13:40:41.47 PDL RUN 1 PTAC-PACKAGE TERMINAL AIR CONDITIONER



F BD

=

-i' X P

ELECTRICITY


965380.8 100.0

965380.8 965383.8

100.0

=

'S.

= =_ -

Z = JC X

= < X

x' aa ™« = = •

c

a = = JS



DOE-2.1E-002 11/12/02 13:40:41.47 PDL RUN 1



CATEGORY OF USE

ELECTRICITY

AREA LIGHTS

MISC EQUIPMT

SPACE COOL

VENT FANS

TOTAL

179

231

529

24

965

.4

,5

.7

8

.4


965.38 MWH 2896.42 MWH

125.2 KWH/M2-YR 375.6 KWH/M2-YR


PERCENT OF HOURS ANY SYSTEM ZONE OUTSIDE OF THROTTLING RANGE =100 .0 PERCENT OF HOURS ANY PLANT LOAD NOT SATISFIED = 0.0

239.0 KWH/M2-YR 717.0 KWH/M2-YR

NET-AREA NET-AREA

09

= ="



GEDUNG W UK PETRA LOADS CALCULATION & SYSTEM BASE RUN - NO BUILDING SHADE



COOLING LOAD

TIME MAR 13 2PM



WALL CONDUCTION ROOF CONDUCTION WINDOW GLAS.S+FRM COND WINDOW GLASS SOLAR DOOR CONDUCTION INTERNAL SURFACE COND UNDERGROUND SURF COND OCCUPANTS TO SPACE LIGHT TO SPACE EQUIPMENT TO SPACE PROCESS TO SPACE INFILTRATION

TOTAL

49 0

86. 339

5 -5 0

230 110 244

0 219

1279

217 000 .867 .241 .661 .304 .000 226 .226 ,562 ,000 .065

.762

14 0

25 99 1 -1 0 67 32 "1 0 £4

374

,421 ,000 ,452 ,398 .659 ,554 .000 ,456 ,296 .657 ,000 ,186

,970

0 0 0 0 0 0 0

162 0

c 0

248

411

,000 .000 .000 ,000 .000 .000 .000 ,491 .000 .000 .000 .738

.229

0 0 0 0 0 0 0

47 0 0 0

72

120

.000

.000

.000

.000

.000

.000

.000

.610 ,000 ,000 ,000 ,880

,490



r

DOE-2.1E-002 11/12/02 11:53:41.94 LDL RUN 1 £

2 WEATHER FILE- 1987 JAKARTA W/SOLAR

-a

ss HEATING LOAD ce DEC 16

58F 58F

6AM

14C 14C

SENSIBLE

12.184 0.000

-46.159 56.132 -1.696 -5.304 0.000 0.236 0.165 0.251 0.000

-76.193

3.570 0.000

-13.524 16.447 -0.497 -1.554 0.000 0.069 0.048 0.074 0.000

-22.324

-60.383 -17.692

-60.383 KBTU/H -17.692 KW

J:

5 n o. c

(KBTU/H) ( KW ) S

cro

H » D » c_

e — c =



GEDUNG W UK PETRA BASE RUN - NO BUILDING SHADE

REPORT- LS-D BUILDING MONTHLY LOADS SUMMARY



C O O L I N G H E A T I N G

MONTH

COOLING TIME ENERGY OF MAX ( MWH) DY HR

DRY- WET-BULB BULB TEMP TEMP

MAXIMUM COOLING

LOAD (KW )


MAXIMUM HEATING

LOAD (KW )

- - E L E C - - -


JAN

FEB

MAR

APR

MAY

JUN

JUL

AUG

SEP

OCT

NOV

DEC

TOTAL

MAX

122.44511

109.60481

121.63877

122.52908

124.69836

119.92647

126.14642

124.02941

120.88738

134.32242

126.25571

107.65530

1460.139

9

27

13

3

24

20

4

1

16

26

11

2

14

14

14

14

13

13

13

13

13

14

14

14

3C

33

33

33

34

33

33

33

34

33

33

32

C

• C

,c

.c

,c

,c

,c

,c

,C

,c

.C

,c

23

23

23

25

24

23

24

24

26

23

27

24

,C

c

c

c

,c

C

C

C

C

,c

,c

,c

351.740

355.505

374.970

352.349

374.195

352.278

344.744

346.885

356.883

363.236

367.051

354.904

374.970

0.000 3

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

-0.020 16

-0.021

23.C

14. C

22.C

14.C

-0.045

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

-17.692

-17.692

351B8.

32517.

32703.

35359.

35537.

34660.

37672.

36430.

33767.

37672.

35902.

23465.

410871.

124

124

124

124

124

124

124

124

124

124

124

124

124

.653

.653

.653

.653

.653

.653

,653

,653

,653

.653

,653

.653

653


GEDUNG W UK PETRA BASE RUN - NO BUILDING SHADE



DOE-2.1E-002 11/12/02 11:53:41.94 PDL RUN 1


r -

ts 3


ELECTRICITY


1056623.1

1056623.1 1056624.6

100.0

100.0 ir.

GEDUNG W UK PETRA LOADS CALCULATION & SYSTEM BASE RUN - NO BUILDING SHADE PTAC-PACKAGE TERMINAL AIR CONDITIONER


DOE-2.1E-002 11/12/02 11:53:41.94 PDLRUN 1


'S.

5 n o. = =

H = "3 a Gfl = cr = =

BB

— = = js -3


CATEGORY OF USE

AREA LIGHTS

MISC EO.UIPMT

SPACE COOL

VENT FANS

TOTAL

ELECTRICITY

179.4

231.5

570.9

74.8

1056.6


1056.61 MWH 137.0 KWH/M2-YR GROSS-AREA 3170.16 MWH 411.1 KWH/M2-YR GROSS-AREA


261.6 KWH/M2-YR 784.8 KWH/M2-YR

NET-AREA NET-AREA



LANTAI REPORT-

2 GEDUNG W UK PETRA LOADS CALCULATION & LV-B SUMMARY OF SPACES OCCURRING IN THE PROJECT

SYSTEM DOE-2.1E-002 10/28/02 21:17:09.24 LDLRUN WEATHER FILE- 1987 JAKARTA W/SOLAR

SPACE

SELASAR2 W203 W204 W205 W206 W207 W208 W209 W209A W210

BUILDING

SPACE' 'FLOOR MULTIPLIER

TOTALS

1.0 1.0 1.0 1.0 1.0 1.0 1.0 1.0 1.0 1.0

SPACE TYPE

INT EXT EXT EXT EXT EXT EXT EXT EXT EXT

AZIMUTH

0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0

LIGHTING (WATT / M2 )

