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Transcript of Power electronics roadmap - Automotive Council UK · Power electronics roadmap 2010 2015 2020 2025...
Power electronics roadmap
2015 2020 2025 20302010
Prototype Production
Autotuning invertors
PE system level integration Integration of DC/DC & chargers PE system level integration Integration of invertors & motors
Source:Automotive Council Technology Group 2013
Resonant convertors
>150oC
3.3$/kW 5$/kW 7.9$/kW 12kW/kg + 12kW/l 11kW/kg + 9kW/l 14kW/kg + 13kW/l
High power density inverters
Low cost inverters
Power electronics monitoring IGBT(SiC/GaN/SICN) drive
~90oC High temp inverters
High temp inverters
Power electronics roadmapLightweight vehicle and power train roadmap
130 95 TBDEU Fleet Average CO2 Targets (g/km)
Sm
all
Med
ium
Larg
e
Aluminium (BIW, bolt-on panels, chassis) Lightweight roof systems Lightweight seat systems
Mass Reduction(on 2012 mass)
Source:Automotive Council Technology Group 2013
Steel (UHSS, tube hydroforming, hot stamping) Lightweight seat systems
Lightweight structural plastics Sheet moulding compound panel
2010 2015 2020 2025 2030
Gen
eral
R
adic
al
Aluminium thin-wall HPDC casting
Mass Reduction(on 2012 mass) -120kg
Alternative lightweight vehicle architecturesNumerically intensive computing & CAE multi-physics optimisation
Real world data (RWD) & structural health monitoring
Metal matrix composites Magnesium (sheet)
Magnesium structural (castings)
Carbon composite BIW
-290kg
TitaniumLW transmission & driveline
-435kg
Hybrid materials
-200kgMass Reduction(on 2012 mass)
-170kg -425kg
Carbon composite bolt on panels
2015 2020 2025 20302010
Induction
Prototype Production
Trac
tion
Mot
ors
New
Arc
hite
ctur
e &
Sy
stem
s Int
egra
tion
PM content reduction
Hybrid motors
Switched reluctance
Multistage
Thermal management
Modular single speed
Permanent Magnet
Traction motors & generators roadmap (<40kW)
Synchronous reluctance
Integrated electric powertrain & vehicle cooling
Wheel motors: direct drive
Wheel motors: geared drive
Source:Automotive Council Technology Group 2013
Traction motion gearbox Multispeed torque cut gear shifts
Integrated single speed traction motion gearbox
Multispeed power shift
48V Micro/mild hybrid
Development of lighter weight induction machines
Advanced electronics and control provides step change
Traction motors & generators roadmap (<40kW)Lightweight vehicle and power train roadmap
130 95 TBDEU Fleet Average CO2 Targets (g/km)
Sm
all
Med
ium
Larg
e
Aluminium (BIW, bolt-on panels, chassis) Lightweight roof systems Lightweight seat systems
Mass Reduction(on 2012 mass)
Source:Automotive Council Technology Group 2013
Steel (UHSS, tube hydroforming, hot stamping) Lightweight seat systems
Lightweight structural plastics Sheet moulding compound panel
2010 2015 2020 2025 2030
Gen
eral
R
adic
al
Aluminium thin-wall HPDC casting
Mass Reduction(on 2012 mass) -120kg
Alternative lightweight vehicle architecturesNumerically intensive computing & CAE multi-physics optimisation
Real world data (RWD) & structural health monitoring
Metal matrix composites Magnesium (sheet)
Magnesium structural (castings)
Carbon composite BIW
-290kg
TitaniumLW transmission & driveline
-435kg
Hybrid materials
-200kgMass Reduction(on 2012 mass)
-170kg -425kg
Carbon composite bolt on panels
2015 2020 2025 20302010
Induction
Prototype Production
Trac
tion
Mot
