Maurice BELLAMOU DENSO-Thermal France
Transcript of Maurice BELLAMOU DENSO-Thermal France
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Maurice BELLAMOU
DENSO-Thermal FranceBerlin / January 21st- 22th, 2019
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Agenda
2
• Current Thermal engineering
• Automotive evolution trend
• Impact on Thermal system
• New challenges
• DENSO technology to support the trends
• Thermal Management market trends
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Cooling
Heating
Air filtering, mixing & distributing
Traditional Thermal engineering
3
“Free” Heat
from engine
Mechanical
power from
ICE engine
Thermal system complexity has been
slowly increasing. It is finished !
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It is the beginning of a new age for automotive mainly due to stricter
Environmental regulation (CO2 emission)
Automotive industry main trends
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5
NEDC130g
CO2/km
WLTPNEDC95g
CO2/km
2020 20212019
WLTP2021 -15%
2025
WLTP2021 – 37,5%
2030
2021
2024
PC Europe CAFE
CO2 emission regulation
• Automotive has to sell BEVs to meet Strict CO2 emission target
• Regulation allows Eco-Innovation to help OEMs achieve CO2 target (A/C not eligible)
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Future LCA regulation
• LCA is the most accurate impact measurement
• It will be difficult to apply it on the whole supply chain6
Production(Cradle to Gate)
Car usage(Well to Tank to
Wheel)
Recycling(Circular economy)
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Future LCA regulation (Definition example)
The current regulation includes only the car usage
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Future LCA regulation (Daimler vision)
LCA is the most accurate measure but it will difficult to really apply
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Future LCA regulation (PSA vision)
LCA is the most accurate measure but it will be difficult to really apply
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Example of partial evaluation of CO2 rejection by EV and ICE
• EV Global CO2 rejection is lower ICE’s (only manufacturing & usage
• The way to produce the electricity is not included
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Economical :
Business model change to services & car sharing => Expectations change (Air Quality, …)
EV over-cost due to the Battery high cost => Pressure to reduce the Thermal system Cost
Globalization of the business => Extension of the requirements to new world needs requirements
11
Impact of Automotive industry Technical :
Engines Hybridization / Electrification
=> Complexity
=> New components
=> Holistic Thermal management
=> Battery thermal management
=> NVH severe requirements
=> Heat-Pump to increase Driving range
Energy consumption reduction
=> Preconditioning to save energy during the driving first minutes
=> Local & personalized comfort to reduce the energy over-consumption
Connected systems
=> Intelligent thermal system
Large screen and nomad devices
=> New airflow concept
DENSO contribution
Engineering :
=> Modular design policy multi-regions
=> From Thermal system management to Holistic Energy management
=> Electronic & Software skills necessity (Mechatronic vs Mechanic, EMC, …)
=> System Thinking
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• Thermal management is a crucial component in modern vehicle systems.
• Downstream is wide and has been increasing significantly in several fields :
• Automotive
• Aerospace
• Defense
• Data Centers & Servers
• Consumer Electronics
• Medical Equipment
• WWW Production of Thermal Management systems in 2024 : 134 billions Units.
• WWW market from 52 billions US$ (2019) to 70 billions US$ (2024)
• Annual Growth at CAGR ~ 5.0 to 8.0% in the next five years
• Automotive battery thermal management system market is projected to grow at
around 16% CAGR during the forecast period.
Thermal Management market is mainly driven by growing demand for
Automotive which accounts for 85% of total downstream consumption
Thermal Management Market evolution
12
CAGR : Compound Annual Growth Rate
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The growth of the market
Asia-Pacific and North America are Expected to Witness Highest Growth Rate
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• Consumer Electronics
• Laptops and Computers
• Cooling Fans, Active and Passive Heat Sinks, and Liquid Cooling Materials are Major Thermal
Solutions Used in Laptops and Computers
• Audio Amplifier Components
• Thermal Management Systems and Solutions Play a Major Role in Protecting Audio Amplifiers
From Impairment Caused By Overheating
• Power Supply Units
• Use of Thermal Management Solutions and Systems is Necessary for Power Supply Units to
Maintain Variable Temperature Generated By Their Varying Modes of Operations
• Gaming Devices
• Gaming Devices With High Specification Hardware Generate a Large Amount of Heat, Thereby
Leading to Requirement for Thermal Management Solutions and Systems
• Smartphones
• Miniaturization of Components and Their High Computing Capabilities Have Led to Increased
use of Thermal Management Solutions and Systems in Smartphones
• Home Appliances (TV Sets, Fridges, Washing Machines, Etc.)
