the future of mobility: implications for the energy sector...source: mckinsey automotive supplier...
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May 25, 2018
The Future of Mobility: Implications for the Energy Sector
World Energy Council Acapulco, Mexico
2 McKinsey & Company
Contents
State of the mobility industry
Scenarios of change
Opportunities of Oil & Gas players
3 McKinsey & Company
Both automotive OEMs and supplier profits have rapidly recovered from the crisis and stabilized margins at 6-7%
1 Includes top 21 OEMs and top 75 suppliers 2 Numbers for 2017 still estimates
SOURCE: McKinsey automotive supplier profit pool, McKinsey automotive profit pool
STATE OF THE MOBILITY INDUSTRY
40
0%
6% 7%
6%
7%
0%
OEM operating profit ~$125 bn
Supplier operating profit ~$50 bn
49 10
50 11
37 12
37 13
37 15
38 14
15 2009
347 16
Supplier profit in % of OEM profit
Supplier & OEM automotive EBIT development1, outside-in, USD billions
TBD 172
X% Supplier EBIT margin X% OEM EBIT margin Suppliers OEMs
30
130 120 110 100
90 80 70 60 50
20 10
0
4 McKinsey & Company
With disruptive scenarios becoming more likely, the share of revenues from disruptive business models could increase to 20-25% by 2030
STATE OF THE MOBILITY INDUSTRY
2030
Automotive revenues based on consumer spend in 2016 and 2030 "Disruption to personal mobility" scenario, USD bn
One-time vehicle sales (incl. xEV and AV)
Aftermarket
2,600
1,270
~ 6,600
1,325
Shared mobility
250
840
3,800
~ 3,500
Disruptive business models
Traditional business models
2016 1 Revenues only, not comprising cost saving potentials
SOURCE: McKinsey Center for Future Mobility
35
Data-enabled services (connectivity)1
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Current and future annual global vehicle sales, millions
Driven by macroeconomics, global vehicle sales will continue to grow, although at a slower pace
SOURCE: McKinsey Center for Future Mobility
HIGH-DISRUPTION SCENARIO
102
22 32 92
13 115
Less private vehicles
New shared vehicles
2030 2016 Macro- economic growth
Private vehicles
STATE OF THE MOBILITY INDUSTRY
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Asia and rest of the world
Europe and North America
2 3
13
21
Current and future annual vehicle sales per city type, millions
The effects of car sharing, urbanization, and macroeconomics on vehicle sales vary greatly by region and city type
HIGH-DISRUPTION SCENARIO
SOURCE: McKinsey Center for Future Mobility
STATE OF THE MOBILITY INDUSTRY
"High-income, dense cities"
"High-income, suburban sprawl"
"Low-income, dense cities"
"Low-income, suburban sprawl"
"Small towns and rural regions"
25 21
9 8
23 22
3 4
2 3
8 10
Private vehicles New shared vehicles Less private vehicles Urbanization and macroeconomic growth
5 5
6
13
2016 2030 2016 2030 2016 2030 2016 2030 2016 2030
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Contents
State of the mobility industry
Scenarios of change
▪ Business models
▪ Electrification
▪ Autonomous driving
Opportunities of Oil & Gas players
8 McKinsey & Company
Contents
State of the mobility industry
Scenarios of change
▪ Business models
▪ Electrification
▪ Autonomous driving
Opportunities of Oil & Gas players
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Business models
The mobility market in 2030 will continue to be product-focused
Future mobility will center around Mobility as a Service (MaaS) with the
car being a supplying part
vs.
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The emerging mobility landscape consists of 5 layers centered around the consumer
SOURCE: McKinsey Center for Future Mobility
SCENARIOS OF CHANGE
Platform owner or integrator
Provider
Producer
Supplier
Infrastructure
Mobility consu- mer
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There are two competing camps emerging in the mobility industry with significant financial power
1 “Disruption to personal mobility” scenario 2 Rest is public transportation, car rental, etc.