ors
New
Arc
hite
ctur
e &
Sy
stem
s Int
egra
tion
PM content reduction
Hybrid motors
Switched reluctance
Multistage
Thermal management
Modular single speed
Permanent magnet
Traction motor & generator roadmap (100kW +)
Synchronous reluctance
Integrated electric powertrain & vehicle cooling
Wheel motors: direct drive
Wheel motors: geared drive
Source:Automotive Council Technology Group 2013
Traction motion gearbox Multispeed torque cut gear shifts
Integrated single speed traction motion gearbox
Multispeed power shift
Traction motor & generator roadmap (100kW +)Lightweight vehicle and power train roadmap
130 95 TBDEU Fleet Average CO2 Targets (g/km)
Sm
all
Med
ium
Larg
e
Aluminium (BIW, bolt-on panels, chassis) Lightweight roof systems Lightweight seat systems
Mass Reduction(on 2012 mass)
Source:Automotive Council Technology Group 2013
Steel (UHSS, tube hydroforming, hot stamping) Lightweight seat systems
Lightweight structural plastics Sheet moulding compound panel
2010 2015 2020 2025 2030
Gen
eral
R
adic
al
Aluminium thin-wall HPDC casting
Mass Reduction(on 2012 mass) -120kg
Alternative lightweight vehicle architecturesNumerically intensive computing & CAE multi-physics optimisation
Real world data (RWD) & structural health monitoring
Metal matrix composites Magnesium (sheet)
Magnesium structural (castings)
Carbon composite BIW
-290kg
TitaniumLW transmission & driveline
-435kg
Hybrid materials
-200kgMass Reduction(on 2012 mass)
-170kg -425kg
Carbon composite bolt on panels
Power train (ICE) technology roadmap
130 95 TBDEU Fleet Average CO2 Targets (g/km)
2015 2020 2025 20302010
Ena
blin
g
Tech
nolo
gie
sS
yste
ms
Effi
cien
cy
Air Quality Euro 52009
Euro 62014
Euro 72019?
Flexible valve trains (timing/lift/actuation)
Variable power ancillaries Downspeeding for lower friction
Downsizing & boosting technologies
Organic rankine cycles Electrical turbocompound
Mech. turbocompound
Fuel injection system optimisation
The
rmal
E
ffici
ency
High efficiency low NOx combustion concepts Increased charge air boost efficiency/range
Lower mechanical friction (coatings/bearings/etc)
Thermo-electric generators Integrated electrification & energy recovery technologies
Low thermal inertia/fast warm-up systems
Active charge thermal management/control
Thermal energy storage/fast warm-upFlexible/fast response boost
Advanced/new lightweight materials
Integrated PM and NOx emissions control systems Real Time Models Model Based Control Closed loop/feed back tuning
Reduced combustion heat losses
Split/recuperated cycle
Power train (ICE) technology roadmapLightweight vehicle and power train roadmap
130 95 TBDEU Fleet Average CO2 Targets (g/km)
Sm
all
Med
ium
Larg
e
Aluminium (BIW, bolt-on panels, chassis) Lightweight roof systems Lightweight seat systems
Mass Reduction(on 2012 mass)
Source:Automotive Council Technology Group 2013
Steel (UHSS, tube hydroforming, hot stamping) Lightweight seat systems
Lightweight structural plastics Sheet moulding compound panel
2010 2015 2020 2025 2030
Gen
eral
R
adic
al
Aluminium thin-wall HPDC casting
Mass Reduction(on 2012 mass) -120kg
Alternative lightweight vehicle architecturesNumerically intensive computing & CAE multi-physics optimisation
Real world data (RWD) & structural health monitoring
Metal matrix composites Magnesium (sheet)
Magnesium structural (castings)
Carbon composite BIW
-290kg
TitaniumLW transmission & driveline
