1

22

33

4

Regions of Indonesia

4

55

Promote & Stewards: market transformation

Educate: the industry & public

Forums: for Industry dialog

Builds: Community

Provides: tools & expertise

66

REDUCTION OF ENERGY CONSUMPTION

PASSIVESingle Room Concept

Optimum Space/Volume

Open Spaces and Compact Building Shell

Thermal Mass, Self Shading

REDUCTION OF ENERGY CONSUMPTION

ACTIIVE → HYBRID ACTIVE - ACTIVEEfficient Equipment (MAPS, MEPS)

High Efficient Chillers (Maglev, Three Rotors, Multi

Stages, Ceramic Bearings, etc.)

Additional EE Devices (VSD, BAS, HE, etc.)

REDUCTION OF ENERGY CONSUMPTION

HYBRID PASSIVE - ACTIVEMovable/Assessable Shading System

Solar Cooling / HVAC with Heat Recovery

DOAS, Heat Pipe, Ice Storage, PCM Systems

Slab / Desiccant / Displacement Cooling

INCREASE OF ENERGY GAIN

ACTIVERooftop Solar PV, Geothermal Energy

Building Integrated Photovoltaic System

Wind Turbine / Other Renewable Energy

Utilization of Rain Water

7

8

9

10

11

12

13

14

15

16

EC=1EC=1.2-1.4

T1= 18oC

T2= 26oC

T2= 24oCT1= 13oC

17

Manufacturing Research Center (MRC-UI)

18

19

Osaka

20

21

22

Luas lantai (ft2)

BTU/jam

(PK)

Tembok tebal Tembok biasa

100

125

150

175

200

250

300

400

500

4.550 (0,48)

5.150 (0,54)

5.700 (0,60)

6.200 (0,65)

6.500 (0,68)

7.550 (0,80)

8.300 (0,87)

9.700 (1,02)

11.000 (1,12)

5.300 (0,56)

6.100 (0,64)

6.800 (0,72)

7.500 (0,79)

8.100 (0,85)

9.300 (0,98)

10.400 (1,10)

12.400 (1,31)

14.250 (1,50)

1 ft2 = 0,09290 m2 1 BTU = 3142 kWh 1 PK ~ 9000 – 10.000 BTU/h

Koreksi :

dinding ke timur = 0,95 Langit-langit > 3 m = 1,1 Ruang teduh = 0,8

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