4. To be an ever-growing, excellent
and credible World Class Company
supported by competent human
resources.
Electricity for a Better Life.
Motto
Vision
PT PLN (Persero) is the only state-owned
power utility company and the only fully-
integrated power utility company in
Indonesia.
5. Key Business Segments
Generation
• Controls approximately
34,205 MW of installed
generating capacity,
over 74% of Indonesia’s
total.
• Main purchaser of
electricity from
Independent Power
Producer (IPP) of total
12.018 MW.
Distribution
• Sole distributor of
electricity to end
customers in Indonesia.
• Approximately 798,944
kmc of distribution lines
and 93,095 MVA of
connected capacity.
• Serving approximately
53,9 million customers.
Transmission
• Sole provider of power
transmission in
Indonesia.
• Approximately 39,395
kmc of transmission
lines.
• 81,435 MVA of
transmission
transformer.
*) As of Dec 2013
7. SAIDI SAIFI 2014
Sumatra
SAIDI: 481,52 min/customer
SAIFI: 8,44 times/customer
SAIDI: System Average Interruption Duration Index
SAIFI: System Average Interruption Frequency Index
Java-Bali
SAIDI: 322,19 min/customer
SAIFI: 4,89 times/customer
East Indonesia
SAIDI: 287,75 min/customer
SAIFI: 4,80 times/customer
8. Energy Sales
198 TWh
42% : Household
33% : Industry
18% : Business
Sales Growth
5,90%
Energy Sales
75%
From Java &
Bali
Java Bali,
75%
Sumatra,
15%
East
Indonesia,
10%
Our Energy
Sales continue to
grow in the last
5 yrs 147.30
157.99
173.99
187.54
198.60
2010
2011
2012
2013
2014
Sales 2014
In Tera Watt Hour
10. West Aceh
Basin
Central Sumatra
Basin
South Sumatra
Basin
Bengkulu Basin
Ujung Kulon
Basin South Java
Basin
West Java
Basin
Ketungau Basin
Melawi Basin
Barito Basin
Pasir
Basin
Asem-asem
Basin
Berau Basin
Kutai
Basin
South Sulawesi
Basin
Salawati
Basin Bintuni
Basin
Akimeugah
Basin
Waipoga
Basin
South
Jayapura
Basin
Indonesia Coal Basin
Source: Geology Agency MEMR, 2014
Coal Basin is a part of the earth's surface consisting of coal strata that slope down to a common centre.
Tarakan Basin
11. Coal Resources & Reserves
Source: Geology Agency MEMR, 2014
*) Data presented in Milion Tons
Sulawesi
Resources 223
Reserves 0.21
Java
Resources 20
Reserves -
Sumatra
Resources 15,435
Reserves 12,958
Kalimantan
Resources 22,125
Reserves 19,427
Maluku
Resources 8
Reserves -
Papua
Resources 136
Reserves -
12. Source: Ministry of Energy and Mineral Resources
Coal Production & Uses
0
100
200
300
400
500
Low Med High Total Low Med High Total Low Med High Total
Production Export Domestic Sales
2011 2012 2013
Coal Classification (Air-Dry Basis)
Low Rank Coal ≤ 5100 kCal/kg
Medium Rank > 5100 - 6100 kCal/kg
High Rank > 6100 kCal/kg
*) Data presented in Million Tons
Production Export
Domestic
Sales
17. Coal PP Flow Diagram
Source: Power Generation Technology, Paul Breeze (2005)
01
A furnace boiler, designed to
burn the coal and capture the
heat energy released using a
system of circulating water
and steam.
02
A steam turbine generator
which converts the heat
energy captured by the steam
into electrical energy.
The traditional Coal-Fired PP comprises 2 basic components
18. Source: Clean Coal Power Generation Technology Review:
Worldwide Experience and Implications For India,
The World Bank (2008)
Total Installed Capacity
CFPP Worldwide 2005
19. PLN Installed Capacity 2013
EAST INDONESIA
HYDRO 264 MW
GEOTHERMAL 83 MW
STEAM-TURBINE 402 MW
COMBINE CYCLE 60 MW
GAS-TURBINE 212 MW
DIESEL 1.677 MW
SOLAR CELL 8 MW
WIND 0,17 MW
TOTAL 2.705 MW
JAVA BALI
HYDRO 3 MW
STEAM-TURBINE 8.270 MW
COMBINE CYCLE 2.473 MW
DIESEL 13 MW
WIND 0,26 MW
TOTAL 10.758 MW
SUMATRA
HYDRO 864 MW
GEOTHERMAL 110 MW
STEAM-TURBINE 1.182 MW
COMBINE CYCLE 858 MW
GAS-TURBINE 636 MW
DIESEL 922 MW
SOLAR CELL 0,43 MW
TOTAL 4.572 MW
TOTAL INDONESIA
HYDRO 3.520 MW
GEOTHERMAL 568 MW
STEAM-TURBINE 15.554 MW
COMBINE CYCLE 8.814 MW
GAS-TURBINE 2.894 MW
DIESEL 2.848 MW
SOLAR CELL 8 MW
WIND 0,43 MW
TOTAL 34.206 MW
PLN Subsidiaries
HYDRO 2.390 MW
GEOTHERMAL 375 MW
STEAM-TURBINE 5.700 MW
COMBINE CYCLE 5.423 MW
GAS-TURBINE 2.047 MW
DIESEL 234 MW
TOTAL 16.171 MW
*) As of Dec 2013 (Not Included IPP)
21. Indonesia’s electricity
is still rely on coal-based power plants
Contribute approximately 53% of the total electricity generated
Images taken from http:// ncealliance.com/*) As of Dec 2014 (Included IPP)
22. PLN has a strong background in Operating and Maintaining Coal-fired
Power Plant since 1980s. And continued to develop the competence of
its human resources in order to establish and implement Operating &
Maintenance (O&M) Service business.
23. Corporate
Governance
Asset Pas 55 Management
Risk Management System
ISO 9001
ISO 14001 and OHSAS 18001
GCG Management System
Baldrige Management System
Six Sigma Management
System
Power Station
Governance
Generation Plan
Reliability Management
Operation Management
Efficiency Management
Work Planning and Control
Outage Management
Material and Fuel
Management
PLN Corporate Governance
Towards world class generating company, PLN group strives to run its business
by implementing the principles of good corporate governance and excellent
performance.
24. E-Green Power Plant
E-Green Power Plant means Efforts to become a “Green” Power Plant.
These 5 pillars are intended to leverage Operational Excellence and maximize asset’s benefit
while still preserve environment.
02
01
03
04
05 Efficient
Process
Excellence
Performance
Elegance Atmosphere
Empowering
Community
Establishing
High Trust
Culture
26. 01
02
Future Development - Fuel
Coal Bed Methane
(CBM)
Large reseves of
CBM gas in
Indonesia push PLN
together with Exxon-
Mobil develop a
cost-effectiveness
study regarding
CBM utilization.
Coal Slurry
Is a fuel consisting of fine coal particles
suspended in water. Coal slurry is suitable for
diesel fuel replacement. PLN plan to utilize
this fuel for small power plant in East
Indonesia
27. Future Development – Boiler Type
Supercritical and Ultra-
Supercritical (USC)
Pulverized Coal
Technology
Circulating Fluidized
Bed Combustion (CFB)
Integrated Gasification
Combined Cycle
(IGCC)
01 02 03
These boiler type are known as the Clean Coal Technology, which
have the potential to reduce greenhouse gas emissions in
power generation.