SOURCE: McKinsey Center for Future Mobility, Capital IQ
SCENARIOS OF CHANGE
Mobility consu- mer
Revenue pool 20301
in USD
Business model in USD/miles
Miles travelled 20302
as % of total
Investments in USD
SIMPLIFIED
Platform/Provider Producer/Supplier
~37bn Investments in mobility startups since 2010 ~61bn
~168bn Capex 2017 of OEMs
Capex 2017 of OESs
1,325bn Shared mobility
250bn Aftermarket 1,270bn
One-time vehicles sales 3,800bn
Pay per use (mostly) 1.0 – 1.6 One-time
(mostly) 0.3 – 0.4
Shared mobility 3 – 10% Private ownership 55 – 65%
Data-enabled services (connectivity)
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Looking forward, the industry will need to create new solutions to sustain and accelerate rideshare growth
SOURCE: McKinsey Center for Future Mobility, Lunar
SCENARIOS OF CHANGE
#3 Autonomous Vehicles
5+ years #1 Purpose built vehicles
1-3 years
#2 New Multi-Person Transportation Solutions
1-5 years
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Contents
State of the mobility industry
Scenarios of change
▪ Business models
▪ Electrification
▪ Autonomous driving
Opportunities of Oil & Gas players
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Electrification
We are at a tipping point: The race towards full electrification will
significantly increase in the next few years
Long transition phase: EVs cannot be the single solution and a mixed portfolio
is key
vs.
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BEVs expected to reach 20-30+% of total vehicle sales in the EU+US+China by 2030
SOURCE: McKinsey, Literature search, ICCT
E-MOBILITY MARKET OUTLOOK
ICE BEV PHEV HEV
New vehicle sales by powertrain type, percent New vehicle sales by powertrain type, percent Base case EV breakthrough case
~70 USD/kwh ~10% shared vehicle sales
~70-120 g CO2/km
~50 USD/kwh ~15% shared vehicle sales
~60-100 g CO2/km
Co2 Co2
20
65 80
93 98
7 8
2020 2025
Base case assumptions in 2030
5
2 3
2015
9 2
6 32
52 71
92 98
2 2 3
9
2020 2025
EV breakthrough case assumptions in 2030
6
7
16
2030
7
Inflection
2015 2030
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Established OEMs will launch around 103 new BEVs until 2024 with most being introduced around 2019/2020 x Number of BEV launches
PRELIMINARY
SCENARIOS OF CHANGE
1 Includes BMW, Daimler, FCA, Ford, GM, Honda, Hyundai-Kia, PSA, Renault-Nissan, Toyota and Volkswagen
SOURCE: IHS Markit Automotive (Oct 2017); Press; McKinsey
∑ 103 (EUR 40-50 bn invest)
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50-55 mn chargers will be required to support the energy demand from BEVs expected to be on the road by 2030 across US, EU, China, India
SOURCE: McKinsey EV Charging Infrastructure model
Number of chargers, Thousands
2020
9.182
2025
32.616
2030
52.902 (invest of EUR ~150 bn
without grid upgrade)
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While expected lithium capacities will significantly exceed EV demand by 2025, cobalt and class 1 nickel supply will fall short
SOURCE: McKinsey Center for Future Mobility
52
Battery (EV – base)
262 -9%
239
Mine supply
Battery (EV – aggressive)
Demand Supply
210
Cobalt supply will remain short despite announced expansion projects
Cobalt balance in 2025, Kilotons refined metal
860
Mine supply
1,321
Battery (EV – aggressive)
228
Battery (EV – base)
+54%
631
Demand Supply
Lithium balance in 2025, Kilotons lithium carbonate equivalent (LCE)
FORECAST
SCENARIOS OF CHANGE
Battery (EV – base)
1.24
Battery (EV – aggressive)
-19%
Mine supply
Demand Supply
1.53
0.22
1.31
EV battery demand will become a major factor for Class 1 nickel demand
Class 1 nickel balance in 2025, Million metric tons
Announced capacity expansions sufficient to meet future lithium demand
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Contents
State of the mobility industry
Scenarios of change
▪ Business models
▪ Electrification
▪ Autonomous driving
Opportunities of Oil & Gas players