• Servers & Data Centers
• Single Racks
• Thermal Management is Necessary for Single Rack Data Centers to Manage the Heat
Dissipation From Power Supplies, Servers, and Equipment
• Multi Racks
• Heat Management is Carried Out in Multi Rack Data Centers to Achieve Desired Performance
Thermal management market increase for Electronic devices
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• Battery Thermal Management Systems• Increased use of Batteries in Electric Vehicles is Contributing to Demand for Thermal
Management Solutions and Systems
• Engine Control Thermal Management Systems• Increased use of Engine Control Thermal Management Systems in Vehicles is
Contributing to Growth of Market
• Waste Heat Recovery and Emission Reduction Systems• Rise in the use of Thermal Management Solutions and Systems for Heat Recovery and
Emission Reduction in Vehicles is Fueling Growth of Market
• Brake and Suspension Cooling Systems• Coolant Pumps and Engine Cooling Jackets are Key Thermal Management Solutions
Used in Brake and Suspension Cooling Systems
• Seat Heating and Cooling Systems• Innovations in Personalized Seat Comfort Systems is a Key Factor Fueling Adoption of
Thermal Management Solutions and Systems in Vehicles
• Automotive Lighting Systems• Development of Stylish 3D Led Daytime Running Lights, Turn Signal Lights, and
High/Low Beams Lights is Driving the Growth of Market
Thermal management needs increase for Automotive
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• Aerospace & Defense
• Increased Investments in Defense Sector for Development of New Systems Fueling
Growth of Market
• Enterprises
• Flourishing IT Industry is Leading to Increased Adoption of Computing Devices Equipped
With Thermal Management Systems and Solutions
• Other End-Use Industries
• Use of IoT Devices in Manufacturing and Retail Industries has Led to Growth of Market
• Healthcare
• Large Infrastructure Equipment
• Use of Thermal Management Solutions and Systems in Large Infrastructure
Equipment Leading to Growth of Market
• Portable Equipment
• Thermal Systems and Solutions are Used in Portable Equipment for Effective
Thermal Energy Transfer to Ensure Safe, Effective, and Targeted Management
System Therapy to Patients
Thermal management needs increase for Aerospace & health Care
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Let’s Thermal business to grow !
17
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Thank you – 有り難う - 谢谢 – شكرًا - Grazie – Danke -Merci
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Active appendix
19
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OEMs are combining different technologies to achieve the CO2 target
20
Electrification / Hybridization benefits
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Hybridization / Electrification
Current
Projection
2030
• Diesel is disappearing
• Petrol will decrease by 5 times
• HEV will increase by 3 times
• PHEV by 4
• MHEV by 5
• EV by 5 times
• FCEV ?
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China is the booster of automotive electrification
Electrification level prediction
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Impact of the electrification – Complexity -
Conventional
system
Bi-energy
management
Pure electric
System
Heat Pump
• Thermal systems complexity is mainly due to the energy management control
• Digital Simulation is a mandatory to master Complex thermal system
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o Battery Thermal management is a mandatory to ensure its performance,
reliability and durability (ex : 3 evaporators)
First complexity with HV battery introduction : muli evaporators
We must also take care of Battery thermal comfort including during charge phase
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South Europe Engineering and Design
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This information is the exclusive property of DENSO CORPORATION.
© DENSO CORPORATION All RightsReserved.
Cond
Rad
ECF
CAC
HVAC
ECM
EVA
H/C
LV PTC
TXV
M-Compr.
Cond
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CAC
HVAC
ECM
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South Europe Engineering and Design
© DENSO CORPORATION All RightsReserved.
This information is the exclusive property of DENSO CORPORATION.
© DENSO CORPORATION All RightsReserved.
Cond
Rad
ECF
CAC
HVAC
ECM
EVA
H/C
LV PTC
TXV
M-Compr.
Cond
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ECF
CAC
HVAC
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HV Water PTC
Cond-OHX
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HVAC
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HV PTC
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South Europe Engineering and Design
© DENSO CORPORATION All RightsReserved.
This information is the exclusive property of DENSO CORPORATION.
© DENSO CORPORATION All RightsReserved.
Cond
Rad
ECF
CAC
HVAC
ECM
EVA
H/C
LV PTC
TXV
M-Compr.
Cond
Rad
ECF
CAC
HVAC
ECM
EVA
H/C
LV PTC
TXV
e-Compr. 48V
Battery Chiller
s/o Valve
Cond
Rad
ECF
CAC
HVAC
ECM
EVA
H/C
HV PTC
TXV
e-Compr. 400V
Coolant
circuitPumps
MCV
Cond-OHX
Rad
ECF
CAC
HVAC
ECM
EVA
H/C – Inner Cond.
HV PTC
TXV – EXV
WCDS
e-Compr. 400V
Coolant
circuitPumps
MCV
Battery Chiller
S-TXV – EXV
EPR
HV Water PTC
Cond-OHX
Rad
ECF
HVAC
ECM
EVA
H/C – Inner Cond.
HV PTC
TXV – EXV
WCDS
e-Compr. 400-800V
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circuitPumps
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FCEV
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South Europe Engineering and Design
© DENSO CORPORATION All RightsReserved.
This information is the exclusive property of DENSO CORPORATION.
© DENSO CORPORATION All RightsReserved.
Cond
Rad
ECF
CAC
HVAC
ECM
EVA
H/C
LV PTC
TXV
M-Compr.