2.90 12.16 12.16 7.96 8.11 8.11 8.11 8.65 7.41 7.41

PEOPLE

0.0 1.0 2.0 2.0 0.0 1.0 1.0 3.0 0.0 2.0

12.0

EQUIP (WATT / M2 )

0.00 25.33 12.66 9.94 0.00 15.20 12.66 18.04 0.00

324.08

INFILTRATION METHOD

RESIDENTIA RESIDENTIA RESIDENTIA RESIDENTIA RESIDENTIA RESIDENTIA RESIDENTIA RESIDENTIA RESIDENTIA RESIDENTIA

AIR CHANGES PER HOUR

0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00

AREA ( M2 )

294.56 19.74 19.74 25.14 19.74 19.74 19.74 83.27 5.40 5.40

512.47

VOLUME ( M3 )

1131.11 75.80 75.80 96.54 75.80 75.80 75.80

310.12 20.74 20.74

1958.24

LANTAI 2 GEDUNG W UK PETRA LOADS CALCULATION & SYSTEM REPORT- LS-C BUILDING PEAK LOAD COMPONENTS

DOE-2.1E-002 10/28/02 WEATHER FILE-

21:17:09.24 LDL RUN 1987 JAKARTA W/SOLAR

WALL CONDUCTION ROOF CONDUCTION WINDOW GLAS'S+FRM COND WINDOW GLASS SOLAR DOOR CONDUCTION INTERNAL SURFACE COND UNDERGROUND SURF COND OCCUPANTS TO SPACE LIGHT TO SPACE EQUIPMENT TO SPACE PROCESS TO SPACE INFILTRATION

TOTAL

SENSIBLE (KBTU/H)

2.470 0.000 9.719

28.913 1.287 0.000 0.000 2.564 5.673

14.678 0.000 7.419

72.722

( KW )

0.724 0.000 2.848 8.472 0.377 0.000 0.000 0.751 1.662 4.301 0.000 2.174

21.308

LATENT (KBTU/H)

0.000 0.000 0.000 0.000 0.000 0.000 0.000 1.843 0.000 0.000 0.000 9.543

11.386

( KW )

0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.540 0.000 0.000 0.000 2.796

3.336


-0.268 0.000

-4.760 4.679

-0.412 0.000 0.000 0.002 0.009 0.016 0.000

-2.539

-0.079 0.000

-1.395 1.371

-0.121 0.000 0.000 0.001 0.003 0.005 0.000

-0.744

-3.274 -0.959


LANTAI 2 GEDUNG W UK PETRA REPORT- PS-D PLANT LOADS SATISFIED

LOADS CALCULATION & SYSTEM DOE-2.1E-002 10/28/02 21:17:09.24 PDL RUN 1 WEATHER FILE- 1987 JAKARTA W/SOLAR

ELECTRICAL LOADS

ELECTRICITY


KWH SUPPLIED

39762.7

39762 .7 3 9 7 6 1 . 3

PCT OF TOTAL LOAD

100.0

100.0

LANTAI 2 GEDUNG W UK PETRA LOADS CALCULATION & SYSTEM REPORT- BEPS BUILDING ENERGY PERFORMANCE SUMMARY

DOE-2.1E-002 10/28/02 21:17:09.24 PDL RUN 1 WEATHER FILE- 1987 JAKARTA W/SOLAR

ENERGY TYPE: ELECTRICITY UNITS: MWH

CATEGORY OF USE

AREA LIGHTS

MISC EQUIPMT

SPACE COOL

VENT FANS

9.9

13.8

13.3

2.8

TOTAL 39.8


39.76 MWH 119.30 MWH

5.2 KWH/M2-YR 15.5 KWH/M2-YR


182.4 KWH/M2-YR 547.2 KWH/M2-YR

NET-AREA NET-AREA


LANTAI 3 GEDUNG W UK PETRA LOADS CALCULATION S SYSTEM REPORT- LV-B SUMMARY OF SPACES OCCURRING IN THE PROJECT



SPACE

SELASAR3 W303 W304 W305 W306 W308 W309

BUILDING

SPACE*FLOOR MULTIPLIER

TOTALS

1.0 1.0 1.0 1.0 1.0 1.0 1.0

SPACE TYPE

INT EXT EXT EXT EXT EXT EXT

AZIMUTH

0.0 0.0 0.0 0.0 0.0 0.0 0.0


3.65 7.65 7.65

19.75 6.45 5.76 7.94

PEOPLE

0.0 60.0 60.0 25.0 30.0 30.0 4.0

209.0

EQUIP (WATT / M2 )

0.00 11.28 11.28

112.23 25.19 22.51 17.12

INFILTRATION METHOD

RESIDENTIA RESIDENTIA RESIDENTIA RESIDENTIA RESIDENTIA RESIDENTIA RESIDENTIA


0.00 0.00 0.00 0.00 0.00 0.00 0.00

AREA ( M2 )

390.27 146.33 146.33 44.55 49.62 55.54 90.68

923.32

VOLUME ( M3 )

1498.63 561.91 561.91 171.07 190.54 213.27 348.21

3545.54

LANTAI 3 GEDUNG W UK PETRA LOADS CALCULATION S SYSTEM REPORT- LS-C BUILDING PEAK LOAD COMPONENTS



WALL CONDUCTION ROOF CONDUCTION WINDOW GLASS+FRM COND WINDOW GLASS SOLAR DOOR CONDUCTION INTERNAL SURFACE COND UNDERGROUND SURF COND OCCUPANTS TO SPACE LIGHT TD SPACE EQUIPMENT TO SPACE PROCESS TO SPACE INFILTRATION