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The evolutionary approach will dominate the AV development and
European auto players are well set to master the challenges ahead
The revolutionary approach will create the AV breakthrough with tech and mobility players making the pace
vs. Autonomous driving
21 McKinsey & Company SOURCE: McKinsey Center for Future Mobility
SCENARIOS OF CHANGE
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1 As of Sep 2017; 2 As of Mar 2017; 3 As of Dez 2017; 4 Full year 2017, according to California DMV disengagement report; 5 As of Mar 2018; 6 No information on AV pilots of Continental and Denso available; 7 Nov 2017
SOURCE: Press search, Company website, McKinsey analysis
System providers6
OEMs
Tech players
Announced date for L4/L5 AVs
25 locations across the US
>5 million4
~5,6004
2018
Boston, Singapore, San Jose, Mountain View, Napa Valley
1,8003
~22.54
2025
First large-scale pilot planned for 2018
200,000
25
2020
Highways in Tucson-Phoenix (Arizona, US) & Shanghai
15,000
n/a
2020
San Francisco, Phoenix (since May 2016)
175,0003
~1,2004
2019
Real-world Autopilot data; on-road testing in "various" locations
~2 billion (Autopilot)
~32
2018
Downtown San Francisco (since 2017)
2,244
4307
2020
Beijing, Wuzhen (since 2015)
<10,0003
~415
2020
Pittsburgh and Arizona (since 2017)
>1 million1 ~0.82 2021
Boston (since Dec 2017), Las Vegas
n/a n/a 2021
FOCUS ON CALIFORNIA
AUTONOMOUS DRIVING
Traditional OEMs and OESs with massive experience from ADAS systems: In 2016 every sold vehicle globally with already 1.5 ADAS features
Reliability rate Miles/disengagement Company
Waymo leading AD miles driven and reliability in the top-down approach AV pilots AD miles driven
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The majority of the US market will be addressable by highly autonomous vehicles in the first half of the 2020s
SOURCE: Expert interviews, DOT, McKinsey Center for Future Mobility
Technology stage
Date becoming available
SCENARIOS OF CHANGE
5,000
3,000
4,000
2,000
0
1,000
Technologically addressable passenger trips in the US Billion passenger miles traveled
4,100 Total 2014 US PMT
Robotaxi 2.0 Robotaxi 3.0
2020-25 2025+
Aggressive introduction of highway driving
Introduction of night time driving
Ability to operate in urban environments
Ability to operate on mixed urban/ suburban + highway trips
All miles, including unmapped/rural areas
Development and validation
2018-20 Ongoing
Robotaxi 1.0
24 McKinsey & Company SOURCE: SILA, McKinsey, CapitalIQ, Pitchbook
Strongly accelerating
Tech players invest significantly more in technology start-ups than automotive players SCENARIOS OF CHANGE
VC/PE and public offering 50%
Tech Player (HW)
19%
111+ USD Bn (100% )
Auto Player 6%
Tech Player (SW)
25%
Total
Netlogic (semiconductors)
InvenSense (sensors)
Otto (self-driving trucks)
Gett (on-demand car service)
HopSkipDrive (ride-sharing service for children)
Turo (private shared vehicles)
Electrification
5
Connectivity 5
1
2
7
8
3
4
9
10 10 Smart Mobility
6
Autonomous 4
Total disclosed investment amount since 2010 Percent of total
Investment acceleration Example companies and invests
Accelerating Flat Significant similarity between companies Individual company
Mobvoi (speech recognition)
Cruise Automation (high-way autopilot system)
25 McKinsey & Company
Contents
State of the mobility industry
Scenarios of change
Opportunities of Oil & Gas players
26 McKinsey & Company
Opportunities for Oil & Gas players
SOURCE: McKinsey Center for Future Mobility
EXAMPLES
Electrification: Do highway retail stations have the opportunity to own the fast charging market?
Business models: Is there a role for O&G players in the operations of shared-mobility fleets?
Autonomous Driving: What could be the role of the retail stations in the regular safety check of autonomous vehicles?
Across trends: Where are opportunities to grow in new value pools (e.g., batteries, sensors)?