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TRANSCRIPT
10/11/2019 1
Power to the WheelsWege zur skalierbaren Mobilität
Ing. Walter Sackl
Director Global Product Management,
Magna Powertrain10/11/2019
2
Agenda
• Future Regulation and impact
• Different customer expactation
• Manage complexity by Building Blocks
• Magna Scalability approach
• e2- Demonstrator
• Summary & Outlook
• Future regulation triggers electrification.
• Considering segmentation of the market several solutions from Mild Hybrid up to BEV will need to satisfy different consumer expectation
• Complexity of powertrain solutions
• The obvious increase of Powertrain solutions needs to be managed.
• How Magna sees the reduction in complexity by our scalability approach: from Mild hybrid to BEV with scalable building blocks
10/11/2019 Disclosure or duplication without consent is prohibited
Air Quality Concerns drive Zero Emission Powertrains
•Transition from fossil fuels to renewable energy sources reduces NOx and PM
•Less fossil fuel consumption reduces quantity of all pollutants
There is significant uncertainty in regional legislation
•Global platform approach is questionable for powertrain systems
•Number of powertrain architectures will expand to ~50 globally
•Modular and scalable powertrain products are needed to support
the wide range of architectures that will emerge
Consumer buying preferences will also drive electrification
•SUV boom (heavier vehicles with more power needed)
•Diesel shares are dropping, resulting in higher fleet CO2
•2017 Fleet Performance increased in 2017 vs. 2016
Legislative Uncertainties and Consumer Preferences
10/11/2019 Disclosure or duplication without consent is prohibited
4
Regional LegislationCO2 Fleet Average Emissions Standards
10/11/2019 D.E. Barnhart Disclosure or duplication without consent is prohibited
0
50
100
150
200
250
300
350
CO
2E
mis
sio
ns (
g/k
m)
160
130
95
81
59
226
161
128137
294
219
186197
188
167
117
95
76
60%
48-64%
63%50-66%
Passenger Car
Light Duty Truck
Passenger Car
Passenger Car
China Industry Development Roadmap 2030Agreement: 2025 15%, 2030 37.5%
Phase-in: 2020 95%; 2021 100%
No
rma
lize
d to
NE
DC
fo
r a
ll re
gio
ns
202620262021 20302015 20252015 20152020 20062006 2006 2006 2015 2020 20202020 2025 20302030 20302021
Proposed Regulation
93*
137*
*current
2025
*current
2025
114
76
154
106
Fleet analysis range
Co2 regulation for USAGE of vehicles
Total Lifecycle
AssessmentParis Agreement perspective
66
Powertrain Share 2025Global and 3 Major Markets
64%
15-25%
3-4%
8–17%3-4%
17-28%
5–8%
38–73%
2-22%
40–51%
10-12%
8–11%
26–42%
Global 2025Powertrain Technology share
For Passenger Cars and
Light Duty Trucks
Global_technologies_2025_V2.31
4%
76%
1%
14%
6%
EU
46%
39%
6%
3%3%
3%US
30%
48%
1%9%
12%
CN
ICE MICROHYBRID MILDHYBRID PHEV / HEV EV
37,6; 41%
16,9; 18%
26,2; 28%
1,6; 2%
5,7; 6% 4,9; 5% Globalin Millions
Source: Magna Fleet Analysis, 11.2018
Powertrain share: average out of considered scenarios
D.E. Barnhart Disclosure or duplication without consent is prohibited
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Summary: Market Trends and Electrification of the Powertrain
Disclosure or duplication without consent is prohibited
Legislation: Increasing uncertainties and regional differences on regulation: Powertrain suppliers must:
• Build scale on key building blocks (eMotor, Inverter, Software) as market shifts towards electrified products
• Focus on modular & scalable platforms based on modular & scalable building blocks for all new products
Magna Fleet Analysis tool enables MPT & OEMs to jointly analyze powertrain architecture options
• Analysis based on compliance with regional legislation and OEM forecasted segment / model mix
• Collaborative studies can lead to significant findings regarding optimum powertrain product portfolio
Market: Magna and other forecasting agencies foresee market growth through 2025 (1.5% - 2.5% CAGR)
• Most significant growth will occur in China (+6M units 2018 – 2025)
• China market has unique legislation and consumer preferences which impacts local product requirements
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Powertrain Evolution
Magna Powertrain’s
products support 29
out of 42 possible
electrified
powertrain
architectures.
