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Expert Group and Regional Meeting on ITS in Asia Pasific~Incheon, 2-4 April 2019
By KARLO MANIK
DIRECTOR OF TRAFFIC, GREATER JAKARTA TRANSPORT AUTHORITY MINISTRY OF TRANSPORTATION
Governing Regulations
Government Act
Government Policy
Ministerial Decree
Act Number 22 Year 2009
on Land Transportation
Govt. Policy Number 32 Year 2011 on Traffic
Engineering, Impact Analysis,
and Demand Management
Ministerial Decree Number 96 Year 2015 on
Traffic Management and Engineering
Guidelines
ITS Development ( based on its legal basis )
Act 22 / 2009
Govt. Policy 32 / 2011
ITS
Applications
Area Traffic
Control System
Bus Management /
Information System
Electronic Payment
THE INDONESIA’S COMMITMENT ON ITS DEVELOPMENT
Industry 4.0 is a name for the current trend of automation and data exchange in manufacturing technologies.
LONG TERM DEVELOPMENT PLANNING MAKING A COMPETITIVE, POWERFUL, &
SUSTAINABLE DEVELOPMENTComprehensive Development, Based on Science
&Technology, HRD, Legal & Institutional Development, Good Governance &
Adequate & Advanced Facilities & Infrastructure
MEDIUM TERM DEVELOPMENT PLANNINGMastery, Development, and Utilization of Science
and TechnologyRIPIN, RIRIN, NATIONAL TRANSPORTATION MASTER
PLANS
President Jokowi: Indonesia's Vision Realizes Digitalization in All Sectors
Minister of Transport Budi Karya: Digitalize Transport Sector as a
quick win
INTEGRATION
Smart Mobility
Transport Infrastructure
4
Worsening traffic jam
Current Major Problems of Transport in Indonesia
2020
Motor Cycle
Public Transport
FIVE PILLARS TO SOLVE THE TRANSPORT PROBLEMS
Increasing
the role of
Public Transport
Traffic
Management and
Engineering
Air Pollution
and Noise
Control
Traffic Demand
Management
Endorsing
Non Motorized
Transport Means
Transit system
development
Mass transport
infrastructures and
networks
development
Strengthening
Intermodality and
public transport
accessibility
Strengthening
public transport
ownership system
Increasing road
capacity
Implementation
of ATCS/ITS
Traffic Management
Traffic Impact
Analysis
Gasification
Increasing usage
of alternative
energy sources
Implementation of
green transport
and
environmentally
friendly
technologies
ERP
Parking Policy
Disincentivize
Private Vehicle
Usage
Pedestrian facilities
development
Bicycle Lanes
development
Car free day
ITS Master Plan
Traffic management services
Traveler information services Public transportation
services
Commercial vehicleoperation services
Electronic paymentsystem
Emergency managementservices
Vehicle control and safety services
ITS MASTERPLAN DI INDONESIA
NATIONAL MAINOPERATION CENTER
(Kemenhub)
Kota..1SUB-OPERATION CENTER
ETC
VIB
CCTV
Detector
HTCS
PROVINSI PROVINSI
PENGEMBANGANSISTEM ATCS YANGTERINTEGRASI DISELURUH JARINGANJALAN NASIONALYANG DIDUKUNGOLEH SISTEM ATCSDI KOTA-KOTA DIINDONESIA DENGANMENDORONGPENGGUNAANINOVASI TEKNOLOGIATCS DALAM NEGERI
INTEGRASI DAN PENGEMBANGAN PUSAT PENGENDALI ATCS
Kota..1SUB-OPERATION CENTER
ETC
VIB
CCTV
Detector
HTCS
Kota..1SUB-OPERATION CENTER
ETC
VIB
CCTV
Detector
HTCS
Kota..1SUB-OPERATION CENTER
ETC
VIB
CCTV
Detector
HTCS
Indonesia’s ATCS
Implementation are
developed in a
vertically integrated
way. National ATCS is
supported by provincial
ATCS and city level
ATCS in hierarchical
structure.