-435kg
Hybrid materials
-200kgMass Reduction(on 2012 mass)
-170kg -425kg
Carbon composite bolt on panels
5
Passenger car low carbon technology roadmapAutomotive technologies: the UK’s current capability Passenger Car Low Carbon Technology Roadmap
Mass Market EV Technology Niche EVs
2020 2000 2010 2030
Full Hybrid
Micro/Mild Hybrid
130 95 TBD EU Fleet Average CO2 Targets (g/km)
2040
Plug-In Hybrid
IC Engine and Transmission innovations (gasoline/diesel/gas/renewables)
Demonstrators Fuel Cell Vehicle
Demonstrators Charging Infrastructure
H2 Infrastructure
Energy Storage Breakthrough
Energy Storage Breakthrough
Vehicle Weight and Drag Reduction
Fuel Cell & H2 Supply/Storage Breakthrough
Lightweight vehicle and power train roadmap
130 95 TBDEU Fleet Average CO2 Targets (g/km)
Sm
all
Med
ium
Larg
e
Aluminium (BIW, bolt-on panels, chassis) Lightweight roof systems Lightweight seat systems
Mass Reduction(on 2012 mass)
Source:Automotive Council Technology Group 2013
Steel (UHSS, tube hydroforming, hot stamping) Lightweight seat systems
Lightweight structural plastics Sheet moulding compound panel
2010 2015 2020 2025 2030
Gen
eral
R
adic
al
Aluminium thin-wall HPDC casting
Mass Reduction(on 2012 mass) -120kg
Alternative lightweight vehicle architecturesNumerically intensive computing & CAE multi-physics optimisation
Real world data (RWD) & structural health monitoring
Metal matrix composites Magnesium (sheet)
Magnesium structural (castings)
Carbon composite BIW
-290kg
TitaniumLW transmission & driveline
-435kg
Hybrid materials
-200kgMass Reduction(on 2012 mass)
-170kg -425kg
Carbon composite bolt on panels
Commercial and off-road technology roadmap
2020 2050 2030 2040 2010
UK CO2 Target GHG -
greenhouse gas
CO2 and GHG reduction
Air Quality Improvements
LD Van CO2 noitalugeR
Possible HD/MD CO2 Regulation D
river
s CO2 reductions limited by air quality regulations
Fuel cell vehicles Fuel Cell APUs
H2 infrastructure
Demos Plug in hybrid
Micro/Mild hybrid Full hybrid
Med
ium
Dut
y C
ycle
s
Niche EVs Commercial/Off-Highway EV’s
Ligh
t Dut
y C
ycle
s
Powertrain efficiency improvements/ancillary electrification
Advanced highway vehicle aerodynamics/selective lightweighting
Sustainable liquid/gaseous fuels
Waste heat recovery Advanced thermodynamic cycles Biofuels
Intelligent vehicles logistics – operational efficiency (On & Off-highway)
Hea
vy D
uty
Cyc
les
IC Engine efficiency improvements
Breakthrough in energy storage
“Zero” Air Quality Impact
Source: Automotive Council Technology Group 2012
Commercial and off-road technology roadmapLightweight vehicle and power train roadmap
130 95 TBDEU Fleet Average CO2 Targets (g/km)
Sm
all
Med
ium
Larg
e
Aluminium (BIW, bolt-on panels, chassis) Lightweight roof systems Lightweight seat systems
Mass Reduction(on 2012 mass)
Source:Automotive Council Technology Group 2013
Steel (UHSS, tube hydroforming, hot stamping) Lightweight seat systems
Lightweight structural plastics Sheet moulding compound panel
2010 2015 2020 2025 2030
Gen
eral
R
adic
al
Aluminium thin-wall HPDC casting
Mass Reduction(on 2012 mass) -120kg
Alternative lightweight vehicle architecturesNumerically intensive computing & CAE multi-physics optimisation
Real world data (RWD) & structural health monitoring
Metal matrix composites Magnesium (sheet)
Magnesium structural (castings)
Carbon composite BIW
-290kg
TitaniumLW transmission & driveline