Cond
Rad
ECF
CAC
HVAC
ECM
EVA
H/C
LV PTC
TXV
e-Compr. 48V
Battery Chiller
s/o Valve
Cond
Rad
ECF
CAC
HVAC
ECM
EVA
H/C
HV PTC
TXV
e-Compr. 400V
Coolant
circuitPumps
MCV
Cond-OHX
Rad
ECF
CAC
HVAC
ECM
EVA
H/C – Inner Cond.
HV PTC
TXV – EXV
WCDS
e-Compr. 400V
Coolant
circuitPumps
MCV
Battery Chiller
S-TXV – EXV
EPR
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ECF
HVAC
ECM
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H/C – Inner Cond.
HV PTC
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South Europe Engineering and Design
© DENSO CORPORATION All RightsReserved.
This information is the exclusive property of DENSO CORPORATION.
© DENSO CORPORATION All RightsReserved.
Cond
Rad
ECF
CAC
HVAC
ECM
EVA
H/C
LV PTC
TXV
M-Compr.
Cond
Rad
ECF
CAC
HVAC
ECM
EVA
H/C
LV PTC
TXV
e-Compr. 48V
Battery Chiller
s/o Valve
Cond
Rad
ECF
CAC
HVAC
ECM
EVA
H/C
HV PTC
TXV
e-Compr. 400V
Coolant
circuitPumps
MCV
Cond-OHX
Rad
ECF
CAC
HVAC
ECM
EVA
H/C – Inner Cond.
HV PTC
TXV – EXV
WCDS
e-Compr. 400V
Coolant
circuitPumps
MCV
Battery Chiller
S-TXV – EXV
EPR
Cond-OHX
Rad
ECF
HVAC
ECM
EVA
H/C – Inner Cond.
HV PTC
TXV – EXV
WCDS
e-Compr. 400-800V
Coolant
circuitPumps
MCV
Battery Chiller
S-TXV – EXV
EPR
HV Water
PTC
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South Europe Engineering and Design
© DENSO CORPORATION All RightsReserved.
This information is the exclusive property of DENSO CORPORATION.
© DENSO CORPORATION All RightsReserved.
Cond
Rad
ECF
CAC
HVAC
ECM
EVA
H/C
LV PTC
TXV
M-Compr.
Cond
Rad
ECF
CAC
HVAC
ECM
EVA
H/C
LV PTC
TXV
e-Compr. 48V
Battery Chiller
s/o Valve
Cond
Rad
ECF
CAC
HVAC
ECM
EVA
H/C
HV PTC
TXV
e-Compr. 400V
Coolant
circuitPumps
MCV
Cond-OHX
Rad
ECF
CAC
HVAC
ECM
EVA
H/C – Inner Cond.
HV PTC
TXV – EXV
WCDS
e-Compr. 400V
Coolant
circuitPumps
MCV
Battery Chiller
S-TXV – EXV
EPR
Cond-OHX
Rad
ECF
HVAC
ECM
EVA
H/C – Inner Cond.
HV PTC
TXV – EXV
WCDS
e-Compr. 400-800V
Coolant
circuitPumps
MCV
Battery Chiller
S-TXV – EXV
EPR
HV Water
PTC
Cond
Rad
ECF
WCAC
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ECM
EVA
H/C
HV PTC
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Optemus European project
31
DENSO is a contributor of “Optimized energy management and use” project
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32
Depending on technology, it is necessary to maintain the battery around
ideal T°to prevent failures and improve reliability
Battery Cycle life temperature
Damage risk
Poor charge /discharge Life-time reduction
Danger
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Battery Components Mining
33Battery will be the new precious oil
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Electrification impact on NVH requirements
More severe expectation on the previous “hidden
noises” by engine
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Heat Pump & EV driving range
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• Heat Pump is Key Technology for BEV Range Extension
• Modular H/P approach is necessary for multi-energies cars
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Local thermal comfort new approach
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Local comfort target :
Give maximum comfort feeling with low energy
Air-conditioning only the human body
effectively based on body information
'20 '25 '30
En
erg
y s
avin
g
Air-conditioning throughout the
compartment
Conventional system
Future system
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Example of local comfort : Radiant Heater
Radiant Heater provides immediate effect.
No air-flow, no noise & energy saving
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Connectivity provides new precious intern/extern data for car
systems optimization (Thermal & Safety) 38
New intelligent Comfort concept
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The future of the central air outlets
• Nomad devices and large screens are pushing air outlets away
• New compatible Dashboard and airflow concept are necessary
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40
Example of EV prices (US)
Government incentives compensate “a little” the EV high cost
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41Battery cost is an important driver of the EV overcosts
Battery cost evolution
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Global RFQ and Modularity design are becoming the standard42
Global requirements
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DENSO Technologies supports all new cars trends
• DENSO Thermal supports all automotive trends
• Quicker Cooling/Heating / - Noise Reduction
• Energy efficiency / CO2 reduction / range extension
• Comfort & Safety / Air Quality / Personal AirCon
• Future cabine & Intelligent comfort
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E. O. F.