TOTAL


5 0

13 51 2 0 0

44 12 37 0

17

186

.169 ,000 ,633 ,995 ,811 ,000 ,000 ,712 ,987 .706 .000 .758

.771

1.515 0.000 3.994

15.235 0.824 0.000 0.000

13.101 3.805 11.048 0.000 5.203

54.724

0.000 0.000 0.000 0.000 0.000 0.000 0.000

32.099 0.000 0.000 0.000

20.163

52.262

0.000 0.000 0.000 0.000 0.000 0.000 0.000 9.405 0.000 0.000 0.000 5.908

15.313


-0.721 0.000

-8.727 10.550 -1.041 0.000 0.000 0.050 0.023 0.042 0.000

-7.114

-0.211 0.000

-2.557 3.091

-0.305 0.000 0.000 0.015 0.007 0.012 0.000

-2.084

-6.938 -2.033


LANTAI 3 GEDUNG W UK PETRA REPORT- PS-D PLANT LOADS SATISFIED

LOADS CALCULATION & SYSTEM DOE-2.1E-002 10/28/02 21:17:23.08 PDL RUN 1 WEATHER FILE- 1987 JAKARTA W/SOLAR

ELECTRICAL LOADS

ELECTRICITY


KWH SUPPLIED

121014.6

121014.6 121020.1

PCT OF TOTAL LOAD

100.0

100.0

LANTAI 3 GEDUNG W UK PETRA LOADS CALCULATION & SYSTEM REPORT- BEPS BUILDING ENERGY PERFORMANCE SUMMARY

DOE-2.1E-002 10/28/02 21:17:23.08 PDL RUN 1 WEATHER FILE- 1987 JAKARTA W/SOLAR


ELECTRICITY

CATEGORY OF USE

AREA LIGHTS

MISC ECjUIPMT

SPACE COOL

VENT FANS

2C

34

55

11

4

.3

.3

.1

TOTAL 121.0


121.01 MWH 363.08 MWH



226.9 KWH/M2-YR 680.8 KWH/M2-YR

NET-AREA NET-AREA


LANTAI 4 GEDUNG W UK PETRA LOADS CALCULATION & REPORT- LV-B SUMMARY OF SPACES OCCURRING IN THE PROJECT

SYSTEM DOE-2.1E-002 10/28/02 21:17:37.69 LDL RUN WEATHER FILE- 1987 JAKARTA W/SOLAR

SPACE

SELASAR4 W403 W404 W405 W406 W409

BUILDING

SPACE' •FLOOR MULTIPLIER

TOTALS

1.0 1.0 1.0 1.0 1.0 1.0

SPACE TYPE

INT EXT EXT EXT EXT EXT

AZIMUTH

0.0 0.0 0.0 0.0 0.0 0.0


2.84 7.97 7.35 5.02 7.35 5.96

PEOPLE

0.0 16.0 20.0 5.0

20.0 5.0

66.0

EQUIP (WATT / M2 )

0.00 41.09 40.56 37.62 40.63

129.57

INFILTRATION METHOD

RESIDENTIA RESIDENTIA RESIDENTIA RESIDENTIA RESIDENTIA RESIDENTIA


0.00 0.00 0.00 0.00 0.00 0.00

AREA ( M2 )

357.20 240.94 130.68 47.85 130.68 47.85

955.20

VOLUME ( M3 )

1371.65 925.21 501.81 183.74 501.Bl 183.74

3667.96

LANTAI 4 GEDUNG W UK PETRA LOADS CALCULATION & SYSTEM REPORT- LS-C BUILDING PEAK LOAD COMPONENTS

DOE-2.1E-002 10/28/02 21:17:37.69 LDL RUN 1 WEATHER FILE- 19B7 JAKARTA W/SOLAR


TOTAL


5.040 0.000

16.182 64.396 0.879 0.000 0.000

14.097 12.668 87.223 0.000

20.459

220.945

1.477 0.000 4.741

18.868 0.258 0.000 0.000 4.130 3.712 25.556 0.000 5.994

64.737

0.000 0.000 0.000 0.000 0.000 0.000 0.000

10.137 0.000 0.000 0.000

23.230

33.366

0.000 0.000 0.000 0.000 0.000 0.000

o.ooc 2.970 0.000 0.000 0.000 6.806

9.776


-0.637 0.000 -8.811 10.012 -0.214 0.000 0.000 0.014 0.021 0.092 0.000

-7.343

-0.187 0.000

-2.581 2.934 -0.063 0.000 0.000 0.004 0.006 0.027 0.000

-2.151

-6.865 -2.012


LANTAI 4 GEDUNG W UK PETRA BASE RUN



DOE-2.1E-002 10/28/02 21:17:37.69 PDL RUN 1


-

5 n' M 9

= s.

05

I B

s Bfi

X3

r

fi n a c 3 7S

— B P

=

ELECTRICAL LOADS

ELECTRICITY

KWH SUPPLIED

183905.7


183905.7 183902.3

PCT OF TOTAL LOAD

100.0

100.0

LANTAI 4 GEDUNG W UK PETRA LOADS CALCULATION & SYSTEM BASE RUN PTAC-PACKAGE TERMINAL AIR CONDITIONER


DOE-2.1E-002 10/28/02 21:17:37.69 PDL RUN 1



CATEGORY OF USE

AREA LIGHTS

MISC EQUIPMT

SPACE COOL

VENT FANS

ELECTRICITY

18.3

83.4

68.1

14.1

TOTAL 183.9


183.90 MWH 551.77 MWH


GROSS-AREA 307.4 KWH/M2-YR NET-AREA GROSS-AREA 922.3 KWH/M2-YR NET-AREA


LANTAI 5 + PERPUS GEDUNG REPORT- LV-B SUMMARY OF

SPACE*FLOOR SPACE MULTIPLIER

SELASAR5 1. 0 W503 1.0 W504 1.0 PERPUS 1.0 OUT-DOOR 1 . 0 HALL-PERPUS 1.0

BUILDING TOTALS

W UK PETRA SPACES

SPACE TYPE

INT EXT EXT EXT EXT EXT

LOADS CALCULATION & OCCURRING IN THE PROJECT

AZIMUTH

0.0 0.0 0.0 0.0 0.0 0.0


4.24 7.16 7.35

19.17 0.00

15.63

PEOPLE

0.0 30.0 30.0

500.0 0.0 0.0

560.0

SYSTEM

EQUIP (WATT / M2 )

0.00 0.00

39.49 21.88 0.00 0.00

DOE

INFILTRATION METHOD

RESIDENTIA RESIDENTIA RESIDENTIA RESIDENTIA NO-INFILT. RESIDENTIA

:-2. 1E-002 10/28/02 21: WEATHER


0.00 0.00 0.00 0.00 0.00 0.00

FILE- 1987

AREA ( M2 )

335.55 167.57 108.90 876.47 46.08 46.08

1580.65

11: 46 .61 LDL RUN 1 JAKARTA W/SOLAR

VOLUME ( M3 )

1288.51 643.47 418.18

11166.85 547.43 547.43

14611.86

LANTAI 5 + PERPUS GEDUNG W UK PETRA BASE RUN







TOTAL

23 0.