-435kg
Hybrid materials
-200kgMass Reduction(on 2012 mass)
-170kg -425kg
Carbon composite bolt on panels
Lightweight vehicle and power train roadmap
130 95 TBDEU Fleet Average CO2 Targets (g/km)
Sm
all
Med
ium
Larg
e
Aluminium (BIW, bolt-on panels, chassis) Lightweight roof systems Lightweight seat systems
Mass Reduction(on 2012 mass)
Source:Automotive Council Technology Group 2013
Steel (UHSS, tube hydroforming, hot stamping) Lightweight seat systems
Lightweight structural plastics Sheet moulding compound panel
2010 2015 2020 2025 2030
Gen
eral
R
adic
al
Aluminium thin-wall HPDC casting
Mass Reduction(on 2012 mass) -120kg
Alternative lightweight vehicle architecturesNumerically intensive computing & CAE multi-physics optimisation
Real world data (RWD) & structural health monitoring
Metal matrix composites Magnesium (sheet)
Magnesium structural (castings)
Carbon composite BIW
-290kg
TitaniumLW transmission & driveline
-435kg
Hybrid materials
-200kgMass Reduction(on 2012 mass)
-170kg -425kg
Carbon composite bolt on panels
Lightweight vehicle and power train roadmapLightweight vehicle and power train roadmap
130 95 TBDEU Fleet Average CO2 Targets (g/km)
Sm
all
Med
ium
Larg
e
Aluminium (BIW, bolt-on panels, chassis) Lightweight roof systems Lightweight seat systems
Mass Reduction(on 2012 mass)
Source:Automotive Council Technology Group 2013
Steel (UHSS, tube hydroforming, hot stamping) Lightweight seat systems
Lightweight structural plastics Sheet moulding compound panel
2010 2015 2020 2025 2030
Gen
eral
R
adic
al
Aluminium thin-wall HPDC casting
Mass Reduction(on 2012 mass) -120kg
Alternative lightweight vehicle architecturesNumerically intensive computing & CAE multi-physics optimisation
Real world data (RWD) & structural health monitoring
Metal matrix composites Magnesium (sheet)
Magnesium structural (castings)
Carbon composite BIW
-290kg
TitaniumLW transmission & driveline
-435kg
Hybrid materials
-200kgMass Reduction(on 2012 mass)
-170kg -425kg
Carbon composite bolt on panels
High energy (overlithiated) lithium nickel cobalt manganese oxide v Silicon based composite electrodes
Mic
ro H
ybri
d(1
2V)
Passenger Car LCV Energy Storage Echem Tech Roadmap
Source :Automotive Council Technology Group 2013
2010 2015 2020 2025 2030
Lithium iron phosphate
Full
Hyb
rid
(<40
0V)
Mild
Hyb
rid
(48V
)
Plu
g in
hyb
rid
(200
-400
V)
Bat
tery
‘pur
e’ E
V (2
50-5
00v)
Advanced Lead Acid Cell eg Lead-carbon/asymmetric capacity
Lithium titanate Adv lithium titanate Adv lithium iron phosphate
Lithium mixed metal phosphate Adv lithium nickel cobalt manganese oxide
Lithium iron phosphateLithium nickel cobalt manganese oxide
Lithium titanate
Lithium sulphur/ Rechargeable Lithium-Air
Lithium iron phosphateLithium nickel cobalt manganese oxide
Lithium manganese oxide spinel
Adv lithium iron phosphate
Lithium iron phosphate Lithium nickel cobalt manganese oxide
Lithium titanate
Adv lithium iron phosphate Adv lithium nickel cobalt manganese oxide
Adv lithium titanate
Lithium mixed metal phosphate
Lithium iron phosphate Lithium nickel cobalt manganese oxide Adv lithium nickel cobalt manganese oxide
Adv lithium iron phosphate
Lithium mixed metal phosphate
Adv lithium nickel cobalt manganese oxide
Advanced lithium mixed metal phosphateHigh energy (overlithiated) lithium nickel cobalt
manganese oxide v Silicon based composite electrodes
Low
Volu
mes
Med
ium
Hig
hV.
