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6 November 2019, GwangJu - South Korea
SMART GRID IMPLEMENTATION AND ITS CURRENT STATUS IN INDONESIA Dr. Zainal Arifin
Team Leader of Smart Grid Implementation
PT. PLN (Persero)
BIXPO 2019 – KEPCO SMART GRID SEMINAR; TRENDS IN ASIA
* This material is confidential, only for limited presentation
www.pln.co.id | 1
One of the largest Indonesia’s state owned company within USD 102.78 Billion assets and revenue USD 18.82 Billion/year
Power Generation Transmission Distribution
Total capacity 57.8 GW: - 41.1 GW (71%) PLN - 16.7 GW (29%) IPP
- 53,278 kms Transmission line
- 131,164 MVA power transformers
- 953,459 kms distribution lines - Over 71.9 million customers (> 30
million using pre-paid meter) - Employees 54.225
Source : PLN, December 2018
Who We are …
www.pln.co.id |
PLN Grid
2 Source: PLN, 2018
7 high voltages (150, 275 & 500 kV), 200 medium voltages (20 kV), 900 off grid (400 V)
Why Smart Grid? Why Smart Grid?
www.pln.co.id |
Energy Transition
3 https://www.worldeconomicforum (2018), IRENA (2019)
Electrification with more Renewable Power
Systemic innovation for enabling Energy Digitalization
Technology is progressing for Decentralization trends
By 2050, electricity could become the central energy carrier.
Gross electricity consumption would more than double, 86% will come from renewable power.
www.pln.co.id | 4
Electricity 3.0
www.pln.co.id | 5 Source: IEA, 2018
RENEWABLE
ENERGY
DIGITAL
TECHNOLOGY
www.pln.co.id |
Energy Challenge in Indonesia
6
1. Operational Efficiency
T&D losses is 8.75% (2017), below ASEAN average 7.24% (2016)
Limited visibility under the Low-Voltage network
2. Service Reliability
Reserve margins of small systems outside Java-Bali are still under 30%
The product quality is still relatively low (SAIDI, SAIFI) comparing to ASEAN countries
Demand Response as an alternative deems more data at the demand side (customer)
3. Clean Energy (CO2 emission)
Electricity industry contributes to 33% CO2 emission (RUEN, 2017)
Indonesia commits to reduce 29% of CO2 (RUEN, 2017)
4. Sustainability
It is estimated that Oil, gas, and coal will only last up to 12, 33, and 82 years respectively
RE development is expected to reach 23% in 2025
www.pln.co.id |
PLN Smart Grid Objectives
7
1. Energy Efficiency Solution Improve Non-Technical Losses Client side demand information integration through
two-ways metering infrastructure
2. Service Realibility Solution Prevent or reduce black-out and minimise feeder
outage Better accessibility to the network (real-time
monitoring)
3. Better Access & lower CO2 emission (Productivity Solution) Increase participation of RE, especially the smaller or
isolated island Combining and Integrating RE or Distributed
Generation into the grid
PLN Smart Grid PLN Smart Grid
www.pln.co.id |
Smart Grid Architecture
8
www.pln.co.id |
PLN Smart Grid The concept of intelligent power grids that utilizes two-way communication between electric & consumer manufacturers
to achieve efficient, sustainable, reliable and high quality power supply, secure and enhance customer interaction
Power Plant Transmission Distribution Retail/Customer
Benefit
Major
Application
Wide Area Monitoring Control
Information and Communication Technology Infrastructure
Distributed Generation and Storage Technology
Transmission Enhancement Applications
Distribution Grid Management
Advanced Metering Infrastructure (AMI)
Reduce CO2 emission
Better load curve
Better asset utilization to
increase Return On Asset
Reduce number of “peakers”
Reduce number of damage meter
Reduce distribution congestion impact
Faster recovery time Reduce Outage Better losses visibility
Reduce transmission congestion impact Better transmission network Reduce outages
Reduce meter reading and field servic cost
Revenue assurance Improve customer satisfaction Prevent broader impact of
equipment outage
www.pln.co.id | 10
1. Improve Energy
Efficiency
2. Improving Reliability of
power supply
3. Increasing Productivity of
energy productions
(enhancing Sustainability
by enabling renewable
energy participations)