Indonesia’s ATCS
implementation also
encourage innovation
and use of local
resources
INTEGRATED TCS DEVELOPMENT ( integration of several ATCS )
Provincial Provincial
City Level City Level City Level City Level
THE DEVELOPMENT OF INTELLIGENT
TRANSPORTATION SYSTEM
IN GREATER JAKARTA
Greater Jakarta consist of 3 provinces and 9 municipalities
1990 2016 CITY AREA (km2)
DKI Jakarta 740.30
Greater Jakarta 6,399.40
32%
20%22%
19%
7%
DKI Jakarta Bogor Tangerang
Bekasi Depok
Total population of Greater Jakarta is 31,7 million people in 2016
Population
Percentage
MOTOR
CYCLE
74%
(18,5 mil)
CAR
24% (5,9 mil)
PT
2% (512 k)
Total Trip in Greater Jakarta
49,5 Million trip/day
TRAVEL DEMAND IN GREATER JAKARTA
Consist of:
• Inner Jakarta: 23,42 Million trip/day
• Commuter (Outer-Inner): 4,06 Million trip/day
• Other (Pass-through and Inner Suburban): 22,02 Million trip/day
Number of
Vehicles: 24.9
millionSource : BPS 2017
Source : SITRAMP & JUTPI Reports, JICA, 2002,2010,2018
POOR QUALITY OF PUBLIC
TRANSPORT SERVICE
AVERAGE SPEED AT PEAK HOUR
10KM/HR CAUSED BY
TRAFFIC CONGESTION
VOLUME CAPACITY
RATIO (VCR) ALMOST
EXCEEDED 1
MAJOR TRANSPORT PROBLEMS IN GREATER JAKARTAPROBLEM :
1. Congestion rising, moda share
dominated by private vehicle
usage and public transport
share remain low.
2. Mass Public Transport services
contribution considered low
due to lack of provision
(actual) and limited budget.
3. Economic losses due to traffic
congestion up to USD 1,3
billion (2010) and predicted to
be USD 6,5 billion in 2020.
Presidential Decree No. 103/ 2015
concerning the establishment of
Jabodetabek Transportation Agency
(Jakarta, Bogor, Depok, Tenggerang and
Bekasi)
LEGAL BASIS
Develop, manage and improve integrated
transportation services in Jakarta, Bogor,
Depok, Tangerang and Bekasi by
implementing good organizational
governance.
ROLE AND FUNCTIONS
In carrying out the duties of the GJTA, it refers to
the RITJ (Transportation Grand Design for Greater
Jakarta) stipulated through a Presidential Decree
55/2018
GREATER JAKARTA TRANSPORT AUTHORITY ESTABLISHMENT
1
2
3
4
5
6
7
8
The use of public transport is 60% of the total movement of people
Travel from origin to destination max 1.5 hours during peak hours
Average speed of 30 km / h at peak hours
The coverage of public transport services in urban areas is 80% of the
length of the road
Walking access to public transport max 500 m
Each region has a feeder that is integrated with the trunk
through one node
The node must have pedestrian and
park and ride facilities, with a max
transfer distance 500 m
Maximum 3 times transfer mode in 1 trip
16
▪TRAFFIC CONTROL MANAGEMENT
▪ IMPROVING PUBLIC TRANSPORTATION SERVICE
▪TRAFFIC SAFETY AND INCIDENT MANAGEMENT
▪ELECTRONIC PAYMENT
▪COMMERCIAL VEHICLE OPERATIONS
▪TRAVELER INFORMATION
MAIN TOPIC ON MASTERPLAN OF ITS IN GREATER JAKARTA
17
6 applications of traffic management using ITS:
(a) Lane management,
(b) Surveillance,
(c) Parking management,
(d) Automatic payment,
(e) Special event transportation, and
(f) Junction management.
TRAFFIC CONTROL MANAGEMENT
Blocked intersection
Captured by CCTV
Processed by CC room
Green Wave for selected 4 types of
vehicle
AREA TRAFFIC CONTROL SYSTEM OF GJTA
JUMLAH ATCS MILIK BPTJ : 26 BUAH
JUMLAH ATCS MILIK KOTA / KABUPATEN :
23 BUAH
: ATCS MILIK
BPTJ
NAMA
SIMPANG
BEKASI DEPOK KOTA BOGOR KABUPATEN BOGOR
1. SIMP. TOL TIMUR
2. SIMP. PRESDO
3. SIMP. PONCOL
4. SIMP. PEKAYON
5. SIMP. WAHHAB AFFAN
