(electro)mobility - quo vadis?€¦ · (electro)mobility - quo vadis? mega trends . 6 . renewable...
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(Electro)mobility - quo vadis?
1 Vector E-Mobility Engineering Day 2017 - 27.4.2017 28.04.2017
Dr.-Ing Joachim Fetzer
Agenda
1. Mega trends and their influence on (e-)mobility 2. Automotive market – prognosis 3. Facts and figures eMobility
• Batteries – price, energy density • Charging infrastructure • Ressources • CO2 footprint
4. China – the eMobility leader and driver? 5. Conclusion and outlook
2 28.04.2017 Vector E-Mobility Engineering Day 2017 - 27.4.2017
(Electro)mobility - quo vadis? Mega trends
3 28.04.2017
Mega cities
Smart cities
Renewable energy/electricity
Distributed energy systems
Internet of things, big data, AI
Smart grids and smart renewables
Robotics and self driving cars
New business models
Eco-System (e)Mobility
Perfomance and cost of batteries
Vector E-Mobility Engineering Day 2017 - 27.4.2017
(Electro)mobility - quo vadis? Mega trends
4
Mega cities (> 10mio inhabitants)
28.04.2017
2015*: 28 Mega cities 2030*: 41 Mega cities 1950*: 30% lived in cities** 2050*: 65% will live in cities** * UN report 2014 ** > 1mio inhabitants
Vector E-Mobility Engineering Day 2017 - 27.4.2017
(Electro)mobility - quo vadis? Mega trends
6
Renewable energy/electricity
28.04.2017
95% of all PV systems worldwide have been installed between 2012 – 2016
Vector E-Mobility Engineering Day 2017 - 27.4.2017
1997 2013
(Electro)mobility - quo vadis? Mega trends
10
Robotics and self driving cars
28.04.2017 Vector E-Mobility Engineering Day 2017 - 27.4.2017
(Electro)mobility - quo vadis? Mega trends
11 28.04.2017
Open SW platforms (e.g. Android in
vehicles)
Battery Leasing / Second Life Car = part of cloud and smart grid
Intermodal mobility
Vector E-Mobility Engineering Day 2017 - 27.4.2017
New business models
(Electro)mobility - quo vadis? Mega trends
14 28.04.2017
Mega cities
Smart cities
Renewable energy/electricity
Distributed energy systems
Internet of things, big data, AI
Smart grids and smart renewables
Robotics and self driving cars
New business models
Eco-System (e)Mobility
Perfomance and cost of batteries
Vector E-Mobility Engineering Day 2017 - 27.4.2017
Agenda
1. Mega trends and their influence on (e-)mobility 2. Automotive market – prognosis 3. Facts and figures eMobility
• Batteries – price, energy density • Charging infrastructure • Ressources • CO2 footprint
4. China – the eMobility leader and driver? 5. Conclusion and outlook
15 28.04.2017 Vector E-Mobility Engineering Day 2017 - 27.4.2017
(Electro)mobility - quo vadis? Automotive market – prognosis
total market 105 - 108 mio. 97 – 99 mio. 89 mio.
