semiconductors as key technology in modern mobility sabine herlitschka cto, infineon technologies...
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Semiconductors as Key Technology in Modern Mobility
Sabine Herlitschka
CTO, Infineon Technologies Austria
June, 21st 2012
Copyright © Infineon Technologies 2012. All rights reserved.
Contents
Infineon – The Company and its Automotive Division
Semiconductors as Driver for safe Mobility
Semiconductors as Enabler for Energy Efficiency and eMobility
Summary
Copyright © Infineon Technologies 2012. All rights reserved.
Infineon at a Glance
The Company
Infineon provides semiconductor and system solutions, focusing on three central needs of our modern society:Energy Efficiency, Mobility and Security
Revenue in FY 2011*: 3.997 billion EUR
26,227 employees worldwide (as of April 2012)
Strong technology portfolio with about 15,700 patents and patent applications (as of Sept. 2011)
More than 20 R&D locations
Germany’s largest and Europe’s second largest semiconductor company
Page 3
Copyright © Infineon Technologies 2012. All rights reserved.
We focus on three areas with highly attractive future perspectives
Energy Efficiency Mobility Security
Page 4
Industrial Power Control
Automotive
Chip Card & Security
Power Management & Multimarket
Page 5Copyright © Infineon Technologies 2012. All rights reserved.
Infineon Holds Top Positionsin All Target Markets
#1
PowerPower Chip CardChip Card
#1
AutomotiveAutomotive
#2
Calendar Year 2010.
Source: IMS Research, August 2011.
Calendar Year 2010.
Source: IMS Research, August 2011.
Calendar Year 2011.
Source: Strategy Analytics, April 2012.
14%
Copyright © Infineon Technologies 2012. All rights reserved.
Proportional Revenue Infineon Group by RegionsFY 2010 and FY 2011 *)
Americas
12% 11%
Europe, Middle East,Africa (EMEA)
46% 48%
Asia / Pacific
36% 36%
Japan
6% 5%
FY 2010 FY 2011
26% 27%therein: Germany
18% 17% therein: China
*) change in the regional structure from FY 2011 onwards
Page 6
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Infineon Automotive - We make cars …
Cleaner
Best-in-class powertrain solutions for reduced emissions.
Leading hybrid and electric drivetrain products.
Energy saving electrification of relais & mechanical functions.
Innovative sensors: Magnetics, MEMS and Radar.
Multicore architectures.
SOC solutions.
Highest safety standard compliance (SIL3 / ASIL-D).
Optimized chipsets for low cost cars and E-bikes.
Easy to integrate software and reference kits.
Local expert teams for emerging players.
Safer Affordable
The Automotive Division focuses on Products for three major Growth Drivers
Page 7
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Infineon Automotive Semiconductor Solutions Combine Sense, Compute and Actuate
Sense
Compute
Actuate
Powertrain
Safety
Hybrid Electrical Drives
Body & Convenience
Diesel Engine Mgmt. Gasoline Engine Mgmt. Transmission Control Starter / Alternator
ABS/ESP/Traction Control Suspension Airbag/Restraint Systems Side-airbag Power Steering Tire Pressure Monitoring
Light Control Heating, Ventilation,
Air Condition Door & Seat Smart Battery Terminal
Hybrid motor drive Regenerative braking Battery management
Our target markets
Page 8
Copyright © Infineon Technologies 2012. All rights reserved.
Contents
Infineon – The Company and its Automotive Division
Semiconductors as Driver for safe Mobility
Semiconductors as Enabler for Energy Efficiency and eMobility
Summary
Page 10Copyright © Infineon Technologies 2012. All rights reserved.