6. SIMP. KRANJI
7. SIMP. PERUMNAS
8. SIMP. PEMDA
9. SIMP. KAYURINGIN
10. SIMP. TOLL BARAT
11. SIMP. RAWA PANJANG
12. SIMP. BCP
13. SIMP. JUANDA – KARTINI
14. SIMP. RAWA SEMUT
15. SIMP. KELUAR TERMINAL
16. SIMP. MASUK TERMINAL
17. SIMP. BULAK KAPAL
18. SIMP BANK JABAR
19. SIMP. LOTTE MART
20. SIMP. SMP 2 UNISMA
21. SIMP. KALI ABANG
22. SIMP. SINDE
23. SIMP. KOMPAS
24. SIMP. EXIT TOL CIBITUNG
25. SIMP. WARUNG BONGKOK
26. SIMP. SGC
1. SIMP. JATI JAJAR
2. SIMP. JUANDA RAYA BOGOR
3. SIMP. SILIWANGI
4. SIMP. RAMANDA
5. SIMP. MARGONDA
6. SIMP. ALHUDA
7. SIMP. CILODONG
8. SIMP. PAL UI
9. SIMP. BOJONG SARI
10. SIMP. SENGON
11. SIMP. PLN
1. SIMP. BANGBARUNG
2. SIMP. PANDU
3. SIMP. MARWAN
4. SIMP. BARANANG SIANG
5. SIMP. TUGU KUJANG
6. SIMP. PANGRANGO
7. SIMP. TALANG
8. SIMP. POMAD
9. SIMP. BORR
10. SIMP. WARUNG JAMBU
11. SIMP. LIPPO PLAZZA
12. SIMP. EKALOSE
13. SIMP.YASMIN
14. SIMP. SEMPLAK
15. SIMP. SBJ
16. SIMP. BUBULAK
17. SIMP. LALADON
18. SIMP. ASPOL
1. SIMP. SENTUL
2. SIMP. PDAM
3. SIMP. RSUD
4. SIMP. BDB
5. SIMP. KARADENAN
6. SIMP. PENGADILAN
7. SIMP. PASIR JAMBU
8. SIMP. BAMBU KUNING
9. SIMP. PEMDA
10. SIMP. CIBINONG
11. SIMP. CIKARET
12. SIMP. CIAWI
13. SIMP. GADOK
14. SIMP. PM
15. SIMP. IPB
16. SIMP. SALABENDA
17. SIMP. TERMINAL PARUNG
: GJTA OWNED ATCSINTERSECTION
: 54 LOCATION TOTAL
GJTA ATCS LOCATION LIST
2017GREATER JAKARTA ATCS (INSTALLED 2017-2018)
BEKASI DEPOK KOTA BOGOR KABUPATEN BOGOR
SIMP. TOL TIMUR
SIMP. PRESDO
SIMP. PONCOL
SIMP. PEKAYON
SIMP. WAHHAB
AFFAN
SIMP. KRANJI
SIMP. PERUMNAS
SIMP. PEMDA
SIMP. KAYURINGIN
SIMP. TOLL BARAT
SIMP. RAWA
PANJANG
SIMP. BCP
SIMP. JUANDA –
KARTINI
SIMP. RAWA SEMUT
SIMP. KELUAR
TERMINAL
SIMP. MASUK
TERMINAL
SIMP. BULAK KAPAL
SIMP BANK JABAR
SIMP. LOTTE MART
SIMP. SMP 2 UNISMA
SIMP. KALI ABANG
SIMP. SINDE
SIMP. KOMPAS
SIMP. EXIT TOL
CIBITUNG
SIMP. WARUNG
BONGKOK
SIMP. SGC
SIMP. JATI JAJAR
SIMP. JUANDA RAYA
BOGOR
SIMP. SILIWANGI
SIMP. RAMANDA
SIMP. MARGONDA
SIMP. ALHUDA
SIMP. CILODONG
SIMP. PAL UI
SIMP. BOJONG SARI
SIMP. SENGON
SIMP. PLN
SIMP. BANGBARUNG
SIMP. PANDU
SIMP. MARWAN
SIMP. BARANANG
SIANG
SIMP. TUGU KUJANG
SIMP. PANGRANGO
SIMP. TALANG
SIMP. POMAD
SIMP. BORR
SIMP. WARUNG JAMBU
SIMP. LIPPO PLAZZA
SIMP. EKALOSE
SIMP. YASMIN
SIMP. SEMPLAK
SIMP. SBJ
SIMP. BUBULAK
SIMP. LALADON
SIMP. LOJI
SIMP. SENTUL
SIMP. PDAM
SIMP. RSUD
SIMP. BDB
SIMP. KARADENAN
SIMP. PENGADILAN
SIMP. PASIR JAMBU
SIMP. BAMBU KUNING
SIMP. PEMDA
SIMP. CIBINONG
SIMP. CIKARET
SIMP. CIAWI
SIMP. GADOK
SIMP. PM
SIMP. IPB
SIMP. SALABENDA
SIMP. TERMINAL
PARUNG
Traffic flow data collection
Exist in 4 Location :
• 3 Location at Ahmad Yani Street
• 1 Location at Cut Mutia Street
Time
Vehicle Volume
Vehicle Speed
Road Occupancy
2019
Development in
Tangerang
22
There are someinfrastructuresrequired, such as:
❖ GPS Tracker
❖ VMS on bus stops and smartphone
❖ CCTV on public vehicles and bus stops
IMPROVING PUBLIC TRANSPORT SERVICES
23
IMPROVING PUBLIC TRANSPORT SERVICES
GPS Tracker is needed to track the location of the bus which will enable the system to
predict the arrival time of the bus on the selected bus stop. These information would
then be displayed on the VMS located on the selected bus stop
GPS Tracker
on Bus
Processed by
CC room
Information for
Users
Type of
Information:
1. Departure Time
2. Arrival Time
3. Bus Capacity
24
TRAFFIC SAFETY AND INCIDENT MANAGEMENT
Captured images from CCTV would be processedby a program so that it would notify the CC roomimmediately.