34. 117 0 -2 0

110 51 62 0

139

536

334 000 ,629 ,160 .629 ,262 .000 .535 .013 .089 .000 .615

.742

6 0

10. 34 0

-0 0

32 14 16 0

40

157

837 000 .146 ,328 .184 ,663 .000 .387 .947 .192 .000 .907

,266

C 0 0 0 0 0

c 76 0 C 0

155

232

,000 000 .000 ,000 ,000 .000 .000 .792 .000 .000 ,000 ,885

,677

0 0 0 0 0

c 0

22 0 0

c 45

68

.000 ,000 .000 .000 .000 .000 .000 .500 .000 .000 ,000 ,674

174

10.521 0.000

-15.681 19.556 -0.117 -2.262 0.000 0.099 0.069 0.065 0.000

-40.265

-28.015

3.083 0.000 -4.594 5.730

-0.034 -0.663 0.000 0.029 0.020 0.019 0.000

-11.798

-8.208


LANTAI 5 + PERPUS GEDUNG W UK PETRA BASE RUN



DOE-2.1E-002 10/28/02 21:11:46.61 PDL RUN 1


r Bi

"t ii D

s

ELECTRICAL LOADS

ELECTRICITY

KWH SUPPLIED

491274.3


491274.3 491260.6

PCT OF TOTAL LOAD

100.0

100.0

LANTAI 5 + PERPUS GEDUNG W UK PETRA LOADS CALCULATION & SYSTEM BASE RUN PTAC-PACKAGE TERMINAL AIR CONDITIONER


DOE-2.1E-002 10/28/02 21:11:46.61 PDL RUN 1


s.

-

r -s

ENERGY TYPE: ELECTRICITY UNITS: MWH

CATEGORY OF USE

AREA LIGHTS

MISC EQUIPMT

SPACE COOL

VENT FANS

69

71

315

35

.0

8

.4

.1


TOTAL

491.28 MWH 1473.98 MWH

491.3


GROSS-AREA 425.9 KWH/M2-YR NET-AREA GROSS-AREA 1277.9 KWH/M2-YR NET-AREA

C. =

09

te — = 3 TS

=


LOADS CALCULATION & SYSTEM LANTAI 9 GEDUNG W UK PETRA BASE RUN

REPORT- LV-B SUMMARY OF SPACES OCCURRING IN THE PROJECT

DOE-2.1E-002 10/28/02 21:15:56.08 LDL RUN 1


SPACE

SELASAR9 W903 W907 W908 W911 HALL9

BUILDING


1.0 1.0 1.0 1.0 1.0 1.0

TOTALS

SPACE TYPE

INT EXT EXT EXT EXT INT

AZIMUTH

0.0 0.0 0.0 0.0 0.0 0.0


3.35 B.ll 8.22 10.28 11.80 4.64

PEOPLE

0.0 8.0

40.0 4.0 9.0 0.0

61.0

EQUIP (WATT / M2 )

0.00 10.32 17.97 24.79 0.00 0.00

INFILTRATION METHOD



0.00 0.00 0.00 0.00 0.00 0.00

AREA ( M2 )

488.42 276.12 97.38

108.90 81.36 196.49

1248.67

VOLUME ( M3 )

1875.53 1060.30 373.94 418.18 312.42 754.48

4794.85








TOTAL

4.317 0.000 8.385

38.188 1.693

-1.079 0.000 12.824 14.384 21.924 0.000 15.648

1.265 0.000 2.457 11.189 0.496

-0.316 0.000 3.757 4.215 6.424 0.000 4.585

0.000 0.000 0.000 0.000 0.000 0.000 0.000 9.369 0.000 0.000 0.000

42.061

0.000 0.000 0.000 0.000 0.000 0.000 0.000 2.745 0.000 0.000 0.000

12.324

-0.523 0.000 -5.456 7.826 -0.516 -1.079 0.000 0.014 0.025 0.024 0.000 -7.524

-0.153 0.000

-1.599 2.293 -0.151 -0.316 0.000 0.004 0.007 0.007 0.000

-2.205

116.285 34.072 51.430 15.069 -7.208 -2.112




LOADS CALCULATION & SYSTEM DOE-2.1E-002 10/28/02 21:15:56.08 PDL RUN PTAC-PACKAGE TERMINAL AIR CONDITIONER

WEATHER FILE- 1987 JAKARTA W/SOLAR 6 •3

I

X

e 5

— r C

ELECTRICAL LOADS

ELECTRICITY


KWH SUPPLIED

97804.8

97804.8 97811.4

PCT OF TOTAL LOAD

100.0

100.0

LANTAI 9 GEDUNG W UK PETRA LOADS CALCUIATION & SYSTEM BASE RUN PTAC-PACKAGE TERMINAL AIR CONDITIONER


DOE-2.1E-002 10/28/02 21:15:56.08 PDLRUN 1



ELECTRICITY

CATEGORY OF USE

AREA LIGHTS

MISC EO.UIPMT

SPACE COOL

VENT FANS

24

17

51.

5

0

0

1

7


TOTAL

97.81 MWH 293.45 MWH

97.8



173.4 KWH/M2-YR 520.3 KWH/M2-YR

NET-AREA NET-AREA

« a c =

•-

B — c B

7= K C


LOADS CALCULATION £ SYSTEM LANTAI 10 GEDUNG W UK PETRA BASE RUN

REPORT- LV-B SUMMARY OF SPACES OCCURRJNG IN THE PROJECT

DOE-2.1E-002 10/28/02 21:21:15.64 LDLRUN 1


SPACE

W1003 W1004 W1005 W1006 GUDANG HALLIO

BUILDING


1.0 1.0 1.0 1.0 1.0 1.0

TOTALS

SPACE TYPE

EXT EXT EXT EXT EXT INT

AZIMUTH

0.0 0.0 0.0 0.0 0.0 0.0


5.56 11.45 5.50

11.45 4.11 2.88

PEOPLE

150.0 50.0

150.0 50.0 0.0 0.0

400.0

EQUIP (WATT / M2 )

6.42 13.42 0.00

15.66 0.00 9.00

INFILTRATION METHOD



0.00 0.00 0.00 0.00 0.00 0.00

AREA ( M2 )

560.78 111.78 129.54 111.78 58.34

222.19

1194.41

VOLUME ( M3 )

2153.39 429.23 497.43 429.23 224.03 853.21

4586.53

LANTAI 10 GEDUNG W UK PETRA LOADS CALCULATION & SYSTEM BASE RUN


DOE-2.1E-002 10/28/02 21:21:15.64 LDL RUN 1





TOTAL

6 0 5

24 0 -1 0

73 14 17 0

21

162

561 000 622 ,188 .000 229 ,000 .379 .967 .981 .000 ,175

,644

1.922 0.000 1.647 7.087 0.000 -0.360 0.000

21.500 4.385 5.269 0.000 6.204

47.655

0.000 0.000 0.000 0.000 0.000 0.000 0.000 61.433 0.000 0.000 0.000

54.997

116.430

0.000 0.000 0.000 0.000 0.000 0.000 0.000

18.000 0.000 0.000 0.000

16.114

34.114

3.760 0.000

-4.007 4.587 0.000

-1.229 0.000 0.057 0.021 0.016 0.000

-12.197

1.102 0.000

-1.174 1.344 0.000

-0.360 0.000 0.017 0.006 0.005 0.000

-3.574

-8.993 -2.635





DOE-2.1E-002 10/28/02 21:21:15.64 PDL RUN 1


-=

"l"

