AVL POWERTRAIN ENGINEERING TECHDAY #4 Mario Hiebaum
Transcript of AVL POWERTRAIN ENGINEERING TECHDAY #4 Mario Hiebaum
AVL List GmbH (Headquarters)
Confidential
AVL POWERTRAIN ENGINEERING
TECHDAY #4
AVL Global Vehicle Benchmark Program
Mario Hiebaum
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AVL POWERTRAIN ENGINEERING TECHDAY #4AVL GLOBAL VEHICLE BENCHMARK PROGRAM
Introduction
Overview AVL Vehicle Services
AVL Global Vehicle Benchmarking
Competitive Benchmark Study
Benchmarking Services
Customer References
Appendix A: Overview of benchmarked
passender cars
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Vehicle
Vehicle Integration
Elements
Software & Controls
Systems
Attribute Engineering NVH AcousticsVehicle CO2Concept Car Development
AVL VEHICLE SERVICES
Vehicle Benchmarking
A specific, distinctive vehicle attribute branding is essential to make cars unique and competitive. Benchmarking vehicles in the competitive environment helps to understand and to strengthen or improve the potential of new models.
AVL offers a comprehensive vehicle benchmarking analysis of the most important, recently released passenger cars. The objective assessment delivers an overview of results for ten main attributes in a competitive scatter bands.
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In-depth vehicle analysis covering 10 driving attributes delivered through the AVL Global Vehicle Benchmarking Program
NVH/Sound
RDE &
Real-Life FC
Emissions
& CO2
Energy
Efficiency
Driving
Resistance
Handling
Ride
ComfortPerformance
Driveability
ADAS
Database with > 300 serial production passenger vehicles
AVL GLOBAL VEHICLE BENCHMARKING OBJECTIVE VEHICLE TESTING, ANALYSIS AND COMPARISON TO COMPETITORS
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GLOBAL VEHICLE BENCHMARKINGMEASUREMENT DEVISES & ANALYSIS TOOLS
AVL VOICE
AVL-DRIVE
AVL M.O.V.E GAS PEMS iS
Objective assessment of
driving feel&
key parameters for efficiency and emissions
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AVL-DRIVE APPROACH
3. Parameter Calculation1. Data Logging
Measure driver input and vehicle reaction
2. Operation Mode Detection
12 3
4. Driveability Assessment 6. Automatic Report Generation 5. Visualization
2,5D Plot
Frequency PlotShift - Plots
3D Plot
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NEWS IN AVL’s BENCHMARK DATA BASE
2017 Chevrolet Bolt (BEV, 60kWh)
COMPLETED
2016 Tesla Model X (BEV, 90 & 100kWh)
P90D & P100DCOMPLETED
2016 BMW i3 (BEV, 27kWh)
COMPLETED 2017 VW GolfeGolf (36kWh) & 1.5 TSI (96kW)
IN PROGRESS
2017 Tesla Model 3 (BEV, 60kWh)
PLANNED Q2/2018
2017 BMW 530e (PHEV)PLANNED Q4/2017
2016 Toyota Mirai (FC)COMPLETED
2017 Nissan Note e-POWERPLANNED Q1/2018
2017 Renault Zoe (BEV, 41kWh)
IN PROGRESS
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2015 BMW X5 xDrive40e
TGDI, 1997ccm, AWD 9.2kWh (battery capacity)
2016 Volvo XC90 T8
TGDI, 1969ccm, AWD9.2kWh (battery capacity)
2016 BYD Tang
TDGI, 1991ccm, AWD18.4kWh (battery capacity)
COMPETITIVE BENCHMARK STUDYPHEV SUV: BYD TANG / BMW X5 / VOLVO XC90
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16,2550
8,8 900
12,45,9
6,1
7,0
6,4
69,2 9,0
2,7
413
4,4
7,5
6,6
7,5
7,8
Att
ribute
Rating
AVL-DRIVE RATING [DR]
WHAT ARE THE STRENGTHS OF EACH COMPETITOR?EXECUTIVE SUMMARY
BMW X5 PHEV• Leading in tail pipe emissions• Outstanding pedal to torque feel,
elasticity and full load torque• Good in Handling - low body
motion, high cornering traction
Volvo XC90 PHEV• Low emissions in WLTC and Fuel
consumption in real world driving• Good overall full load performance• Good results for constant speed
driving, shift quality
Highlights
BYD TANG PHEV• Low Fuel Consumption in real
world driving with full battery• Excellent Performance 0 to 100
kph in 5.0 s• Good driveability results in full
load and part load accelleration
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Executive summary
VEHICLE ANALYSIS AND CHARACTERIZATION
Detailed criteria assessment
& analysis
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DRIVING EXPERIENCEWHAT DO YOU FEEL DURING LOAD INCREASE ACCELERATION
0
5000
Engin
e s
peed [
rpm
]
0 20 40 60 80 100
2468
Gear
[-]
Pedal normalized [-]
0
0.2
0.4
0.6
0.8
1
Accele
ration n
orm
alized [
-]
0
20
40
60
80
100
Pedal [%
]
Vehicle speed [kph]
10 20 30 40 50 60 70 80 90 100 110 120
0
5000
Engin
e s
peed [
rpm
]
0 20 40 60 80 1002
4
6
8
Gear
[-]
Pedal normalized [-]
0
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0.4
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0.8
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Accele
ration n
orm
alized [
-]
0
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40
60
80
100
Pedal [%
]
Vehicle speed [kph]
10 20 30 40 50 60 70 80 90 100 110 120
BMW X5 xDrive40eo Pedal map shows good agility and
consistency
o Consistent and reproducible ICE starts