"Smarter" cars are needed to further reduce road fatalities
ADAS
Collision Warning / Mitigation
Night vision
Adaptive Cruise control
Lane departure warning
Adaptive light control
Casu
alt
ies*
(Thousa
nds
per
Year)
1950 1960 1970 1980 1990 2000
4
8
12
16
20
24
Regis
tere
d C
ars
(M
illio
ns
of
Unit
s)
10
20
30
40
50
60
on Freeways
Total number of casualties 5,360 Dead
56 mill Cars
21,300 Dead20.8 mill Cars
Number of Cars
* In Germany, Source: Statistisches Bundesamt
1996Side Airbag
1990Re-Unification
1983Pretensione
r1978ABS
1980DriverAirbag1971
Seat Belts 2000ESP
Since 1970 in Germany the Mortality rate declined from 21.300
to 3.750 victims (2010). Same time number of cars increased by 150%
Page 11Copyright © Infineon Technologies 2012. All rights reserved.
Example 1: driver assistance
Radar Safety Applications for Precrash Sensing and Collision Mitigation
Long Range Radar (LRR) Mid Range Radar (MRR) Short Range Radar (SRR)
Adaptive Cruise Control
Collision Mitigation
Stop & Go
Emergency brake Lane Change Support
Blind Spot Detection
Rear Collision Detection
Example 2: Typical TPMS implementation
Copyright © Infineon Technologies 2012. All rights reserved. Page 12
Display
RF Receiver
µC BUS
Control & Receiving Unit
SmartLEWISTM RX+: High Sensitivity Receiver Family TDA5240/35/25
SmartLEWISTM RX+: High Sensitivity Receiver Family TDA5240/35/25
TPMS module
in each wheelin each wheel
Positioning on rim
The TPMS market is driven by legislation
Copyright © Infineon Technologies 2012. All rights reserved. Page 13
Regulated market since Sep 2005, 100% penetration since Sep 2007 In 2010, first noticeable increase in aftermarket potential
New car platforms require TPMS from Nov 2012 All new cars require TPMS starting in Nov 2014 Direct measurement fulfills tighter specification requirements
Japan is expected to adapt EU legislation with 100% penetration in 2016 Adoption of technical specification from EU regulation expected
China: no regulation yet, actual status of technical specification for regulation is “pre-draft”
Beside a regulation-driven TPMS market, a potential TPMS market for trucks is seen
US
US
EU
EU
Jap
an
Jap
an
AP
AC
AP
AC
Korea will introduce TPMS in Jan 2013 with 100% penetration in 2015 and will adopt technical specification from EU regulation
Ko
rea
Ko
rea
Infineon TPMS IC portfolio fulfills direct TPMS solutions with and without localization
Copyright © Infineon Technologies 2012. All rights reserved. Page 14
TPMS
IndirectIndirect
DirectDirect
LocalizationLocalization
non-Localization
non-Localization
within Infineon`s portfolio
Trends towards low cost
localization systems, e.g.
reduction of LF triggers
Trends towards low cost
localization systems, e.g.
reduction of LF triggers
Copyright © Infineon Technologies 2012. All rights reserved.
Contents
Infineon – The Company and its Automotive Division
Semiconductors as Driver for safe Mobility
Semiconductors as Enabler for Energy Efficiency and eMobility
Summary
A new Era: Several Factors increase the Demand for Power Electronics
15.11.2011
Renewable Energy
'90 – '10
eMobility
Efficient Energy Conversion
Growth in BRIC Countries
'10 – '30 Changes
Bildquelle: Facebook
Bildquelle: Tesla
Seite 16Copyright © Infineon Technologies 2011. All rights reserved.
Page 17Copyright © Infineon Technologies 2011. All rights reserved.
ElectricityGeneration
Transmission & Distribution Consumption (example Notebook)
Stone Coal power plant
AC-Transmission
PowerDistribution
Power Supply(AC/DC)
DC supply(DC/DC)
4W 13W 13W
Losses: 31 W
130WMemoryDisplayetc.
Source: Infineon estimate
~ 2
20 W
60W
Mainly thermal losses
Processor
Apr 19, 2023
Most of the Energy is Actually Not “Consumed" But “Lost" on the Way!
EXAMPLE
Page 18Copyright © Infineon Technologies 2011. All rights reserved.