Objectives
1. Manage power
transmission
2. Manage electricity
losses
3. Manage customers
demand side
Management
4. Manage smart
meters
5. Manage distributed
energy resources
Process Capabilities
1. Demand side
management
2. Smart Meters
3. Renewable energy
resources technology
4. Etc.
Technical Capabilities
Achieve Utilize
PLN DEVELOP NUMBERS OF PILOT PROJECTS
PLN Smart Grid Approach
www.pln.co.id |
PLN Smart Grid Framework
11
Smart Network
Operation
Smart Energy
Smart Customer
Service
Smart Asset &
Work Mgmt
Smart Organisation
Manage Regulatory Reporting*
Manage IT-OT
Manage Cyber Security and Data Privacy*
Manage Stakeholders
Manage Change
Manage Tender
Manage Company Program*
Manage Company Process*
Manage Residential DSM
Manage C&I DSM
Manage Distributed Generation
Manage Distributed Storage
Manage Electric Vehicle Charging
Manage V2
Manage Embedded Microgrids
Manage Self Operated Microgrid
Manage meter-to-bill*
Manage Consumption Tariffs
Manage Renewable feed-in and Net Metering Tariffs
Manage Customer Presentment
Manage Customer Changes
Manage Energy Efficiency Programs
Manage non-technical losses*
Manage Grid Information*
Manage KPI Forecasting
Manage Grid Asset Strategies
Manage Maintenance*
Manage Work Execution*
Manage Design and Planning
Manage Grid Value
Manage Safety
Manage Network Congestion
Manage Planned Outages*
Manage Unplanned Outages*
Manage Power Quality
Manage Technical Losses*
Manage Operational Customer Communication
Source: PLN Smart Grid Orientation Study (2016)
* Quick Win as considered as foundation to achieve PLN’s Smart Grid Obectives
www.pln.co.id |
PLN Road Map to 2025
12 Source: PLN Smart Grid Orientation Study (2016)
What PLN has done? What PLN has done?
www.pln.co.id | 13
Nowadays there are 10 Smart Grid related projects in PLN. Some projects take the focus on the integration of
renewable energy, and other projects related to the development of Smart Grid energy management and power quality.
PLN Smart Grid Related Projects
www.pln.co.id |
Smart Micro Grid toward “SUMBA Green Island”
14
A pilot project brought together with Indonesian Agency for the Assessment and Application of Technology (BPPT) and Indonesian Directorate-General of RE and Renewable Conservation Objectives: 1. Demonstrate that intermittent RE could be
penetrated more into the grid while maintain its reliability through smart grid from
2. Move away from the dependency of fossil fuel transports while increasing electricity access of small islands
Lesson learned: ICT enables Micro Grid to bring in the PV inverter into the grid step by step and then lower down diesel generator output while maintaining the total demand
www.pln.co.id |
Smart Community in Karawang Industrial Estate
15
A pilot project brought together with Indonesian Directorate-General of RE and Renewable Conservation and New Energy and Industrial Technology of Japan Objectives: Business simulation of Demand Response management through Power Quality and Incentive/Premium tariff Lesson learned: ICT combined with appropriate business scheme enables Demand Response Management which may result in better reliability and productivity
www.pln.co.id | 16
H
CNJUR
KSBRU
JTLHR
PDLRG CRATA
MRICA
RWALO
BNTUL KLTEN
JELOK SGRAH
CEPU
RBANG
BABAT GRSIK
KRIAN
NGAWI
MNRJO
KDBRU
KKTES
KBAGN
MKRTO
PBLGO
LMJNG
PMKSN
STBDO
BDWSO
JMBER
BWNGI
JAJAR BOJLI
WLERI
UNGAR
BLORA KUDUS
WLNGI
BJGRO
LNGAN
SMNEP GLTMR
PKLON
GARNG
CBBAT
SGMDU U
PITON BNGIL
Java
Madura
Bali
SALAK
DRJAT
BNJAR
KRPYK BKLAN
