prospect & penetration outlook of electric vehicle in
TRANSCRIPT
Oleh :I Made Dana Tangkas
Presiden Institut Otomotif Indonesia
Chairman PII - BKTI
CEO IBIMA
lo
1st International Workshop on Lithium-Ion Battery Technology
PROSPECT & PENETRATION OUTLOOK OF ELECTRIC VEHICLE IN INDONESIA
Oil Production, Consumption Energy Mix(RUEN)(1,000
bbl/day)
60000' 01' 02' 03' 04' 05' 06' 07' 08' 09' 10' 11' 12' 13' 14'15'
800
1,000
1,200
1,400
1,600
1,800Oil Production Oil Consumption
Consumption
Over
Production
Total :125 MTOE/year =
145.6 MkL/year
2013 2025
Total :400 MTOE/year =
466 MkL/year
Source: Badan PusatStatistik
Source: Ministry ofEnergy, RUEN
Indonesia Energy Issue and EnergyMix
Indonesia is already net importer of oil since 2003 and in order to solve this issue, government announced “Energy Mix” direction in 2014 to reduce the oil.
New and
renewa ble energy 5.70%
Oil
49%
Natural gas 20.10
%
Coal 24.50
%
New and
renewa ble
energy 23.00
%
Oil 25.00
%
Coal 30.00
%
Natural gas 22.00
%
(Aug 2019)BEVPresidential Decree Signed byPresident Jokowi
Source: Localmedia
On 5th August, President Jokowi signed to BEV Presidential Decree and showed will to provide incentive to promote BEV.
Date• Signing – 5th Aug• Interview – 8th Aug
Place • ASEAN Secretariat Building, Jakarta (Interview)
I have signed the EV presidential decree on 8th,Aug
President, Joko Widodo
President’s Interview Disclosed Contents andDirection
Conte
nt
Purpose• To promote BEV in Indonesia Automotive
market and develop BEV industry
Local
contents
requireme
nt
• BEV industry have to fulfill minimum
localization ratio
✓ 35% by 2019, 80% by 2025(4W)
Incentives
• Central government and regional government
can provide fiscal & non fiscal incentive for
BEV
President’s Direction
✓The regionalgovernmentwith big budgetneeds to startgiving incentiveforBEVdevelopment
✓ Exempted from Odd-evenregulation✓ Exempted from parking fee✓ Subsidy forbus &taxioperators to buy BEV
✓MOI is directed to clarify thefollowings:✓ Automotive developmentroadmaps✓ Calculation method for localizationratio✓ Condition ofIKD and CKD✓ Time limitand quotaforCBU import
World HEV Market General Review
HEV market is still 1.7 times as BEV and PHEV market. Japan is leading country of HEV
market in the world.
HEV Sales (2012 - 2017)
3.09%
1.76%
2.37%
20.42%
2.45%
0%
5%
10%
15%
20%
25%
2012 2013 2014 2015 2016 2017
Netherland Switzerland Germany
Norway France England
China Japan US
Source: Marklines
HEV Share (2012 - 2017)
Source: Marklines
1,095
364
112 62 16 41
1,3961,462
1,514
1,376
1,575
1,756
0
200
400
600
800
1,000
1,200
1,400
1,600
1,800
2,000
2012 2013 2014 2015 2016 2017
Japan US China
France England Germany
Netherland Norway Switzerland
(K Units)
1.7 x
BEV,PHEV
HEV
WorldPHEV BEVMarket General Review
PHEV, BEV Sales (2012-2017)
2.94%
1.31%
39.19%
9.90%
2.20%
2012 2013 2014 2015 2016 20170%
5%
10%
15%
20%
25%
30%
35%
40%
45% US
Germany
England
Switzerlan
d
China
Norway
Japan
France
Netherlan
d
PHEV, BEVShare
in Each Country (2012 -2017)
53,172
159,436
96,602
192,478
42,448
118,684
269,991
185,518
115,261
33,611
481,897
307,134
157,181
44,888
567,674
194,578
62,170
535614894548,338
2012 2013 2014 2015 2016 20170
200
400
600
800
1,000
China
Norway
US
Germany
Japan
France
Switzerlan
d
England
Netherlan
d Sum
(KUnits)
PHEV/BEV market expand 6 times in the last 5 years. China become the largest EV market and Norway has the biggest PHEV/BEV share in the world.
