INDONESIA ELECTRICITY SUPPLY CHALLENGES: TEN-YEAR ELECTRICITY DEVELOPMENT PLAN 2010-2019 - PowerPoint PPT Presentation

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INDONESIA ELECTRICITY SUPPLY CHALLENGES: TEN-YEAR ELECTRICITY DEVELOPMENT PLAN 2010-2019

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Outside Java-Bali: coal plant 2,616 MW, hydro 174 MW, geothermal 2,596 MW, ... Total Indonesia: coal plant ... Investment needed for PLN power plant projects alone ... – PowerPoint PPT presentation

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Title: INDONESIA ELECTRICITY SUPPLY CHALLENGES: TEN-YEAR ELECTRICITY DEVELOPMENT PLAN 2010-2019


1
INDONESIA ELECTRICITYSUPPLY
CHALLENGESTEN-YEAR ELECTRICITY DEVELOPMENT PLAN
2010-2019
PT PLN (PERSERO)
1
2
ELECTRICITY DEMAND FORECAST 2010-2019
  • The electricity demand growth estimated average
    9.3 per year (Jawa-Bali 8.97, West Indonesia
    10.2 and East Indonesia 10.6)
  • The electricity sales from year 2010 onwards is
    forecasted by assuming an average economic growth
    of 6.2 and an average population growth of
    1.17.
  • It is anticipated that the sales for those years
    would not be constrained, as all of the power
    plants of the fast track program would have been
    already in operation.
  • Electrification ratio increase from 65 in 2009
    to 91 by the end of 2019.
  • DSM program to shave and shift peak load has not
    been taken into account.

2
3
DEMAND FORECAST 2010-2019
JAVA-BALI SYSTEM
Electricity Demand growth average 9.3/year
3
4
INDONESIA ELECTRICITY RATIO 2009 sekita63
NAD 72,7
Sumut 75,5
Kaltim 53,9
Kalselteng 56,3
Riau Kepri 44,7
Sulutenggo 51,2
Kalbar 49,5
Sumbar 67,6
Sulteng 47,64
Babel 48,4
Sulselrabar 55,8
SumselJambiBengkulu 50,3
Maluku 53,5
Bali 76,2
Lampung 47,1
JabarBanten 64,95
Jatim 61,6
JatengYogya 70,2
NTT 21,7
NTB 29,9
Papua Irjabar 27,8
5
POLICY IN GENERATION EXPANSION PLANNING
  • Some ageing and inefficient oil-fired power
    plants are retired as soon as more effcient
    plants are available.
  • Generation expansion planning is made on
    least-cost principle, by looking for generation
    configuration that have minimum system costs.
  • However, development of renewables (especially
    geothermal and some hydro) is encouraged, by
    treating these as fixed plants prior to
    optimisation process.
  • Loss of Load Probability (LOLP) of lt1 day/year is
    used as reliability criteria during planning
    process.
  • The reserve margin is restricted within 35-50
    range based on net dependable capacity. Rental
    power plants and excess power are not taken into
    account.

5
6
POLICY IN GENERATION EXPANSION PLANNING
  1. Gas supply is assumed to be available for Java
    Bali system, yet for outside Java Bali system
    gas-fired power plants are considered only if
    there is a definite gas supply. LNG receiving
    terminal is also considered as one option of gas
    supply.
  2. Development of small scale coal-fired powerplants
    is used to substitute oil-fired powerplants for
    smaller systems, if there is no local primary
    energy resource available.
  3. Coal-fired power plants with unit size of 1,000
    MW supercritical would be introduced into the
    Java-Bali system.
  4. PLN expects a bigger role from private sector in
    IPP development.