PMLNG
GRATI
A
MKRNG
BGBRU CIBNG
SGLNG
TGRNG GU GU
PRIOK
P A
P
BDSLN
SRAGI
UBRNG
KMJNG
TSMYA GARUT
BMAYU
MJNNG
KBSEN
P
SRGEN
A
U
CBATU
MTWAR
KNTUG
PALUR
PERAK
A
A
SPANG
A GLNUK
KAPAL GNYAR
NSDUA
AMLRA
SANUR
NGARA
PSGRH
PMRON
A
PEDAN
GU
U U
GU G
BTRTI
GD
P WYNDU
PBIAN
ATSRI
JPARA
A
KDMBO
JTBRG
SKMDI
CLCAP
TJATI
TBROK
GU
WSOBO
GBONG LMNIS
PWRJO
P
SLAYA
SRANG
JTAKE
SLIRA
ASAHI
KKSTL
CLGON
CLGON P
GNDUL
KMBNG
BKASI
UBUD
U
RCC
2
RCC
1
RCC
3
RCC
4
SRC
JCC
JCC Gandul
P2B
RCC Cigereleng
APB Jawa Barat
RCC Cawang
APB Jakarta & Banten
RCC Ungaran
APB Jawa Tengah & DIY RCC Waru
APB Jawa Timur
RCC Bali
APB Bali
Smart System - JAWA BALI
AMPLA
CILEGON
M.TAWAR
DEPOK
TASIKMALAYA
BDSLN
T.JATI
PAITON GRATI
GLNUK PMRON
BTRTI NGARA
NSDUA
GTENG
BDWSO
TNGUL
KRSAN PBLGO
PLHAN
KKTES
BNGIL
BKLAN
SPANG
PMKSN
SMNEP
TJAWR
BJGRO
NGAWI
CEPU
SRGEN
PWRDI
PATI
TBROK RDRUT
WLERI
KLNGU
DIENG
WALIN
WATES
SMANU
WNGIRI
WNSRI
MJNGO
KBSEN BRBES
KLBKL
GBONG KBMEN
MRICA
MNANG BNJAR
CAMIS
RGDLK
MLBNG
PMPEK
PRATU
P
PNRGO
TUREN
GU
PRIOK
PCTAN STAMI
NEW SURALAYA
NGIMBANG
REMBANG
MITSUI
LABUAN
DUKSB
MKRNG
KMANG
ANGKE ANCOL
RKBTG
KDBDK
DPKRU
CVRON
PNDRN
BMAYU
PMLNG
PKLON
BTANG
PBLGA
GJYAN
JKULO
KRAPK
PIER MGTAN
PSGRN PDSBN
AMPRA
BLBNG
SGRUH
SBSEL
CILACAP
INDRAMAYU
MENES
SURALAYA
UJUNG
BLPLG
LONTAR
U
CEP U
ASAHI
PRIMA
PKMIA
CLGON GU
SAKTI
GU CKRNG TGRNG
TGBRU TNAGA SPATAN
KTPANG
BDUTR
KBSRH KBJRK
KMBGN
PLPNG PGLNG
PTKGN
PNDAH
GDRIA
DKTAS
DRTGA CWANG
MPANG
KRBRU
STBDI
KARET
CILGSI
JTRGN
BEKASI
PDELI
CIBNG
PDKLP
TMBUN
GMBRU
JBBKA
BPWER GU KRWNG
PRURI
KTMKR
KSBRU
IDBRT
U SKMDI
TLJMB
PMLYA HRGLS CGKRG
SRAGI SPCFC
RCKEK
JTBRG
CKSKA
A
P P DRJAT
P
P P PLGAN LMJAN
SMDRA
GARUT
PRKAN SMDNG MDCAN
MJLYA
PDLRG
JTLHR
IDRMA
PBRAN CKMPY
CNJUR
KNGAN
KMJNG WYWDU
P
CRBON
BBKAN
BSBRU GRESIK
U
SGLNG GU
U
KDMBO
U LMNIS
RWALO
STARA
GRUNG
U
BLPLG
BLORA
KLSRI
PYUNG
TMGNG
SCANG BRNGI
BDONO
MKRAN
SGRAH JELOK
KNTUG MDARI
PWRJO
UNGARAN
BABAT
PEDAN JAJAR
PALUR MSRAN
SLBRU
LNGAN
U
STBAN
MLWNG
KEREK TUBAN
GU MNYAR
NGTDI
DLOPO
PKMIA
SGSIK BRATA
KJRAN
SLILO
RNKUT
WKRMO
PERAK
MPION GDTAN
KPANG
GU
BDRAN
PDAAN
GNDNG
U
GNYAR
PCKLD
BWNGI
STBDO
PAKIS KEDIRI
U LMJNG
KJTIM
DYRJO
BBDAN
MJGNG
SKRJO LWANG
PNMAS
KBAGN
TLGNG
SKTIH
BNRAN
MDLAN
PYAGN
SANUR
KDPTN
UBRNG
A
SNTSA
CLCAP
BNTUL
WBJAN
WSOBO
NEW BLRJA
GPOLA
CKUPA PNYNG
DWUAN CKRNG
ARJWN
IDRYU
BDKML
GDEAN
SLIMA
BAWEN
CREME
UDAAN
DGRAN WARU
KLANG
MWON
SKLNG
CRBAN
KRIAN
RJOSO
SWHAN
TNDES
RBANG
SGMDU SRDOL PDLAM
JMBER
GLTMR
SLRJO
PARE
TTJBR
TSMLYA
KRNGL
UBRNG
PNYDP
A CKLNG
P PTUHA
LGDAR
CBBRU
CBBAT LBSTU
U
P SLBRU CIAWI BGBRU
CBDAK
CKDNG
A
PWKTA CRATA
ISPDO JSTEL
HANIL
JBANG
JKTAS
SYUNG
JPARA
KUDUS
BRAGA CGRLG
MKSRI HNKOK
CLBWG U
ASARI
KAPAL
KESUGIHAN
ADIPALA U U
ALSTR CLDUG
CRUG
GANDUL GORDA KOPO
SMTOR
IKIAT PKMIS
BLRJA SRANG
TGRSA CBTAT
PCAM
LTSTL CKNDE
ASAHI BRU
CDRAASRI
SEMEN JAWA
KRACAK
SALAK UBRUG
BAYAH MALINGPING
CBATU GDMKR MNTUR
JSHIN
SDRJO
GPGAN
WLNGI
TGLEK
BLTRU
NGJUK
MNRJO
MRGEN KTSNO
SYZAG
GGRAM
BUNAR
A
SBANG APB JAKARTA BANTEN
APB JABAR
APB JATENG
APB JATIM
APB BALI
Source: P2B smart system
www.pln.co.id |
PJB Remote Engineering, Monitoring, Diagnostic & Optimization Centre (REMDOC)
17
Asset Performance
Operation Optimization
Boiler Optimization
Predictive Analytics on :
Source: PJB REMDOC, 2018
Power Generation Predictive Analytic
www.pln.co.id |
AMI (Advanced Metering Infrastructure)
18
Several small scale projects of Two-Ways System fully or partially funded by third parties. Pilot Projects: 1. Two-ways communication using SMS for BTS and Adv.