x6.5
BEV,PHEV
Source: Marklines Source: Marklines,EAFO
Global Battery ProductionVolume
Recently, the battery production is concentrate in the East Asia, which is leaded by China, Japanese and Korea makers and still under utilization
Global Lib Battery Production Volume in 2016-2021(Estimated)
Source :fka:Roland and Berger2018
Germany
17,824(CATL)
178,448(CATL,BYD)
China
87,235(Panasonic)
J apan
97,540(LG,Samsung)
SouthKorea74,303
(Panasonic,LG)
USA
Cell Production Volume in MWh
(LeadingProduction
Company)
Legends
Name
Flag
9
Penetration Challenge for xEVProduct
Cost, driving distance, and charging time are all key considering points for xEV penetration in Indonesia.
Penetration Requirement
•PHEV and BEV has shorter driving distance
compared with ICE & HEV➢ ICE, HEV: 500 km/ one refill➢ PHEV, BEV: 300 km/ one charge
• Due to high technology of power train,xEV has higher cost compared with xEV
➢ HEV: 1.2 times compared with ICE➢ PHEV, BEV 1.5 times
• The cost is estimated will reduce in
future
•The nectary charging time is different
between xEV➢ ICE, HEV: Charging is not required➢ Rapid Charging: 0.5 hours➢ Normal Charting: 8 hours
ICE xEV
(MillionIDR)
300
600
BEV
PHEV
(Km)
(Hour)
Driving Distance w/ One Charge
AdditionalCost
8
0.1
ICE, HEV
0.5
Rapid Chargin
g
Normal Charging
Source: IOI “Automotive EnergyRoadmap”
3 Key Challenges lead Customer shifting from ICE toxEV
1 Affordable Cost 3 Short Charging TimeBEV,PHEV
HEV
2 Driving Distance BEV,PHEV BEV,PHEV
Estimation based on OriginalPrice
Lithium Ion Battery CostOutlook
Several reports developed by think-tank & consulting firm, lithium ion battery price gap will reduce 50% in the most appropriate condition.
Battery Cost
(10k JPY/kWh)
2.6
1.9
1.4
)
Mckinsey(2017)
NEDO(2013
)BlRoBoSmcebnearr
gio(2 2(2001167)
RB Scenario 1(2016)
IHS (2015)
Average
0
1
2
3
4
5
1.0Rough level
for cost parity w/ ICE
1.1
2015 2016 2017 2018 2019 2020 2021 2022 2023 2024 2025 2026 2027 2028 2029 2030
Sources : NEDO Battery Roadmap 2013、Bloomberg Lithium-ion Battery Costs and Market、IHS Automotive Scenarios: Second-quarter 2016 update、Roland Berger Integrated Fuels and Vehicles
26k JPY ×40kWh=1.04M JPY
37%
8%11
%
6%
15%
24%
Battery Cost
Cathode
Anode
Electrolyte
Non-Material
Cost
Other
Material
Separator
If battery is 40kWh…
1
Roadmap to 2030+ 、 Mckinesy Electrifying insights: How automakers can drive electrified vehicle sales and profitability, *Average cost of CATL, Tianjin, Guoxuan, JEVE, BAK
Back cast Scenario
xEV Market SimulationImage
Output Image
Supported
by
Innovative
Policy
xEV
Penetr
atio
n
【Input for Calculation】- Market segmentation- Battery cost Simulation- Price elasticity, Profit breakeven
point etc.
2020 2030
To gain insight how automotive industry can meet with government target, we develop
xEV market simulation and scenario targeting 2020-2030.
