1. Indonesia Green Infrastructure Summit
- Toshiba’s Energy Solution for Indonesia -
Contributing to energy infrastructure through thermal power and renewables
TOSHIBA Corporation
Corporate Vice President and Corporate Representative-Asia
Fumio Otani

2. Overview of Indonesia Electricity
To Catch-up the Vigorous Demand Growth,
development of Power Supply Resource is an Urgent Issue
-Population growth
-Economic growth
-Construction growth
-Increased welfare
-Change of lifestyle

3. What is required to increase 35GW Capacity?25
President Joko Widodo Established
the aggressive power supply
development plan to add 35GW
during next five years. 20 15 10 5
60.2%
To achieve the plan,
Coal Fired power plant is expected to exceed
half of total demand for following reasons;
- Rich coal resource in Indonesia
- Oil exported to foreign country
- Rapid necessity to increase capacity

4. Efficiency Comparison between countries
Efficiency Comparison between countries for
Coal Fire Thermal Power Generation
India
(664TW)
China (3345TW)
The U.S
(1921TW)
Japan
(281TW)
Germany
(268TW)
Korea
(218TW)
Russia
(164TW) EU
(27 countries)
(584TW)
World Total
(8657TW)
Efficiency (%)

5. Technology Trend in Indonesia and Toshiba’s Track record
1999
Project – B
USC 1000MW×2 　　　　　　　　　
2016
Banjarmasin
sub-critical 65MW×2　　　　　　　　　
Tanjung Jati B.Ex
sub-critical 660MW×2 　　　　　　　　　
For future projects,
USC(*) Power Plants
are expected
Up to now, Sub-critical Power Plants has been dominant
Project – A
USC 1000MW×1 　　　　　　　　
2015
1981
1994
2006
Gresik sub-critical
・100MW×2
・200MW×2
Paiton sub-critical
・400MW×2 　　　　　　　　　　　　　　
Tanjung Jati B
sub-critical 660MW×2 　　　　　　　　　　　　　　
*Note USC: Ultra Super Critical　　　　　　　　　　　

6. Coal Fired Power Plant Efficiency and CO2 Emission
CO2 Emission in each 1000MW Plant Type
USC Technology contributes to reduce CO2 Emission - 963,741 ton / year,
compared to Subcritical Power.
▲17%
▲28%

7. Toshiba’s Energy Solutions
Indonesia Energy Trend
Toshiba Solutions
Shifting Main Source from Oil to Coal
Coal Fired Power Plants
Needed as Base Load energy
USC Coal-fired Power Plant
High Efficiency
2) Less CO2 and Emission
GTCC
Advanced C/C Plant with No.1 Efficiency
Retrofit Solutions
Life Extension & Performance Recovery
Geothermal Plants
Wide Range 2MW-200MW
Hydro Power Plants
1kW-800MW Line-up
Gas for Peak Load
Increase of Aged-plants
Accelerating to utilize Renewable Energy
Development of Geothermal
Hydro Power
*Note GTCC: Gas Turbine Combined Cycle　　　　　　　　　　　

8. Toshiba’s Energy Solutions Line Up
Hydro
Geothermal
Wind
CCS
(CO2 capture)
Mega solar
Smart grid
Thermal
Nuclear
T&D

9. Footprints in Indonesia
Thermal :12Units (4,170MW) Hydro :33Units (1,490MW)
Geothermal :5Units (290MW)
including on-going plants
Siguragura
73MWx4
Sarulla 60MWx3(on-going)
Lumut Balai 55MWx1 (on-going)
Gresik
100MWx2 200MWx2
Bakaru
66MWx2
Saguling
179MWx4
Tanjung Jati B
660MWx4
Bili Bili
14MW
& 6MW
Paiton
400MWx2
Sipansihaporas 34MW & 17MW
Maninjau
18MWx4
Batutegi
15MWx2
Patuha
55MWx1
Wonorejo
7MW
Lodoyo
5MW
Wlingi
28MWx2
Sutami
36MWx3
Kukusan
26kW

10. Toshiba will contribute by Clean Energy Solutions to realize
Indonesia’s Green Infrastructure Development.