Billboard (2014 – 2017) 2. Two ways for 1000 meters in Bali island using Low Power
Wide Area Network (2016) 3. Business Simulation for data/multimedia service and smart
home using cellular network (3G/4G) in BSD Serpong 4. Two ways for small community in Nusa Lembongan island in
Bali using BPLC technology (2018) 5. Two ways for 1344 meters in Batam island using BPLC
technology (2018) 6. Two ways for 308 meters in Cengkareng are using BPLC
technology (2018)
Objectives: 1. Performance measurement of Communication technologies
for two-ways system 2. Proof of Concept of Two-ways features such as hourly data
reads, wireless top-up for prepaid etc.
Lesson learned
1. No silver bullet in communication technology
for the whole Indonesia, depends heavily on the
geographical condition and technology
readiness
2. A segmented and clustered approach may
easier to implement and measure compare to one
that is dispersed.
PLN On-going Projects PLN On-going Projects
www.pln.co.id | 20
PLN Smart Grid On-going Projects – 1/2
1. Deployment of AMI for one millions customers in Jakarta - “first stage”
2. Four Smart micro grid projects funded by ADB:
1) Selayar : PV 1.3 MWp + Battery 800 kW + Existing Diesel
2) Tahuna : PV 1.3 MWp + Battery 800 kW + Existing Diesel
3) Medang : PV 350 kWp + Battery 1200 kW + 150 kW Diesel
4) Semau : PV 450 kWp + Battery 450 kW + 1600 kW Diesel
3. Implementation ADS (Advanced Distribution System) for Sumba Timur and NTT micro-grid system PV + Diesel (US AIDS)
4. Digital Substations:
1) Sepatan I : 4 Line Bay, 1 Bus Couple, 3 Trafo Bay and 20 kV cubicle
2) Teluk Naga II : 2 Line Bay, 1 Bus Couple, 2 Trafo Bay and 20 kV cubicle
www.pln.co.id | 21
PLN Smart Grid On-going Projects – 2/2
5. Predictive Analytic on Power Generation:
1) Remote Engineering, Monitoring, Diagnostic & Optimization Centre (REMDOC) phase 2 in PJB
2) REOC (Reliability Efficiency Optimization Center) in Indonesia Power
6. PLN Smart Grid maturity level assessment using Carnegie Mellon’s SGMM (join with India Smart Grid Forum and Universitas Indonesia)
7. Block Chain pilot project – phase 1 (PLN Research Institute join with Chaintope, Japan)
8. Smart Grid and Power System Study funded by Economic Ministry of France (join with Think Smart Grid France):
1) Defence scheme of Sulawesi system
2) Mandalika Smart micro grid
www.pln.co.id |
What’s Collaboration PLN needs?
22
1. Smart Grid Study:
Renewable energy grid integration
Grid defense scheme and stability system
DC House for rural electrification
Wide Area Monitoring Control
Distributed energy resources etc.
2. “Pilot Project” for Smart Grid:
Hybrid Energy Management System Smart Micro Grid
BESS (Battery Energy Storage System) application
e-Mobility (Electric Vehicle platform)
Distribution Automation
Digitalization of Sub-station etc.
3. “Capacity building” for Smart Grid
THANK YOU
PT PLN (Persero)
Main Building 13th Floor
Jalan Trunojoyo Blok M 1/135
Jakarta , Indonesia 12160