=

F =:

3 B I

r =

re a c 3 JC

-

c 5 -=

ELECTRICAL LOADS

ELECTRICITY


KWH SUPPLIED

94456.3

94456.3 94458.2

PCT OF TOTAL LOAD

100.0

100.0

LANTAI 10 GEDUNG W UK PETRA LOADS CALCULATION & SYSTEM BASE RUN PTAC-PACKAGE TERMINAL AIR CONDITIONER REPORT- BEPS BUILDING ENERGY PERFORMANCE SUMMARY

DOE-2.1E-002 10/28/02 21:21:15.64 PDL RUN 1



CATEGORY OF USE

AREA LIGHTS

MISC EO.UIPMT

SPACE COOL

VENT FANS

ELECTRICITY

13.8

11.2

63.8

5.7


TOTAL

94.46 MWH 283.39 MWH

94.5




NET-AREA NET-AREA


GEDUNG W UK PETRA LOADS CALCULATION & SYSTEM SOLUTION 1 - LIGHTING



COOLING LOAD

TIME MAR 13 2PM



WALL CONDUCTION ROOF CONDUCTION WINDOW GLASS+FRM COND WINDOW GLASS SOLAR DOOR CONDUCTION INTERNAL SURFACE COND UNDERGROUND SURF COND OCCUPANTS TO SPACE LIGHT TO SPACE

EQUIPMENT TO SPACE PROCESS TO SPACE INFILTRATION

TOTAL

48 0

86 273

5 -5 0

230 27

244 0

219

1129

,755 .000 .742 .382 .071

.304

.000

.226

.475

.562

.000

.065

.974

14

0 25 6 0

1 -1 0

67

8 71 0

54

331

.285

.000

.415

.101

.486

.554

.000

.456

.050 ,657 .000 ,186

.082

0

c 0 0 0

0 0

162 0

c 0

248

411

,000 ,000 ,000 .000 .000 .000 .000 .491 ,000 .000 .000 ,738

.229

C 0 0 0

c 0 0

47 0

0, 0

72

120

.000 ,000 ,000 .000 .000

,000 ,000 .610 000 000 000 880

,490



DOE-2.1E-002 10/29/02 13:05:29.91 LDL RUN 1


r t:

5 -T K 3

S •-

ir. =

-\r.

K = %r.

r 5 c

HEATING LOAD

DEC 16

58F 58F

6AM

14C 14C


12.524

0.000 -45.882 50.615 -1.815 -5.304 0.000 0.237 0.042 0.254 0.000

-76.983

-66.313

66.313 KBTU/H

1.526BTU/H.SQFT

3.670 0.000

-13.443 14.830 -0.532

-1.554 0.000 0.069 0.012

0.074 0.000

-22.556

-19.430

-19.430

4.812

KW

W /SQMT


GEDUNG W UK PETRA SOLUTION 1 - LIGHTING



DOE-2.1E-002 10/29/02 13:05:29.91 PDL RUN 1


ELECTRICAL LOADS

ELECTRICITY

KWH SUPPLIED

875607.8

PCT OF TOTAL LOAD

100.0


875607.8 875608.8

100.0

GEDUNG W UK PETRA LOADS CALCULATION & SYSTEM SOLUTION 1 - LIGHTING PTAC-PACKAGE TERMINAL AIR CONDITIONER


DOE-2.1E-002 10/29/02 13:05:29.91 PDL RUN 1



ELECTRICITY

CATEGORY OF USE

AREA LIGHTS

MISC ECjUIPMT

SPACE COOL

VENT FANS

44

231

532

66

8

.5

.7

.1

TOTAL 875.6


875.61 MWH 2627.09 MWH

113.5 KWH/M2-YR 340.7 KWH/M2-YR



216.8 KWH/M2-YR 650.3 KWH/M2-YR

NET-AREA NET-AREA



GEDUNG W UK PETRA LOADS CALCULATION & SYSTEM SOLUTION 2 - AIR CONDITIONER



COOLING LOAD

TIME MAR 13 2PM




TOTAL

48 0

86 273

5 -5 0

280 110 244

0 219

1262

,755 .000 .742 ,382 .071 .304 .000 .270 .226 .562 .000 .065

.769

14 0

25 80 1,

. H

0 82. 32 71 C 64

369

.285

.000

.415 ,101 486 554 000 ,119 ,296 ,657 .000 .186

.991

0 0

: c 0

c 0

199 0 0 0

248

447

.000

.000

.000

.000

.000

.000

.000

.044

.000

.000

.000

.738

.782

0 0 0 0 0 3 0

58 0 0 0

72

131

.000

.000

.000

.000 ,000 ,000 ,000 .320 .000 ,000 .000 .880

.200



DOE-2.1E-002 11/12/02 11:42:27.84 LDL RUN 1


F -

=

-

=

Ul

=

ce

S.

B =_ 5 ir. z_

c

hJ

5

HEATING LOAD

DEC 16

5BF 58F

6AM

14C 14C


12.524 0.000

-45.882 50.615 -1.815 -5.304 0.000 0.279 0.168 0.254 0.000

-76.983

-66.144

66.144 KBTU/H

1.522BTU/H.SQFT

3.670 0.000

-13.443 14.830 -0.532 -1.554 0.000 0.082 0.049 0.074 0.000

-22.556

-19.380

-19.380

4.800

KW

W /SQMT


GEDUNG W UK PETRA SOLUTION 2 - AIR CONDITIONER



AC-OFFICE FOR W503

DOE-2.1E-002 11/12/02 11:42;27.84 SDL RUN 1



MONTH


MAXIMUM COOLING

LOAD (KW )


MAXIMUM HEATING

LOAD (KW )

- - E L E C - - -


JAN

FEB

MAR

APR

MAY

JUN

JUL

AUG

SEP

OCT

NOV

DEC

TOTAL

MAX

4

3

3

3

2

2

2

2

3

3

4

3

21392

,51181

,43824

,190B2

,82529

,61022

.63449

.86729

.02824

.85611

.04238

.95640

7

19

4

1

28

2

5

21

3

15

12

16

g

ii

8

E

6

8

8

14

9

13

11

9

26

29

25

26

24

26

25

31

26

31

29

27

C

C

,c

,C

,c

,C

,c

,c

,c

.c

.c

.c

24

23

23

24

23

24

23

21

24

23

25

26

,C

c

c

c

c

c

,c

.C

,c

,c

.c

.c

40.175

26.687

27.020

23.365

21.713

21.477

18.129

20.628

17.855

24.127

25.850

30.149

27.359

30.149

0

0

0

0

0,

0.