2.2
1.9
[mio
. veh
icle
s]
4.5 5.2
EV Electric Vehicle HEV Hybrid Electric Vehicle PHEV Plug-in Hybrid Electric Vehicle
Vehicle sales PC incl. LCV<6t
28.04.2017
Source: Studies, e.g. CAM
Vector E-Mobility Engineering Day 2017 - 27.4.2017
0
5
10
15
20
25
30
2015 2020 2025
Diagrammtitel
HEV PHEV EV upper prognosis EV + PHEV
16
[year]
Agenda
1. Mega trends and their influence on (e-)mobility 2. Automotive market – prognosis 3. Facts and figures eMobility
• Batteries – price, energy density • Charging infrastructure • Ressources • CO2 footprint
4. China – the eMobility leader and driver? 5. Conclusion and outlook
17 28.04.2017 Vector E-Mobility Engineering Day 2017 - 27.4.2017
(Electro)mobility - quo vadis? Facts and figures eMobility - batteries
18
1
City- EV Vehicle classes Mini Sub-compact Compact
2
Compact class Vehicle classes Compact- and middle class Compact class SUVs Roadster
3
Premium class Vehicle classes Upper- and higher middle Luxury Large-SUVs Sport
EV dedicated vehicle platforms drives differentiation of EV Battery by: Cost, energy density, power and lifetime
28.04.2017
Source: Robert Bosch GmbH, 2016
Vector E-Mobility Engineering Day 2017 - 27.4.2017
0
200
400
600
800
1000
2016 2020 2025
Small economical limit
Small technical limit
Compact/Middle economical limit
Compact/Middle technical limit
Premium economical limit
Premium technical limit
(Electro)mobility - quo vadis? Facts and figures eMobility - batteries
22
Assuming pack cost 20% of vehicle sales price is economical limit:
City EV and medium class vehicles driving range limited mainly by battery cost Premium EV driving range limited by volumetric energy density
Driv
ing
Rang
e [k
m]
Premises battery volume • City EV: 130 l • Compact/Middle: 280 l • Premium: 320 l
1 City EV economical limit City EV technical limit 2 Compact/Middle economical limit Compact/Middle technical limit 3 Premium economical limit Premium technical limit
28.04.2017 Vector E-Mobility Engineering Day 2017 - 27.4.2017
Source: Robert Bosch GmbH, 2016
(Electro)mobility - quo vadis? Facts and figures eMobility - batteries
23 28.04.2017
0
100
200
300
400
500
2015 2020 2025
Cost
[EU
R/kW
h]
Cell Pack
€ € €
1
2
€ € €
3
€ € €
Vector E-Mobility Engineering Day 2017 - 27.4.2017
Source: Robert Bosch GmbH, 2016
(Electro)mobility - quo vadis? Facts and figures eMobility - batteries
24 28.04.2017
0
200
400
600
800
1000
2015 2020 2025
Ener
gy d
ensi
ty [W
h/l]
1
2
3
Cell Pack
Vector E-Mobility Engineering Day 2017 - 27.4.2017
Source: Robert Bosch GmbH, 2016
(Electro)mobility - quo vadis? Facts and figures eMobility - charging
26 28.04.2017
Europe Charging power 3 kW 50 kW 150 kW
Premium services 22 kW 350 kW
Infrastructure will provide enough power for Fast Charging in the future Charging infrastructure is the crucial resource for EV breakthrough Impact of fast charging (1C…3C) on relevant battery KPIs is limited
Asia Charging power 3 kW 50 kW 100 kW
Premium services
North America
Charging power 3 kW 50 kW 150kW
Premium services 350 kW
Source: Robert Bosch GmbH, 2016 Vector E-Mobility Engineering Day 2017 - 27.4.2017
Li-Ion Batteries go Automotive
1) http://minerals.usgs.gov/minerals/pubs/commodity 2) The economics of Lithium, 11th edition, 2009, Roskill Information
(Electro)mobility - quo vadis? Facts and figures eMobility - resources
Resources 90m EV*/Year Worldwide Production Reserve
Aluminium, Al 9.03 Mio. t 92 Mio. t 12150 Mio. t 1)
Copper, Cu 7.02 Mio. t 16 Mio. t 550 Mio. t 1)
Lithium, Li 700,000 t 27,000 t 28 Mio. t 2)
Nickel, Ni 1.31 Mio t 1.6 Mio. t 70 Mio. t 1)
Cobalt, Co 700,000 t 35,300 t 7.1 Mio. t 1)
Mangan, Mn 4.8 Mio. t 14 Mio. t 500 Mio. t 1)
*EV Battery: 60 kWh, NCM111 cathode
27 Vector E-Mobility Engineering Day 2017 - 27.4.2017
(Electro)mobility - quo vadis? Facts and figures eMobility - CO2 footprint
0
1000
2000
3000
4000
5000
6000
7000
8000
0 15000 30000 45000
CO2 footprint ICE PC vs. electric PC for German electricity mix
ICE PC Electric PC
29
8000
2000
4000
6000
[kg
CO2_
eq]
[km] 15000 30000 45000 German electricity mix in 2015: 535 g CO2/kWh Battery production (40 kWh): Equivalent of 2,500 kg CO2 (from resources to end-of-life Sources: Shell analysis as well as Prof. Dr. Karl-Heinz Pettinger, Hochschule Landshut Assumptions: • 7 l/100 km: 165 g CO2/km (tank to wheel) • 18 kWh/100 km • 15,000 km/a average driving distance
App. 2.5 years for break-even for overall CO2 footprint
Vector E-Mobility Engineering Day 2017 - 27.4.2017
Agenda
1. Mega trends and their influence on (e-)mobility 2. Automotive market – prognosis 3. Facts and figures eMobility
• Batteries – price, energy density • Charging infrastructure • Ressources • CO2 footprint
4. China – the eMobility leader and driver? 5. Conclusion and outlook
30 28.04.2017 Vector E-Mobility Engineering Day 2017 - 27.4.2017
(Electro)mobility - quo vadis? China – the eMobility leader and driver?