6
7
GENERATION CAPACITY EXPANSION PLAN
Additional Capacity 53,219MW up to 2019 PLN
Generation 32,636MW and IPP 20,583MW, Average
4800MW/year
8
Fast Track Program Phase 1 (Jawa)
  • PLTU 1 Jateng-Rembang, 2x315MW, Cons.
    ZelanTronohPriamanaya, Contract Signed
    21March2007
  • PLTU 2 Banten-Labuan, 2x300MW, Cons.
    ChengdaTruba Jurong, Contract Signed 21March2007
  • PLTU 1 Jabar-Indramayu, 3x330MW, Cons.
    SinomachCNEECPT Penta Adi Samudra, Contract
    Signed 21March2007
  • 4. PLTU 2 Jatim-Paiton, 1x660MW, Cons. Harbin
    PEMitra SelarasHutama Energi, Contract Signed
    7August2007
  • 5. PLTU 1 Banten-Suralaya, 1x625MW, Cons.
    CNTICRekayasa Industri, Contract Signed
    12March2007
  • 6. PLTU 1 Jatim-Pacitan 2x315MW, Cons. Dongfang
    ElectricDalle Energy, Contract Signed 7Augus2007
  • 7. PLTU 2 Jabar-Pelabuhan Ratu, 3x350MW, Cons.
    Shanghai ElectricMaxima Infrastructure, Contract
    Signed 7August2007
  • 8. PLTU 3 Banten-Teluk Naga, 3x315MW, Cons.
    Dongfang ElectricDalle Energy, Contract Signed
    7August2007
  • 9. PLTU 3 Jatim-Tg. Awar Awar, 2x350MW,
    SinomachCNEECPenta Adi Samudra, Contract Signed
    25April2008
  • 10. PLTU 2 Jateng-Adipala Cilacap, 1x660MW,
    Contract 22December2008, COD 2012

9
Fast Track Program Phase 1 (Outside Jawa)
  • PLTU 2 Sumut-Pangkalan Susu, 2x220MW, Cons.
    GuangdongNintecBagus Karya
  • PLTU Kepri-Tg. Balai Karimun, 2x7MW, Cons.
    ShangdongRekadaya Elektrika
  • PLTU NAD-Meulaboh, 2x110MW, Synohydro
  • PLTU 1 Riau-Bengkalis, 2x10MW, Cons. Guandong
    MachineryModacoKelsriAngkasa Buana
  • 5. PLTU 2 Riau-Selat Panjang, 2x7MW, Bouwstead
    Maxitherm
  • 6. PLTU Sumbar-Teluk Sirih, 2x212MW, Cons.
    CNTICRekayasa Industri
  • PLTU Lampung-Tarahan Baru, 2x100MW, Jiangxi
    Electric Power Design InstituteAdhi Karya
  • 8. PLTU 3 Babel-Bangka Baru, 2x30MW, Cons.
    Truba,China Shanghai Group
  • 9. PLTU 4 Babel-Belitung 2x16,5MW, Cons. Shandong
    MachineryPoeser Indonesia
  • 10. PLTU 1 Kalbar-Parit Baru, 2x50MW, Cons. Bumi
    Rama NusantaraAltons
  • 11. PLTU 2 Kalbar-Bengkayang, 2x27,5MW, Cons.
    Guangdong MachineryWijaya Karya
  • PLTU Kalsel-Asam Asam, 2x65MW, Cons.
    ChengdaWijaya Karya
  • 13. PLTU 1 Kalteng, Pulang Pisau, 2x60MW
  • 14. PLTU 1 NTB-Bima, 2x10MW, GuandongModaco
    EnersysAngkasa Buana Cipta
  • 15. PLTU 2 NTB-Lombok,2x25MW, Barata Indonesia
  • 16. PLTU 1 NTT-Ende 2x7MW, Cons. Shandong
    MachineryRekadaya Elektrika