0

0

0

c

c

0

,000

.000

.000

.000

,000

,000

.000

.000

.000

.000

.000

.000

0.000

0.000

0.000

C.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

2030.

1739.

1816.

1748.

1642.

1557.

1599.

1679.

1655.

1992.

1989.

1862.

11.674

12.040

10.694

10.226

10.045

9.117

9.849

9.597

10.893

12.029

13.047

12.179

0.000 21307.

0.000 13.047




LOADS CALCULATION £ SYSTEM PTAC-PACKAGE TERMINAL AIR CONDITIONER

AC-OFFICE FOR W504

DOE-2.1E-002 11/12/02 11:42:27.84 SDL RUN 1


C O O L I N G H E A T I N G E L E C

MONTH

COOLING TIME ENERGY OF MAX ( MWH) DY HR

DRY- WET-BULB BULB TEMP TEMP

MAXIMUM COOLING

LOAD (KW )


MAXIMUM HEATING

LOAD (KW )


JAN

FEB

MAR

APR

MAY

JUN

JUL

AUG

SEP

OCT

NOV

DEC

TOTAL

MAX

2.979B1

2.66501

2.97236

3.12709

3.07256

3.03318

3.08920

3.12204

2.87621

3.23101

2.95753

2.39924

35.525

21

21

25

29

2

3

5

1

16

16

22

4

13

10

14

14

10

10

14

13

10

14

14

9

28.C

27. C

32. C

28. C

27.C

27.C

32. C

32.C

27.C

31. C

31. C

29. C

26.C

25.C

25. C

26.C

24.C

25.C

23.C

24.C

26.C

27.C

30.C

27. C

19.490

20.046

20.244

20.991

20.299

20.366

21.591

19.257

20.337

22.464

20.331

19.807

22.464

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

2294.

2067.

2239.

2356.

2346.

2324.

2438.

2429.

2220.

2488.

2326.

1699.

12.839

13.088

13.403

13.489

13.399

13.535

13.614

13.072

13.547

13.948

13.247

13.057

27224.

0.000 13.948





AC-PERPUS FOR PERPUS

DOE-2.1E-002 11/12/02 11:42:27.84 SDL RUN 1



MONTH


MAXIMUM COOLING

LOAD (KW )


MAXIMUM HEATING

LOAD (KW )

- - E L E C - - -


JAN

FEB

MAR

APR

MAY

JUN

JUL

AUG

SEP

OCT

NOV

DEC

TOTAL

MAX

36.

32

34

39

36

34

36

34

32

38

35

30

22501

89883

99850

31197

62554

82903

,19705

.79812

.81630

,91373

.01707

.15387

421.785

7

19

11

1

26

27

5

26

3

15

12

2

8 24.C 24.C

9 26.C 23.C

8 23.C 23.C

8 26.C 24.C

9 24.C 23.C

1B 35.C 33.C

9 26.C 23.C

8 24.C 22.C

9 26.C 24.C

9 25.C 23.C

9 28.C 25.C

8 26.C 24.C

169.009

176.246

173.722

167.621

175.577

206.654

176.091

159.181

186.466

190.143

197.001

171.303

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

206.654

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

28002.

25468.

27000.

29247.

28853.

27402.

29334.

28550.

26345.

30237.

27429.

22119.

329986.

113.653

113.422

111.891

111.133

113.508

131.990

112.986

108.734

120.953

117.069

121.443

112.389

131.990





AC-RK4 FOR W1003

DOE-2.1E-002 11/12/02 11:42:27.84 SDL RUN 1


C O O L I N G H E A T I N G - E L E C -

MONTH


MAXIMUM COOLING

LOAD (KW )


MAXIMUM HEATING

LOAD (KW )



JAN

FEB

MAR

APR

MAY

JUN

JUL

AUG

SEP

OCT

NOV

DEC

TOTAL

MAX

7.13866

6.39620

6.85132

7.21828

7.10532

7.08011

7.27251

7.05749

6.61867

7.76632

7.23378

5.58773

83.326

7

19

11

29

28

3

5

1

3

15

12

2

8

9

S

8

10

8

9

8

9

9

9

6

24.C

26.C

23. C

26.C

26.C

26.C

26.C

25.C

26.C

25.C

28. C

26.C

24.C

23.C

23.C

24.C

24. C

24.C

23.C

23. C

24.C

23.C

25. C

24.C

47.778

52.946

49.593

50.455

51.613

51.665

53.832

47.312

55.713

57.527

59.141

50.783

59.141

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

0.000

4167.

3753.

4060.

4246.

4221.

4179.

4349.

4257.

3948.

4535.

4243.

3233.

25.498

27.155

26.177

26.651

26.704

27.005

27.323

25.466

27.906

28.410

29.478

26.598

49189.

0.000 29.478




LOADS CALCULATION & SYSTEM DOE-2.1E-002 11/12/02 11:42:27.84 PDL RUN PTAC-PACKAGE TERMINAL AIR CONDITIONER


ELECTRICAL LOADS

ELECTRICITY

KWH SUPPLIED

933831.3

PCT OF TOTAL LOAD

100.0


933831.3 933832.3

100.0

GEDUNG W UK PETRA LOADS CALCULATION & SYSTEM SOLUTION 2 - AIR CONDITIONER PTAC-PACKAGE TERMINAL AIR CONDITIONER


DOE-2.1E-002 11/12/02 11:42:27.84 PDL RUN 1



ELECTRICITY

CATEGORY OF USE

AREA LIGHTS

MISC EO.UIPMT

SPACE COOL

VENT FANS

179

231

449

73

4

.5

.6

4

TOTAL 933.8

933.83 2801.76

MWH MWH

121.1 KWH/M2-YR 363.3 KWH/M2-YR




231.2 KWH/M2-YR 693.6 KWH/M2-YR

NET-AREA NET-AREA



GEDUNG W UK PETRA LOADS CALCULATION & SYSTEM SOLUTION 1 & 2 - LIGHTING + AC



COOLING LOAD

TIME MAR 13 2PM




TOTAL

48 0

86 273

5 -5 0

280 27

244 0

219

1180

.755 ,000 ,742 ,382 .071 ,304 ,000 ,270 475 562 .000 .065

.018

14 0

25 8C 1

-1 0

62 8

71 C 64

345

,285 ,000 ,415 ,101 ,486 ,554 000 119 050 657 .000 .186

.745

0 0 0 0 0

c 0

199 0. 0 0

248

447

,000 ,000 ,000 .000 ,000 ,000 ,000 044 000 000 .000 .738

,782

0 0

c 0 0 0 0

58 0 0 0 72

131

.000

.000

.000

.000

.000

.000

.000 ,320 .000 ,000 .000 .880

.200



DOE-2.1E-002 11/12/02

WEATHER FILE-

11:43:08.05 LDL RUN


1 i

= «a

HEATING LOAD E.