Supported
by Existed
Policy
Fore cast Scenario
BAUScenario
Energy Mix
MeetTarget
B
A
C
Note:InternalImage
Scenario Pattern
Variation of CalculationLogic
Variety of scenarios have been preparedbasedon following incentive conditions
IncentiveScenario(with BBNKB7.5%)Do not provide any incentives
for xEV development
Provide large incentives that
impact law revision
Incentiv
es CO2 Tax
Revision
CO2 Revision will be
conducted
(ICE tax will Increase for 2%)
BBNKBExemption
(ICE 12.5%)
Charging Station
Subsidy
Non Fiscal
Incentive
(Odds-Even)
Same BBNKB apply for all xEV
(Both HEV & BEV are 10%)
No Charging Station Subsidy
No Non-fiscal Incentive
Reduction of BBNKB for BEV
(HEV 10%, BEV7.5%)
Charging Station Subsidy is available
Exemption of Odd-Even Regulation is Applied to xEV
(Approx 17M IDR of reductioneffect)
IncentiveScenario(with BBNKB 5%)
Large Reduction of BBNKB for BEV
(HEV 10%, BEV5%)
BAU Scenario A B C
BEV BEV
BEVHEV
HEV BEV
(10M IDR of reductioneffecBt)EV
orm
atiB
asic
Inf
on
Description
Price Gap for
BEV⇔HEV⇔ICE
(B-Segment 2030 in USD)
Provide incentives that do not impact
law revision
Note:Battery Pricefor BEV is approx. 4.4k USD
ICE HEV BEVICE HEV BEV
16.4 15.4 14.816.416.9
18
ICE HEV BEV
16.4 15.4 16
The incentive Scenario B says BEV will start penetration from 2026 and in total will achieve 585k units in 2030.
-
-
121 148 154 172
121 149 155176
241
61
306
249
126
268
203
277
280
565478
286
289
585
1,256 1,297 1,3401,388
1,4361,486
1,5361,586
1,636
※ CO2 Tax
※RegionalNon - Fiscal Incentive 381
※BBNKBModification
Modification
xEVSales Target (Comparisonbetween Scenario A andB)
B
-
-
121 126 130 135 167 173 179 184 198
1,2131,256 1,297 1,340
1,3881,436
1,4861,536
1,5861,636
1,691 1,691
HEV PV BEV PV
BEV Bus BEV Taxi Total Sells
Market Volume
121 126 130 136 171 179 186 194 211
BAU Sales Scenario Sales Plan after PolicyApplied
BAU Scenario A IncentiveScenario
M/S
M/S PV
(K Units)
9% 12% 1,21312% 34%
13% 17% 17% 49%
xEV Sales Target (Comparison between Scenario A & B)
20202021202220232024202520262027202820292030
Source: Estimation based on IOI“Automotive EnergyRoadmap”, GAIKINDO salesdata
20202021202220232024202520262027202820292030
Note: PV = Total PV Market – LCEV – Non SedanNote: the simulation is based on the condition that infrastructure catch up with global leading countries’ condition
-
-
126 130 135 167 173 179 184 198
121 126 130 136 171 179 186 194211
1,2131,256 1,297 1,340
1,3881,436
1,4861,536
1,5861,636
HEV PV BEV
PV
BEV Bus BEV
Taxi Total
Sells
Market Volume
The incentive Scenario C says BEV will start penetration from 2023 and in total will achieve 585k units in 2030 with rich government incentive.
xEVSales Target (Comparisonbetween Scenario A andC)
C
BAU Sales Scenario Sales Plan after PolicyApplied
BAU Scenario A IncentiveScenario
M/S
M/S PV
(K Units)
-
-
121 148
121 178
154 172
162
336234
254 262 271 280
241 249 268 277286
289
585
1,2131,256 1,297 1,340
1,3881,436
1,4861,536
1,5861,636
1,691 1,691
※ Charging stationincentive
※ BBNKBModification
※ RegionalNon - Fiscal Incentive
※ CO2 Tax Modification
498 517 546 565
23% 34%
33%
49%
9%
12%
13%
17%
20202021202220232024202520262027202820292030
Source: Estimation based on IOI“Automotive EnergyRoadmap”, GAIKINDO salesdata
20202021202220232024202520262027202820292030
Note: PV = Total PV Market – LCEV – Non SedanNote: the simulation is based on the condition that infrastructure catch up with global leading countries’ condition
Break even point
(6,000-
8,000MWh)*
- - 121 126 130 235 375 499 625 751 887
HEV PV
BEV PV
BEV Bus
- - 121 185 212 3542,456
2,897
5,052
5,601
8,133
11,18
1
8
1,561
Lithium Ion Battery Production Target (Total)
Based on incentive scenario B, Indonesia is possible to attract Battery industry in 2028, due to possible to achieving break even point.
※ CO2 Tax Modification
Non - FiscalIncentive
※ BBNKBModification※ Regional
B
BAU BatteryDemand Scenario BAU Battery Demand Scenario withIncentive
BAU Scenario A IncentiveScenario
-- -20202021202220232024202520262027202820292030
20202021202220232024202520262027202820292030
Source: Estimation based on IOI“Automotive EnergyRoadmap”, GAIKINDO sales dataNote: PV =Total PV Market – LCEV – Non Sedan, The simulation is based on the condition that infrastructure catch up with global leading countries’condition*Based on interview result with China and Korea batterymanufacturer company, break even point for small batterymanufacturer
(MWh/Units)
Lithium Ion Battery Production Target (Total)
Based on incentive scenario C, Indonesia is possible to attract Battery industry in 2026, due to possible to achieving break even point.