The variety and complexity of the powertrain increases with electrification.
Mild Hybrids
# 21
Battery
Electric
Vehicle
# 4
42 Electrification
Architectures
Hybrid Electric Vehicle /
Plug-in Hybrid Electric
Vehicle
# 17
Internal
Combustion
Engine
including
Stop / Start
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Brand
Differentiation
SCALABILITY
Powertrain
DifferentiationModel
Differentiation
End Consumer
ExpectationsLegislation
WE MASTER COMPLEXITY
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250
200
150
100
50
0
eP
ow
er
[kW
]
ICE Power [kW]
0 100 200 300
250
200
150
100
50
0
eP
ow
er
[kW
]
ICE Power [kW]
0 100 200 300
P2.5 Mild Hybrid
P2.5 HV / P4
P2.5 HV + P4
History
Scalable on ICE Power
Future
Scalable on ePower
Shift from scalable ICE power to scalable ePower
Performance Path ICE and Hybrids
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We are setting new
benchmarks with
our broad
electrification
portfolio that includes
highly integrated
systems from
48V to High Voltage.
Plug-in
Hybrid Dual-Clutch
Transmissions
Highly Integrated
eDrive Systems
Electric Drive
Units
eClutches
48V Mild Hybrid
Solutions
Twin eDrive Systems
(Torque vectoring)
Our Solutions
16
37,6; 41%
16,9; 18%
26,2; 28%
5-1
5%
MILDHYBRID 20% Sustainable
CO2 reduction
by ReGen
Tank to Wheel
up to 80%
CO2 reduction
depending on Well to Tank
PHEVEV
HEV
41%
18%
28%
2%6%
5%
START
STOP
ICE
100%
CO2 Reduction
Well to Wheel
18
11 MPT Building Blocks defined
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1919
Scalability Approach
offering
electrified
systems with
scalable
building blocks,
is key to reflect
varying
customer
requirements.
10/11/2019 Disclosure or duplication without consent is prohibited
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Highly Integrated eDrive System
• Scalable PSM Motor
from 48V to HV Systems ( 25 - 160 kW)
• Up to 15,000 rpm
• AWD Functionality
• Optional Torque Vectoring -function
Hybrid DCT
• Scalable functionality from mild
to plug-in (400V)
• Scalable eMachine from 48V to
HV Systems ( 15kW – 120kW)
• Exclusive torque-split concept
for hybridization
• Scalable CO2 benefits
• Scalable lateral dynamics
• Scalable longitudinal dynamics
• Scalable All-Wheel Drive
• Scalability SW functions to support diversified OEM branding
10/11/2019 Disclosure or duplication without consent is prohibited
Driveline Layout
21
PERFORMANCEScalability Approach
SY
ST
EM
PO
WE
R
Low Power ICE
+ DCT
Low Power ICE
+ HDT/P4 Low
48V
Low Power ICE
+ HDT and P4
Low 48V
Low Power ICE
+ HDT and P4
MID HVLow Power ICE
+ HDT or P4
MID HV
LEVEL OF ELECTRIFICATION
10/11/2019 Disclosure or duplication without consent is prohibited
PHEV 25 kW P2.5+P4 25 kW
PHEV 85 kW
PHEV 78 kW P4
CO2 Improvement
Ac
ce
lera
tio
n
0-1
00
kp
h
eM
oto
r
Po
we
r
Ve
hic
le
Dyn
am
ics
Gradeability ICE Power
Conventional ICE
Hybrid Scalability: Performance PHEV P2.5+P4
Disclosure or duplication without consent is prohibited
48V Mild Hybrid
PHEV 85 kW P2.5+P4 78 kW
BCM
High Voltage (HV)
BatteryICE 100 kW
Fuel tank7HDT300
12 V
BatteryInverter
Converter
Plug-In
78 kW85 kW