03

= 5 V-J-. O

SENSIBLE BB (KBTU/H) ( KW ) £J

I r --5 —

DEC 16

58F 58F

6AM

14C 14C

12.524 0.000

-45.882 50.615 -1.815 -5.304 0.000 0.279 0.042 0.254 0.000

-76.983

3.670 0.000

-13.443 14.830 -0.532 -1.554 0.000 0.082 0.012 0.074 0.000

-22.556

-66.271 -19.417

-66.271 KBTU/H -19.417 KW

>

n



GEDUNG W UK PETRA SOLUTION 1 & 2 - LIGHTING + AC



DOE-2.1E-002 11/12/02 11:43:08.05 LDL RUN


ELECTRICAL LOADS

ELECTRICITY


KWH SUPPLIED

778020.8

778020.8 778021.6

PCT OF TOTAL LOAD

100.0

100.0

GEDUNG W UK PETRA LOADS CALCULATION & SYSTEM DOE-2.1E-002 11/12/02 11:43:08.05 PDL RUN 1 SOLUTION 1 & 2 - LIGHTING + AC PTAC-PACKAGE TERMINAL AIR CONDITIONER

REPORT- BEPS BUILDING ENERGY PERFORMANCE SUMMARY WEATHER FILE- 1987 JAKARTA W/SOLAR


ELECTRICITY

CATEGORY OF USE

AREA LIGHTS

MISC EQUIPMT

SPACE COOL

VENT FANS

44

231

433

68

8

,5

0

8

TOTAL 778.0

776.02 2334.30

MWH MWH

100.9 KWH/M2-YR 302.7 KWH/M2-YR




192.6 KWH/M2-YR 577.9 KWH/M2-YR

NET-AREA NET-AREA



GEDUNG W UK PETRA LOADS CALCULATION & SYSTEM DOE-2. 1E-002 10/29/02 13:26:26.17 SDL RUN 1 BASE RUN - DOE-2 CALCULATION PTAC-PACKAGE TERMINAL AIR CONDITIONER

REPORT- SV-A SYSTEM DESIGN PARAMETERS AC-OFFICE WEATHER FILE- 1987 JAKARTA W/SOLAR

ZONE NAME

CORE-A

CORE-B

SELASARl

SELASAR2

W203

W204

W205

W206

W207

W20B

W209

W209A

W210

SELASAR3

W303

W304

W305

SUPPLY FLOW

(M3/H)

C.

0 .

0.

0.

2963.

2710.

5466.

3423.

2903.

2833.

0.

0.

4343.

0.

23003.

18315.

14108.

E3CHAUST FLOW

(M3/H)

0 .

0.

c.

c.

0.

0.

0.

0.

0.

0.

0.

0.

:.

0.

0.

0.

0.

FAN (KW)

0.000

0.000

0.000

0.000

0.122

0.112

0.225

0.141

0.120

0.117

0.000

0.000

0.179

0.000

0.948

0.755

0.581

MINIMUM FLOW

RATIO

0.000

0.000

0.000

0.000

1.000

1.000

1.000

1.000

1.000

1.000

0.000

0.000

1.000

0.000

1.000

1.000

1.000

OUTSIDE AIR FLOW

(M3/H)

0.

0.

0.

c.

c.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.


0.00

0.00

0.00

0.00

1.84

1.71

3.49

2.19

1.81

1.77

0.00

0.00

2.76

0.00

16.30

13.37

9.61


(SHR) (KW )

HEATING ADDITION CAPACITY RATE (KW ) (KW ) MULTIPLIER

1.0

1.0

1.0

1.0

1.0

1.0

1.0

1.0

1.0

1.0

1.0

1.0

1.0

1.0

1.0

1.0

1.0

0.00

0.00

0.00

0.00

1.00

1.00

1.00

1.00

1.00

1.00

0.00

0.00

1.00

0.00

1.00

1.00

1.00

0.00

0.00

0.00

0.00

1.88

1.72

3.46

2.17

1.84

1.79

0.00

0.00

2.75

0.00

14.57

11.60

8.93

0.00

0.00

0.00

0.00

-13.64

-12.48

-25.17

-15.77

-13.37

-13.04

0.00

0.00

-20.00

0.00

-105.94

-84.35

-64.97

0.00

0.00

0.00

0.00

-13.76

-12.59

-25.40

-15.90

-13.49

-13.16

0.00

0.00

-20.18

0.00

-106.87

-85.09

-65.55


ZONE NAME

W306

W308

W309

SELASAR4

W403

W404

W405

W406

W409

SELASAR5

W503

W504

PERPUS

OUT-DOOR

HALL-PERPUS

SELASAR9

W903

W907

W908

SUPPLY FLOW

(M3/H)

9552.

10345.

7511.

0.

37973.

20958.

11660.

18902.

18775.

0.

26013.

17091.

214263.

0.

c.

0.

25077.

12124.

11731.

E3CHAUST FLOW

(M3/H)

0.

0.

0.

0 .

0.

0.

0.

c.

0.

c.

0.

c.

0.

0.

0.

c.

0 .

0.

0.

FAN (KW)

0.394

0.426

0.309

0.000

1.565

0.863

0.480

0.779

0.774

0.000

1.072

0.704

8.828

0.000

0.000

0.000

1.033

0.500

0.483

MINIMUM FLOW RATIO

1.000

1.000

1.000

0.000

1.000

1.000

1.000

1.000

1.000

0.000

1.000

1.000

1.000

0.000

0.000

0.000

1.000

1.000

1.000

OUTSIDE AIR FLOW

(M3/H)

c.

0.

0.

c.

c.

c.

0.

0.

c.

0.

0.

0 .

0.

0.

0.

0.

0 .

0.

0.