※RegionalNon - FiscalIncentiv
e
※ BBNKBModification
※ CO2 Tax Modification
C
BAU BatteryDemand Scenario BAU Battery Demand Scenario withIncentive
BAU Scenario A IncentiveScenario
Break even point
(6,000-
8,000MWh)*
(MWh/Units)
- - 121 126 130 235 375 499 625 751 887
HEV PV
BEV PV
BEV Bus
--- -
20202021202220232024202520262027202820292030
20202021202220232024202520262027202820292030
Source: Estimation based on IOI“Automotive EnergyRoadmap”, GAIKINDO sales dataNote: PV =Total PV Market – LCEV – Non Sedan, The simulation is based on the condition that infrastructure catch up with global leading countries’condition*Based on interview result with China and Korea batterymanufacturer company, break even point for small batterymanufacturer
25
- 121 1,179
1,3273,198
3,3516,479
6,752
10,159
10,498
10,840
11,188
11,561
Suggestion on “How to penetrate xEV Industry in Indonesia”
We have several ideas/suggestions on how to penetrate xEV market in Indonesia and would like to share with you about our idea.
Suggestion fromIOI
Industry Improvement(to reduce cost
reduction)
Foreign Direct
Investment Attraction
Market Creation w
Policy Support
Plan Development •Develop realistic industry xEV
action plan and get agreement in stakeholders (On going)
•Create the market with additional policy-CO2 Tax, LCEV-BBNKB, Non Fiscal Incentive
-Charging infra subsidy etc.
•FDI attraction to localize the key component in Indonesia-Battery cell, Battery Pack-Motor, Inverter, Sensor, Etc
•Localization enhancement to increase competitiveness-Realize the battery cost
reduction curve with pass production and improvement-Develop supplier industry
Note: Indonesia AutomotiveInstitute
Next Step’s Biggest Challenge
【Necessary Consideration Point】 Smooth Industry Shifting
The number of the parts of EV is less than the ICE vehicle. At the same time, EV also need to produce new parts like battery, motor etc.
• As the other hand, inside EV we need the new parts like power electricity, Rapid charging plug.
▪ Cylinder head ▪Manual transmission ▪Exhaust manifold
▪Muffler
▪Hydraulic system ▪Ignition plug ▪Fuel tank
Engine Transmission Exhaust
Hydraulic Brake Ignition Device Fuel Parts
• The number of vehicle parts is estimated around 30,000 parts, and parts number of EV will be around 20,000. (Especially the engine related parts is not necessary in the EV)
【Parts not needed in EV (example)】【Parts Necessary for EV】
Disappearing Parts in EV New Necessary Parts inEV
Power Elec.Unit
Rapid Charging Plug
On-board Charger
Lithium-Ion Battery
Battery Control Unit
Power Elec. Control Unit
Synchronous Motor
Home Charging Plug
How to realize Smooth Industry Shift
How to maintain exist investment, employment?
How to attractCapital intensiveProduct anddevelop supplychain
Example : Supply Chain for Automotive BatteryPack
Automotive Battery Industry consists of several components and required integration within the supply chain (from Raw Material, Modul and finally Battery Pack)
Supply Chain for Vehicle BatteryPack
Principle Company
Assembler/ Mfg
Supplier
KaroseriDistri-butor
& Dealer
Charging House
*) Local *) Local
+) Local
MARKET/Customer
Charging Station (Shop)
+)Local
1) Domestic2) Export
Industrial Flow/ Business for Electric Vehicle
TYPE OF INVESTOR1) Foreigners2) Local3) JVC
1) JVC2) Local
+ 3 Core Technology
1) JVC2) Local
Outlet
Outlet
18
EV Development Center, Test and Evaluation
19
*NTA Facilities & Infrastructures
of Testing Process(1) Vehicle
Type Test
(2) ComponentEmission Test -> EnV
Safety -> NCAP #1 #2 #3 #4 dst.(Battery) (Motor) (Inverter) (Other )
Facilities of Testing Technology and Evaluation