Lo
wEnergy storage Echem Tech roadmapLightweight vehicle and power train roadmap
130 95 TBDEU Fleet Average CO2 Targets (g/km)
Sm
all
Med
ium
Larg
e
Aluminium (BIW, bolt-on panels, chassis) Lightweight roof systems Lightweight seat systems
Mass Reduction(on 2012 mass)
Source:Automotive Council Technology Group 2013
Steel (UHSS, tube hydroforming, hot stamping) Lightweight seat systems
Lightweight structural plastics Sheet moulding compound panel
2010 2015 2020 2025 2030
Gen
eral
R
adic
al
Aluminium thin-wall HPDC casting
Mass Reduction(on 2012 mass) -120kg
Alternative lightweight vehicle architecturesNumerically intensive computing & CAE multi-physics optimisation
Real world data (RWD) & structural health monitoring
Metal matrix composites Magnesium (sheet)
Magnesium structural (castings)
Carbon composite BIW
-290kg
TitaniumLW transmission & driveline
-435kg
Hybrid materials
-200kgMass Reduction(on 2012 mass)
-170kg -425kg
Carbon composite bolt on panels
Intelligent mobility technology roadmap
2015 2020 2025 20302010D
ata
acqu
isiti
on &
pr
oces
sing
Con
nect
ed tr
avel
lers
Con
nect
ed v
ehic
les
Inte
llige
nt m
obili
ty
Processing Fast
Storage
Transfer
Faster Even faster
Local Mixed Cloud
3G 4G 5G
Communication &Entertainment Business & Commercial BenefitValue
A-V SystemsV2I communications
HMI
Cost reductions (service & maintenance) Safety improvementsValue
V2V communicationsOn-board sensors & actuators
Recognition & control algorithms
Multi-modal journey planning & optimisation systemsSafety critical systems
Autonomous vehicles
Congestion & pollution reduction Increased mobilityValue
Intelligent mobility objectives delivered
Source: Automotive Council Technology Group 2013
Intelligent mobility technology roadmapLightweight vehicle and power train roadmap
130 95 TBDEU Fleet Average CO2 Targets (g/km)
Sm
all
Med
ium
Larg
e
Aluminium (BIW, bolt-on panels, chassis) Lightweight roof systems Lightweight seat systems
Mass Reduction(on 2012 mass)
Source:Automotive Council Technology Group 2013
Steel (UHSS, tube hydroforming, hot stamping) Lightweight seat systems
Lightweight structural plastics Sheet moulding compound panel
2010 2015 2020 2025 2030
Gen
eral
R
adic
al
Aluminium thin-wall HPDC casting
Mass Reduction(on 2012 mass) -120kg
Alternative lightweight vehicle architecturesNumerically intensive computing & CAE multi-physics optimisation
Real world data (RWD) & structural health monitoring
Metal matrix composites Magnesium (sheet)
Magnesium structural (castings)
Carbon composite BIW
-290kg
TitaniumLW transmission & driveline
-435kg
Hybrid materials
-200kgMass Reduction(on 2012 mass)
-170kg -425kg
Carbon composite bolt on panels
1 © Ricardo plc 2013 Confidential 31 July 2013 Version 10
The motorsport technology roadmap focuses on chasing integrated performance efficiently with cost-effective CO2 reduction
High Level Technology Roadmap for Motorsport
2005 2015 2010 2025 2020
Performance: reduce CO2 and increase kW/l (engine) and Nm/kg (transmission) for efficiency and “green” image
Advanced boosting systems
Engine down-sizing and down-speeding, friction reduction
Cost effective fast-shifting semi-autos Materials, structures and manufacturing processes
Energy recovery/split cycle/fuel cells
Lightweight structures
Propulsion
Transmission/ driveline
Kinetic energy recovery Energy management/ infrastructure
Moveable aerodynamics
Road relevance, technology transfer
Cost and sustainability
Market engagement - spectators, customers (especially ageing demographic), the show, service industry
Energy storage (on-board/remote batteries, flywheels, ultra-caps, hydraulic ... )
Integrated hybrid systems
Thermal management, efficient power electronics Brake electrification (linked to energy storage)