10
Fast Track Program Phase 1 (Outside Jawa)
18. PLTU Gorontalo, 2x25MW, Meta Epsi 19. PLTU 2
Sulut-Amurang, 2x25MW, Wijaya Karya 20. PLTU
Sultra-Kendari, 2x10MW, Cons. Shangdong
MachineryRekadaya Elektrika 21. PLTU
Sulsel-Barru, 2x50MW, Cons. Hubei Hongyuan
EngineeringBagus Karya 22. PLTU Maluku
Utara-Tidore, 2x7MW, Cons. Shandong
MachineryRekadaya Elektrika 23. PLTU 3
Papua-Jayapura, 2x10MW, Cons. Modern Widya
TechnicalBoustead Maxitherm
11
Fast Track Program Phase 2
  • More geothermal projects will be developed, and
    large coal fired power plant in Java to be
    excluded from Fast Track Program Phase 2. In
    addition to that, Upper Cisokan Pumped Storage
    Project will be included in the program.
  • The composition of project will consist of
    geothermal 48, hydro 12, gas combined cycle
    14 and coal fired outside Java-Bali 26.
  • The capacity of the projects will be as follows
  • Java-Bali geothermal 2,137 MW, hydro 1,000 MW
    and gas combined cycle 1,200 MW.
  • Outside Java-Bali coal plant 2,616 MW, hydro 174
    MW, geothermal 2,596 MW, and gas combined cycle
    240 MW.
  • Total Indonesia coal plant 2,616 MW, hydro 1,174
    MW, geothermal 4,733 MW and gas combined cycle
    1,440 MW, totalling 9,963 MW.

12
Fast Track Program Phase 2
  • The second phase of fast track program will
    consist of 3,649 MW of PLNs project and 6,314 MW
    of IPP project.
  • The 1,200 MW gas combined cycle in Java-Bali is
    Muara Tawar Add-On 2,3,4 project. This project is
    very strategic in that it will meet the future
    demand by the year 2011-2012, however the
    feasibility of the project will subject to gas
    supply availability.
  • The 1,000 MW hydro project in Java-Bali is Upper
    Cisokan Pumped Storage. This project is very
    strategic as it will serve as peaking unit to
    replace the role of oil fired plants.
  • Most geothermal projects will be IPP. To ensure
    the success of the projects within the time frame
    of the program (up to 2014), geothermal
    developers must take immediate project
    preparation and PLN must make immediate
    geothermal IPP procurement.

13
Summary of Fast Track Program Phase 2
REGION Steam Coal PP (MW) Combined Cycle PP (MW) Geo PP (MW) Hydro PP (MW) Total (MW)
JAVA-BALI - 1.200 2.137 1.000 4.337
OUTSIDE JAVA-BALI 2.616 240 2.596 174 5.626
TOTAL 2.616 (26) 1.440 (14) 4.733 (48) 1.174 (12) 9.963 (100)
14
Map of Fast Track Program Phase 2
  • SUMATERA
  • PLTA 174 MW
  • PLTP 2285 MW
  • PLTU 1100 MW
  • PLTGU 120 MW
  • KALIMANTAN
  • PLTU 840 MW
  • PLTGU 120 MW
  • SULAWESI
  • PLTP 195 MW
  • PLTU 418 MW
  • MALUKU
  • PLTP 40 MW
  • PLTU 44 MW
  • PAPUA
  • PLTU 114 MW
  • NTT
  • PLTP 46 MW
  • PLTU 30 MW
  • TOTAL
  • PLTA 1174 MW
  • PLTP 4733 MW
  • PLTU 2616 MW
  • PLTGU 1440 MW
  • TOTAL 9963 MW
  • JAMALI
  • PLTP 2.137 MW
  • PLTU 0 MW
  • PLTGU 1.200 MW
  • PLTA 1.000 MW
  • NTB
  • PLTP 30 MW
  • PLTU 70 MW