ElectricityGeneration Consumption (example Notebook)
Off-shore Wind Power Plant
HVDCTransmission
Advanced Distribution
90plus Supply(AC/DC)
DC supply(DC/DC)
Processor
3W 5 W 7 W8W
Losses: ~15W(Reduction by 50%)
Source: Infineon estimate
~80 W
Transmission & Distribution
60W
MemoryDisplayetc.
However, it is Possible to Reduce Energy Losses With Use of Power Semiconductors
Apr 19, 2023
EXAMPLE
Page 19Copyright © Infineon Technologies 2011. All rights reserved.
Semiconductors are Expected to Enable 27% Energy Savings Until 2030*
*Source: American Council for an Energy-Efficient Economy, Report Number E094, May 2009** EIA: Energy Information Administration
Scenarios Descriptions
Frozen Efficiency Case Electricity demand intensity remains at 2009's levels
EIA** reference Case EIA Annual Energy Outlook 2009 anticipates decrease of electricity intensity of 1,5% annually, driven by technology advances
Semiconductor-Enabled Efficiency Case
Includes policies and incentives stimulating a greater investment in semiconductor-enabled efficiency technologies
Frozen Efficiency Case
Reference Case
Semiconductor-Enabled Efficiency Scenario
Scenarios of U.S. electricity growth assuming 2.5%annual GDP growth (2008-2030)
Apr 19, 2023
Frozen Efficiency Case
Reference Case
Semiconductor-Enabled Efficiency Case
-27%
Page 20
STAND-BYPOWER
(TV)
up to 90% Saving
potential
(using auxiliarypower supplies)
MOTOR CONTROL
30-40%Saving
potential
~40%of total
electricityconsumption
TRACTION DRIVES
20-30%Saving
potential
(using power semiconductors
e.g. recuperation of braking energy)
AIRCONDITIONER
30-40%Saving
potential
(using Intelligent
Compressor Control)
POWER SUPPLY
up to 40% Saving
Potential
~6%of total
electricityconsumption
LIGHTING
25% Saving
potential
~15%of total
electricityconsumption
INDUCTIVECOOKING
25% Saving
potential
(using inductioninstead of
electric ovens)
Sources: eupec GmbH; BVG- Berlin; Siemens / ECPE, 10/2005
Energy Efficiency Potentials via Power Electronics
Page 21Copyright © Infineon Technologies 2011. All rights reserved.
How Can We Ensure Sustainable Electricity Supply? Smart Grid and Energy Efficiency!
Renewable energies
12
3
4
1
Advanced transmission
2
EV charging and energy storage
3
Grid and smart meter security
4
Smart metering
5
Energy efficient consumption
6
6
6
1
5
1
Smart Grid
Apr 19, 2023
Copyright © Infineon Technologies 2011. All rights reserved. Page 22
Environmental Sustainability at Infineon Our Balance
CO2 savings enabled through our products (1)
4,655,000 tons CO2
1) Considering only Automotive products, ballast control, PC power supply, IFX controllers; real figure is higher2) including manufacturing, transport, travel, material, chemistry, emissions, water, waste water values are based on internal figures as well as official data
CO2 burden of our total operations (2) equivalent to
1,000,000 tons CO2
IFX enables a net ecological benefit of more than
3.6 million tons of CO2 emission reduction per year !
Environmental benefits Environmental burden
IFX is a key enabler of sustainable society
Apr 19, 2023
Page 23Copyright © Infineon Technologies 2012. All rights reserved.
CO2 efficiency comparisonfor a vehicle using 15kWh/100km
CO2
A
A
B
B C
C
xxx g CO2/kmxxx g CO2/kWh
1 km
25%
40%
100%
70%
95%
100%
1.500
690
262
225
104
40
GasolineEngine
Efficiency
ElectricGeneratorEfficiency
Scenario 3
Scenario 2
Scenario 1
Copyright © Infineon Technologies 2012. All rights reserved. Page 24
Classical engine management is a thermal/mechanical energy flow controlled by semiconductors
Engine ManagementElectronic Control
Unit
(eGas) Throttle8A Ch.