F1
KERS DRS LMP
Safety
Waste heat recovery
Enclosed cockpits, covered wheels
Tyres
ITS Telemetry, data/information feed direct to consumers © Ricardo plc 2013
Drivers
Vehicle
Battery/system charging/safety/management at venue
Sou
rce:
Ric
ardo
ana
lysi
s , n
terv
iew
s w
ith W
illia
ms
F1, F
orce
Indi
a, F
ord
Rac
ing,
A
lcon
, Lol
a a
nd D
alla
ra
FE
Fuel systems: Direct injection, alternative fuels, fuel flow limits E-machines
New F1 engine regulations New LMP regulations
Formula “E”
Low friction design and lubrication
1 © Ricardo plc 2013 Confidential 31 July 2013 Version 10
The motorsport technology roadmap focuses on chasing integrated performance efficiently with cost-effective CO2 reduction
High Level Technology Roadmap for Motorsport
2005 2015 2010 2025 2020
Performance: reduce CO2 and increase kW/l (engine) and Nm/kg (transmission) for efficiency and “green” image
Advanced boosting systems
Engine down-sizing and down-speeding, friction reduction
Cost effective fast-shifting semi-autos Materials, structures and manufacturing processes
Energy recovery/split cycle/fuel cells
Lightweight structures
Propulsion
Transmission/ driveline
Kinetic energy recovery Energy management/ infrastructure
Moveable aerodynamics
Road relevance, technology transfer
Cost and sustainability
Market engagement - spectators, customers (especially ageing demographic), the show, service industry
Energy storage (on-board/remote batteries, flywheels, ultra-caps, hydraulic ... )
Integrated hybrid systems
Thermal management, efficient power electronics Brake electrification (linked to energy storage)
F1
KERS DRS LMP
Safety
Waste heat recovery
Enclosed cockpits, covered wheels
Tyres
ITS Telemetry, data/information feed direct to consumers © Ricardo plc 2013
Drivers
Vehicle
Battery/system charging/safety/management at venue
Sou
rce:
Ric
ardo
ana
lysi
s , n
terv
iew
s w
ith W
illia
ms
F1, F
orce
Indi
a, F
ord
Rac
ing,
A
lcon
, Lol
a a
nd D
alla
ra
FE
Fuel systems: Direct injection, alternative fuels, fuel flow limits E-machines
New F1 engine regulations New LMP regulations
Formula “E”
Low friction design and lubrication
Niche EVs
H2 infrastructure
Breakthrough in energy storage
2020 2050 2030 2040
Powertrain e�ciency improvements/ancillary electri�cation
Reducing rolling resistance/lightweighting
Sustainable liquid/gaseous fuels
Waste heat recovery Advanced thermodynamic cycles
Biofuels
Fuel cell vehicles
Intelligent vehicles logistics – operational e�ciency
Now
Mainstream EVs
Plug in hybrid
Full hybrid
GHG = greenhouse gas CO2 and GHG
reduction
Air Quality Improvement
LD Van CO2 Regulation
Possible HD/MD CO2 Regulation D
river
s
CO2 reductions limited by emissions regulation
Vehi
cle
Pow
ertr
ain
IC Engine e�ciency improvements
“Zero” Air Quality Impact
UK CO2 Target
CO2 neutral improved bus desirability (driver/passenger)
Reducing body energy consumption
Mild/mild hybrid Niche EVs
H2 infrastructure
Breakthrough in energy storage
2020 2050 2030 2040
Powertrain e�ciency improvements/ancillary electri�cation
Reducing rolling resistance/lightweighting
Sustainable liquid/gaseous fuels
Waste heat recovery Advanced thermodynamic cycles
Biofuels
Fuel cell vehicles
Intelligent vehicles logistics – operational e�ciency
Now
Mainstream EVs
Plug in hybrid
Full hybrid
GHG = greenhouse gas CO2 and GHG
reduction
Air Quality Improvement
LD Van CO2 Regulation
Possible HD/MD CO2 Regulation D
river
s
CO2 reductions limited by emissions regulation
Vehi
cle
Pow
ertr
ain
IC Engine e�ciency improvements
“Zero” Air Quality Impact
UK CO2 Target
CO2 neutral improved bus desirability (driver/passenger)
Reducing body energy consumption
Mild/mild hybrid
Bus technology roadmap