15
Investment of Fast Track Program Phase 2
16
TRANSMISSION EXPANSION PLANNINGJAVA-BALI
2008-2018
16
17
Project Name COD Financing Plan
Transmisi 275 kV Sumatera (Payakumbuh Padangsidempuan) 2012 Loan JICA
Transmisi 275 kV Rengat Garuda Sakti (220 km) 2014 unallocated
Transmisi Sumatera-Jawa 500 kV HVDC 2016 USD 2,3 milyar, Loan JICA
Jawa-Bali Crossing 500 kV HVAC 2015 USD 328 juta, akan diusulkan ke ADB
Interkoneksi Kalbar-Serawak 275 kV HVAC 2012 USD 101 juta, akan diusulkan ke ADB
Interkoneksi Sumatera-Malaysia 250 kV HVDC 2015 USD 353 juta, akan diusulkan ke ADB/JICA
Perkuatan Transmisi Sistem Jakarta dan Bali 2011 2012 USD 420 juta, KE
Perkuatan Transmisi Kota-Kota Besar di Jawa 2012 USD 250 juta, IBRD
Transmisi 500 kV AC Tj Jati - Ungaran Pemalang Mandirancan Indramayu (500 km) 2015 USD 300 juta, unallocated
18
DISTRIBUTION EXPANSION PLAN
  • ADDIONAL DISTRIBUTION FACILITY UP TO 2019
  • MV 181,000KMS ? 16,500 KMS/YEAR
  • LV 249,500KMS ? 22,700 KMS/YEAR
  • DISTRIBUTION TRANSFORMER 35,000 MVA ?
    3,200 MVA/YEAR
  • ADDITIONAL COSTUMER 27,4 MILION? 2,5
    MIO/YEAR

19
PLN INVESTMENT
INVESTMENT PROJECTION UP TO 2019 USD 64,7
BILLION, INCLUDING INVESTMENT FOR LIFE
EXTENSION/REFURBISHMENT EXISTING GENERATION,
SPARE IBT
20
PLN IPP INVESTMENT
INVESTMENT PROJECTION UP TO 2019 USD 83,0
BILLION OR USD 7,6 BILLION PER YEAR, INCLUDING
INVESTMENT FOR LIFE EXTENSION/REFURBIS MENT
EXISTING GENERATION, SPARE IBT
21
PLN PROJECT JAWA-BALI SYSTEM
22
IPP PROJECT JAWA-BALI SYSTEM
23
SUMMARY
  • For the next 10 years
  • The average electricity demand would grow at
    9.3/year (Jawa-Bali 8.97, West Indonesia 10.2
    and East Indonesia 10.6)
  • Total additional generation capacity for
    Indonesia is 53,219 MW, consists of 32,636 MW of
    PLN projects and 20,583 MW of IPP projects
  • Development of renewable energy, especially
    geothermal, is encouraged, by additional 5,006 MW
    by 2018
  • Total additional transmission network would reach
    44,257 kms for all voltage levels, and total
    additional of transformers would be 103,000 MVA
    for all voltage levels.
  • Total additional distribution network is 175,013
    kms for MV, 222,018 kms for LV, 30,877 MVA for
    distribution transformers and 25 million new
    customer connections.

24
SUMMARY
  • Total investment needed for Gen Trans Dis is
    US 64,69 billion (PLN only) or US 82,99 billion
    (PLNIPP).
  • Investment needed for PLN power plant projects
    alone is US 38,581 billion, and for IPP projects
    is US 18,31 billion.

25
Some strategic generation projects
SUMMARY
  • CCGT Muara Tawar Add-on 2, 3, 4, 1,200 MW,
    commissioned in 2011-2012.
  • Fast Track Generation Project 10,000 MW Phase 2
    with total capacity of 11,355 MW year 2011-2014
    (this figure might change due to recent
    governments will to promote more geothernal).
  • Upper Cisokan Pumped Storage of 4x250 MW in 2014
    (WB)
  • CFPP Jawa Tengah Infrastruktur (IFC) 2x1,000 MW
    in 2014-2015.
  • CFPP mine mouth in Sumatera 6x600 MW in 2016-2017
    (transferred to Java Bali system)
  • CCGT LNG Bojanegara 3x750 MW in 2015-2017.

25
26
Some strategic transmission projects
SUMMARY
  • HVDC transmission between Sumatera and Java in
    2016.
  • Sub-sea 150 kV Java-Bali circuit 3,4, 2010
  • Batam Bintan interconnected system using
    sub-sea 150 kV, 2010
  • 275 kV transmission connecting West Kalimantan
    Serawak in 2011
  • 500 kV Java-Bali Crossing from Paiton to
    Kapal/near Denpasar in 2015

26
27
PT PLN (PERSERO)
Thank You
27
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