COOLING CAPACIT* (KW )

6.96

7.46

4.71

0.00

23.62

13.47

7.45

12.14

11.71

0.00

16.63

11.46

142.43

0.00

0.00

0.00

15.77

8.78

7.38


(SHR) (KW )

1.00

1.00

1.00

0.00

1.00

1.00

1.00

1.00

1.00

0.00

1.00

1.00

1.00

0.00

0.00

0.00

1.00

1.00

1.00

6.05

6.55

4.76

0.00

24.05

13.27

7.38

11.97

11.89

0.00

16.47

10.82

135.68

0.00

0.00

0.00

15.88

7.68

7.43

HEATING CAPACITY (KW )

-43.99

-47.64

-34.59

0.00

-174.88

-96.52

-53.70

-87.05

-86.46

0.00

-119.80

-78.71

-986.76

0.00

0.00

0.00

-115.49

-55.84

-54.02

ADDITION RATE

<KW )

-44.38

-48.06

-34.90

0.00

-176.42

-97.37

-54.17

-87.81

-87.22

0.00

-120.86

-79.40

-995.44

0.00

0.00

0.00

-116.50

-56.33

-54.50

MULTIPLIER

1.0

1.0

1.0

1.0

1.0

1.0

1.0

1.0

1.0

1.0

1.0

1.0

1.0

1.0

1.0

1.0

1.0

1.0

1.0

Lam

pir

3

'ji

Sim

ula si Gedung W

Ka Ikulasi D

OE

-2 i [samb.)


ZONE NAME

SUPPLY EXHAUST FLOW FLOW

(M3/H) (M3/H)


-

= •••

—. K = —

05

§' B

s BB

5 n a = =

5? =_ 5 yi

3 C W i

H B

W911

HALL9

HALLIO

GUDANG

W1003

W1004

W1005

W1006

8034.

0.

0,

0.

38092.

11551.

20462.

13742.

0

0

c

0

1

0

0

0

.331

.000

0 0 0

.000

.569

,476

.843

.566

1 ,

0

0

0

1

1 .

1

1

.000

.000

0 0 0

.000

.000

.000

.000

.000

0.

0.

0.

0.

0.

0.

0.

0.

5.09

0.00

0.00

0.00

27.57

8.84

18.23

10.19

1.00

0 . 0 0

0 . 0 0

0 . 0 0

1 .00

1 .00

1.00

1.00

5 . 0 9

0 .00

0 .00

0 . 0 0

2 4 . 1 2

7 . 3 1

1 2 . 9 6

8.70

- 3 7 . 0 0

0 .00

0 .00

0 .00

- 1 7 5 . 4 3

- 5 3 . 2 0

- 9 4 . 2 3

- 6 3 . 2 8

- 3 7 . 3 2

0 .00

0 .00

0 .00

- 1 7 6 . 9 7

- 5 3 . 6 7

- 9 5 . 0 6

- 6 3 . 8 4

1.0

1.0

1.0

1.0

1.0

1.0

1.0

1.0


Lampiran 16 : Tabcl Konversi Satuan Metric - English

No.

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

21

22

23

24

25

26

27

28

29

30

31

32

33

34

35

36

37

38

39

40

41

42

43

44

45

46

47

48

49

50

51

ENGLISH

BTU

BTU/HR BTU/LB-F

BTU/HR-SQFT-F SQFT

CUFT

LB/HR

LB/CUFT

MPH

BTU/HR-F

FT

BTU/HR-FT-F

BTU/HR- SQFT

IN

UNITS/IN

LB

CFM

IN-WATER

LB/SQFT

W/SQFT

THERMS

KNOTS

HR-SQFT-F /BTU

MBTU/HR

GALLONS/MIN/T orBTU/LB

LBS/SQIN-GAGE

BTU/HR/PERSON

LBS/LB

BTU/BTU

LBS/KW

MBTU

GAL

GAUMIN

BTU/F

KW/CFM

BTU/SQFT-F

BTU/FT-F

R

INCHMER

UNITS/GAUMIN

(HR-SQFT-

F/ftM?/HR

KBTU

CFM

CFM/SQFT 1/R

1/KNOT

FOOTCANDLES

FOOTLAMBERT

KBTU/SQFT-YR

FACTOR

0.293 0.293

0.0929

0.02832

0.45359

16.01846

0.44704

0.52718

03048

1.7296

3.15248

2.54

0.3937

045359

1 69901

25.4

4.8824

10.76392

25.

0.51444

0.17623

0.293

1.078

0.64568

68.94757

0.293

1.

1.

045359

0.293

378541

3.78541

1897cS§§§§

20428.4004 ,

622§i?§§§

33.8638

0.26417 1

0.03106

0.293

0.293

0.4719

18.288 1.7999

1.94386

10.76391

3.42626

3.15248

METRIC

WH

WATT

J/KG-K

W/M2-K

M2

M3

KG/HR

KG/M3

M/S

W/K

M

W/M-K

WATT/M2

CM

UNITS/CM

KG

M3/H

MM-WATER

KG/M2

W/M2

THERMIES

M/SEC

M2-K/W

MWATT

LITERS/MIN/K WWH/KG

MBAR-GAGE

W/PERSON

KGS/KG

KWH/KWH

KG/KW

MWH

LITER

LITERS/MIN

J/K

KW/M3/HR

J/M2-K

J/M-K

K

MBAR

UNITS/LITER/M IN(M2-K/W)2

KW

KWH

US

M3/H-M2

1/K .

SEC/M

LUX

CANDELA/M2

KWH/M2-YR

FACTOR

3.41297

3.41297

0.00024

0.17623

10.76392

35.31472

2.20462

0.06243

223694

1.89689

3.28084

0.57817

0.31721

0.3937

2.54001

2.20462

0.58858

0.03937

0.20482

0.0929

0.04

1.94386

5.67447

3.41297

0.92764

1.54875

0.0145

3.41297

1.

1.

2.20463

3.41297

0.26417

0.26417

0.00053

1.69924

0.00005

0.00016

1.8

0.02953

3.78544

32.19959

3.41297

3.41297

2.11909

0.05468

0.55559

0.51444

0.0929

029186

0.31721

ENGLISH

BTU

BTU/HR

BTU/LB-F

BTU/HR-SQFT-F

SQFT

CUFT

LB/HR

LB/CUFT

MPH

BTU/HR-F

FT

BTU/HR-FT-F

BTU/HR- SQFT

IN

UNITS/IN LB

CFM

IN-WATER

LB/SQFT

W/SOFT

THERMS

KNOTS

HR-SOFT-F /BTU

MBTU/HR

GALLONS/MIN/T

OfiTU/LB

LBS/SQIN-GAGE

BTU/HR/PERSON

LBS/LB

BTU/BTU

LBS/KW

MBTU

GAL

GAUMIN

BTU/F

KW/CFM

BTU/SOFT-F

BTU/FT-F

R

INCHMER

UNITS/GAUMIN

(HR-SQFT-

F'ftW&HR KBTU

CFM

CFM/SQFT

1/R

1/KNOT

FOOTCANDLES

FOOTLAMBERT

KBTU/SQFT-YR


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