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CO2 Improvement
Ac
ce
lera
tio
n
0-1
00
kp
h
eM
oto
r
Po
we
r
Ve
hic
le
Dyn
am
ics
Gradeability ICE Power
PHEV P2.5+P4 Eco
Hybrid Scalability: Differentiation by Software Application
Disclosure or duplication without consent is prohibited
PHEV P2.5+P4 Auto
PHEV P2.5+P4 Sport
BCM
High Voltage (HV)
BatteryICE 100 kW
Fuel tank7HDT300
12 V
BatteryInverter
Converter
Plug-In
78 kW85 kW
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Conventional Combustion Engine
Front-Wheel Drive
48V Mild Hybrid –
Front-Wheel DriveHV Plug-in Hybrid –
Front-Wheel Drive
48V Mild Hybrid –
All-Wheel Drive
Battery Electric Vehicle
Rear-Wheel Drive
Battery Electric Vehicle
Rear-Wheel Drive
Battery Electric Vehicle
All-Wheel Drive
Battery Electric Vehicle
All-Wheel Drive
HV Plug-in Hybrid –
All-Wheel Drive
HV Plug-in Hybrid –
All-Wheel Drive
CONVENTIONAL ICE 48V MILD HYBRID HV PLUG-IN HYBRID BATTERY ELECTRIC VEHICLE
10/11/2019 Disclosure or duplication without consent is prohibited
e2 Demonstrator nominiert Österreichischer Staatspreis Mobilität 2019
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Conventional Combustion Engine
Front-Wheel Drive
48V Mild Hybrid –
All-Wheel Drive
HV Plug-in Hybrid –
All-Wheel Drive
10/11/2019 Disclosure or duplication without consent is prohibited
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Conventional Combustion Engine
Front-Wheel Drive48V Mild Hybrid –
All-Wheel Drive
HV Plug-in Hybrid –
All-Wheel DriveConventional Combustion Engine
Front-Wheel Drive
48V Mild Hybrid –
All-Wheel Drive
HV Plug-in Hybrid –
All-Wheel Drive
10/11/2019 Disclosure or duplication without consent is prohibited
Disclosure or duplication without consent is prohibited 39
Hybrid Scalability: Performance PHEV P2.5+P4
Acceleration
Cost
Traction Snow
CO2 Savings
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Vehicle Dynamic 4WD TV Longitudinal
Disclosure or duplication without consent is prohibited 40
50%
Regeneration (Braking)
Traction Incline / Step-µ
Acceleration
Handling Performance
Handling Stability / Safety
100% FA100% RA
Efficiency Efficiency
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Vehicle Dynamic RWD + TV Lateral
Disclosure or duplication without consent is prohibited41
50%
Re
ge
ne
rati
on
(B
rak
ing
)
Tra
cti
on
In
cli
ne
/ S
tep
-µ
Ac
ce
lera
tio
n
Han
dli
ng
Pe
rfo
rma
nc
e
Han
dli
ng
Sta
bil
ity /
Sa
fety
Efficiency
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Vehicle Dynamics 4WD TV Longitudinal+ TV Lateral
Disclosure or duplication without consent is prohibited42
50%
Regeneration
100% FA100% RA
Traction Incline
/ Step-µ
Handling
Stability / SafetyHandling
PerformanceAcceleration
Efficiency Efficiency
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SHAPING THE FUTUREMASTERING COMPLEXITY
POWERTRAIN
ELECTRIFICATION
Delivering a
scalable modular
platform for driving
performance and
CO2 reduction
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7DCT300
7HDT300 48V
4HDT230 HV
eDS HV Low
eDS 48V Traction
eDS HV Low
eDS HV Mid
eDS HV TV
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