32 Vector E-Mobility Engineering Day 2017 - 27.4.2017
(Electro)mobility - quo vadis? China – the eMobility leader and driver?
33 Vector E-Mobility Engineering Day 2017 - 27.4.2017
Time in years to reach 100m users from launch in China
(Electro)mobility - quo vadis? China – the eMobility leader and driver?
34 Vector E-Mobility Engineering Day 2017 - 27.4.2017
(Electro)mobility - quo vadis? China – the eMobility leader and driver?
35 Vector E-Mobility Engineering Day 2017 - 27.4.2017
0
100000
200000
300000
400000
500000
600000
CN US NO GB FR DE
EV + PHEV
EV + PHEV
[No.
of P
HEV
+ EV
sold
in 2
016]
(Electro)mobility - quo vadis? China – the eMobility leader and driver?
36 Vector E-Mobility Engineering Day 2017 - 27.4.2017
0
0,5
1
1,5
2
CN US GB FR DE
EV + PHEV
EV + PHEV
[Mar
ket s
hare
of P
HEV
+ EV
in %
201
6]
(Electro)mobility - quo vadis? China – the eMobility leader and driver?
37 Vector E-Mobility Engineering Day 2017 - 27.4.2017
0
5
10
15
20
25
30
35
CN US NO GB FR DE
EV + PHEV
EV + PHEV
[Mar
ket s
hare
of P
HEV
+ EV
in %
201
6]
(Electro)mobility - quo vadis? China – the eMobility leader and driver?
38 Vector E-Mobility Engineering Day 2017 - 27.4.2017
0
20000
40000
60000
80000
100000
120000
140000
2011 2012 2013 2014 2015 2016
Electric buses
Electric buses [year]
[Ann
ual s
ales
of e
lect
ric b
uses
in C
hina
]
Sales of buses in China in 2016: 503,000
(Electro)mobility - quo vadis? Automotive market – 2016 vs. 2015
39 Vector E-Mobility Engineering Day 2017 - 27.4.2017
Source: CAM
Agenda
1. Mega trends and their influence on (e-)mobility 2. Automotive market – prognosis 3. Facts and figures eMobility
• Batteries – price, energy density • Charging infrastructure • Ressources • CO2 footprint
4. China – the eMobility leader and driver? 5. Conclusion and outlook
40 28.04.2017 Vector E-Mobility Engineering Day 2017 - 27.4.2017
(Electro)mobility - quo vadis? Conclusion and outlook • Battery technology ready for automotive series production
nevertheless further cost down necessary • EV CO2 footprint already with today‘s electricity mix* better as
with ICE driven cars • (Fast) charging infrastructure crucial (also to reduce battery costs per
vehicle) • China is trying to lead the NEV** market worldwide • Smart renewable energy will provide cheaper electricity costs
41 Vector E-Mobility Engineering Day 2017 - 27.4.2017
*Germany ** NEV: New Energy Vehicle