This will make a better accidents handlingprocess.
Accident
Information
Informs
relevant
agencies
Toll road operator
Fire
dept.
Hospitals
Police dept.
25
TRAFFIC SAFETY AND INCIDENT MANAGEMENT
25
High Speed Warning on toll roads and national roadscould be used for Speed Control using CCTV and VMS.
Speed limit on Highways in Indonesia is 100 km/hour,Inter-city Roads is 80 km/hour, Urban Roads is 50km/hour, and Residential Roads is 30 km/hour.
26
CURRENT ELECTRONIC TICKETS CONDITION
2626
To be used on Commuter Rail only To be used on TransJakarta only To be used on Toll Road only
Electronic money
cards issued by
national banks
27
ELECTRONIC TICKETS INTEGRATION STRATEGY
2727
Greater Jakarta Transport Authority
STRATEGY
1. The launching of ONE TRANSPORTATION CARD
which is an electronic money for every transportation
modes
2. Set the standard for Electronic Ticket:
System Standardization needs to be done to ensure
ticket interoperability between modes. The followings
need to be standardized:
a. Transaction Process and Data Storage Structure
inside the card
b. Transaction Process and Data Storage Structure on
the system (Server – Back Office)
c. Reporting and Information Format
IDEA
INITIATIVE
CONCEPT
integrasi
DEPAN
BELAKANG
integrasi
CONNEXION
CARD
integrasi
CONNEXION
CARD
TRANSPORTASI
penerbit
28
COMMERCIAL VEHICLE OPERATIONS
28
When a truck getting closer to a WIM/AVI system, an electronic reader will do a legalverification of the truck based on vehicle weight, dimension, safety level, and completenessof legal compliance letters by checking the system database.
If all checked parameters has been proved to be okay, then the driver would receive greenlight signal so they can continue their journey immediately.
Macro Transportation
Pattern (DKI Jakarta Governor
Regulation No. 103 of 2007 on
PTM)
Public Transportation Development
Mass Rapid Transit (MRT)/Subway/Commuter Rail
Bus Rapid Transit (BRT)
Light Rail Transit (LRT)/Monorail
Waterway
Transportation Demand Management
Motorized Vehicle Restrictions (3 in 1, Odd-Even Policy)
Electronic Road Pricing (ERP)
Parking Control
Park and Ride
Improvement of Road Capacity
Intelligent Transport System (ITS)
Road Widening/Construction/ Overpass/Underpass
Road Network Development
Pedestrianisation29
JAKARTA PUBLIC TRANSPORTATION DEVELOPMENT BASE
30
CHRONOLOGICAL ORDER OF ERP IMPLEMENTATION PLAN
2017
Auction for Construction of
ERP System
(22 June 2017 –24 October
2018)
2018
Contract signing for
auction winner, with
construction time of 1 – 1.5
years
2019
Implementation Stage I (May
2019)
Jl.Sisingamangaraja and Jl. Sudirman
2020
Implementation stage II (May 2020)
Jl. MH Thamrin, Jl. Medan Merdeka
Barat, Jl. Majapahit, Jl. Gadjah Mada, Jl.
Hayam Wuruk, Jl. HR. Rasuna Said, and Jl.
Cokroaminoto
TIMELINE
30
Implementation Phase 1 (2019-2020)
1. Stage I
• Blok M – Kota Corridor
Jl. Sisingamangaraja – Jl. Sudirman (± 6.3 km)
2. Stage II
• Blok M – Kota Corridor
Jl. MH Thamrin – Jl. Medan Merdeka Barat – Jl.
Majapahit – Jl. Gajah Mada/Jl. Hayam Wuruk (± 6.4
km)
• Kuningan – Cokroaminoto Corridor
Jl. Rasuna Said - Jl. Cokroaminoto (± 4.3 km)
Kota
Blok M
Imp
lem
en
tati
on
Ph
ase
1
(2019–
2020)
31
OPERATION AREA OF ERP (1/2)
Implementation Phase 2 (2021)
(Based on recommendation from RPJMD DKI Jakarta
Province)
1. Mampang – Ragunan (± 6.6 km)
2. Cawang – Grogol (± 12.5 km)
Imp
lem
en
tati
on
Ph
as
e 2
(2021)
Grogol
Cawang
Mampang
Ragunan
32
OPERATION AREA OF ERP (2/2)
PUB
LIC
TR
ANS
PO
RT
IN G
REA
TER
JAK
AR
TA
HANK OU!
Ministry of Transportation
The Republic of Indonesia
24