4x15A pk.
Ignition Plugs
MPI Injectors
Relays
MIL
Lamp
4x 2.6A
2x 2.6A
4x 1.7A
2x 1A
O2
Relays
2x 5/9A
4x 0.5A
Idle Air Throttle8A Ch.
VVT
EGR-Throttle
Canister purge valve
Swirl/Tumble
Flap
2xADC
Position/Speed
Lambda
Temp
Pressure
SenseControl
&
Communicate
Actuate
Page 25Copyright © Infineon Technologies 2012. All rights reserved.
Lowest power losses enable energy efficient electric drive trains
90% Efficiency
5% Motor losses
5% Inverter losses
Ohmic losses Magnetic
losses Friction
losses
Ohmic losses Junction
losses Switching
losses
Electric motor efficiency Minimal Conduction Losses
Breakdown voltage: 650V; Semiconductor area: 4cm²
Collector Current IC [A]
Satu
rati
on
Volt
ag
e V
CE [
V]
SiC IGBT
0 100 200 300 400
0
1
2
3
4
Si M
osFE
T
Si IGBT
SiC xFET
Page 26Copyright © Infineon Technologies 2012. All rights reserved.
Wafer thickness is the key parameter to reduce power losses
2thicknessdis WaferP ~
Wafer thickness
2006: 70 µmchip technology
2010: 40 µmchip technology
2014: <40 µmchip technology
Copyright © Infineon Technologies 2012. All rights reserved. Page 27
EmissionRegulations
Contrary to combustion engine the use case will determine the eMobility concept
OilPrice
Urbanization Megacities
ICE
InternalCombustion
Engine
Gravity ShiftTowards
Asia
Changing Use Case
HEVMild HybridMild Hybrid
Micro HybridMicro Hybrid
Full HybridFull Hybrid
Plug-in HybridPlug-in Hybrid
FCEV
BEVCityCity
SportsSports
eScooter
eBike
Mileage
Electric Vehicles
Copyright © Infineon Technologies 2012. All rights reserved. Page 28
Electric vehicle is an electrical/mechanical energy flow. All energy has to „flow“ via semiconductors
Main Inverter
DC/DC Converter
Battery Management
On-board Charger
Auxiliary Inverter
Page 29Copyright © Infineon Technologies 2012. All rights reserved.
High-voltage
batteryM
Charger
AC/DC
Low-voltagebattery
HV auxiliaries
High-powerDC/DC
Inverter
HV-LV
DC/DC
Batterymgmt.High-voltage boardnet
Semiconductors pave the way for the transition towards electromobility
System architecture for electric vehicle
Copyright © Infineon Technologies 2012. All rights reserved. Page 30
Is eMobility only good news for Semi Vendors?What are the barriers?
Volu
me,
Volu
me,
…
Towards high volume EV production a lot of barriers have to overcome
Market Development
Uncertainty of market volumesCaptive markets
Fragmentation
Efficiency is key for mileageLowest loss solutions neededEfficiency
Bunch of system concepts competeNo mainstream yetLack of standards
Safety Functional safety requirements not fixed yet
Copyright © Infineon Technologies 2012. All rights reserved.
Contents
Infineon – The Company and its Automotive Division
Semiconductors as Driver for safe Mobility
Semiconductors as Enabler for Energy Efficiency and eMobility
Summary
Page 32Copyright © Infineon Technologies 2012. All rights reserved.
Summary
Major challenges of the automotive industry can only be overcome by innovative semiconductors.
Semiconductors help to reduce energy consumption, CO2 emissions, make traffic safer and cars more affordable.
Higher safety levels will be achieved with driver assistance systems enabled by next generation microcontrollers and innovative sensors.
Latest advances in power semiconductors increase energy efficiency and pave the way towards electrification of drive train.
Our Movie on eMobility: http://www.infineon.com/cms/en/product/promopages/atv_movies/eMobility.html