o ICE start mostly during ratio change phase when down shifting quick start with strong Belt starter
o Less disturbance in acceleration feel at ICE start
Volvo XC90 T8o Pedal map shows low consistency, quite
harsh o Inconsistent and sometimes early ICE
starts
o Big disturbances in acceleration feel when ICE starts and down shifts occur
BYD TANGo Pedal map is very dynamic, but very
consistento Inconsistent ICE starts
o No disturbances in acceleration feel when ICE starts and down shifts occur
0
5000
Eng
ine s
pee
d [
rpm
]
0 50 1000
5
Gea
r [-
]
Pedal normalized [-]
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0.2
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0.6
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rati
on
norm
alized
[-]
0
20
40
60
80
100
Ped
al [%
]
Vehicle speed [kph]
20 40 60 80 100 120
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0 10 20 30 40 50 60 70 80 90 100Vehicle speed - kph
40
45
50
55
60
65
70
A-w
eig
ht. L
evel -
dB
A
Run Up - 0.10g (E-Mode)
Run Up - 0.10g (Hybrid-Mode)
10 20 30 40 50 60 70 80 90Vehicle speed - kph
35
40
45
50
55
60
65
70
A-w
eig
ht. L
eve
l -
dB
A
10 20 30 40 50 60 70 80 90Vehicle speed - kph
35
40
45
50
55
60
65
70
A-w
eig
ht. L
eve
l -
dB
A
EV Mode
HEV Mode
DRIVEABILITYWHAT DO YOU HEAR DURING PART LOAD ACCELERATION IN HYBRID MODE?
BMW X5 xDrive40e o No hard impact at ICE activation (67 kph)
o Low noise increase compared to electric driving is (~2 dB)
o Noise increase might be partly masked by wind and rolling
Volvo XC90 T8o No hard impact noise at ICE activation (58 kph)o After ICE activation, the noise increase is clearly
audible and with 4 dB too high.
~4 dB(crit. > 3 dB)
EV Mode
HEV ModeIC
E s
tart
ICE s
tart
0 100 200 300 400 500 600 700 800 900 1000Frequency - Hz
10
20
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Engin
e s
peed -
rpm
0
10
20
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Sound P
ressure
- d
BA
BMW X5 xDrive40e Series production Automatic
0 100 200 300 400 500 600 700 800 900 1000Frequency - Hz
10
20
30
40
50
60
70
80
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Vehic
le s
peed -
kph
0
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30
40
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Sound P
ressure
- d
BA
BMW X5 xDrive40e Series production Automatic
ICE start
0 100 200 300 400 500 600 700 800 900 1000Frequency - Hz
0
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Engin
e s
peed -
rpm
0
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30
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60
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Sound P
ressure
- d
BA
Volvo XC90 T8 Series production Automatic
0 100 200 300 400 500 600 700 800 900 1000Frequency - Hz
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60
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80
90
Vehic
le s
peed -
kph
0
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20
30
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50
60
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Sound P
ressure
- d
BA
BMW X5 xDrive40e Series production Automatic
ICE start
~2 dB ~6 dB(crit. > 3 dB)
ICE s
tart
BYD TANGo Hard impact noise at ICE activation (35 kph)o After ICE activation, the noise increase is
clearly audible and with 6 dB too high.
ICE start
0 100 200 300 400 500 600 700 800 900 1000Frequency - Hz
10
20
30
40
50
60
70
80
90
Vehic
le s
peed -
kph
0
10
20
30
40
50
60
70
Sound P
ressure
- d
BA
BMW X5 xDrive40e Series production Automatic
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BENCHMARKING SERVICE
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Objective vehicle testing, analysis and comparison to competitors
Functional driving attributes – Costs of data base data and report
Costs: 13 – 37kEUR(strongly depends on selected attributes and powertrain topology of vehicle)
Duration: 1 – 2 weeks(recorded Data and comprehensive report will be uploaded to shared network)
Offerings
Important new passenger vehicles launched to the market are being analysed worldwide. The results of these benchmarks are objective key figures showing up to ten main vehicle attributes in competitor scatter bands. The OEMs get access to AVL data base, which provides a clear overview about the current position of all vehicles in the individual attributes in terms of driving emotion and efficiency
Service:
Global Vehicle Benchmarking of > 100 new introduced passenger cars per year
10 main vehicle attributes with high number of criteria, operational strategies and physics
Objective Data & reports for competitor comparisons on efficiency, emissions & driving attributes
Standard and customized program
Fast identification of strengths and improvement potentials to deep levels
GLOBAL VEHICLE BENCHMARKINGSERVICE OVERVIEW – AVL VEHICLE DATA BASE
Overall vehicle analysis with
AVL scatter band
Areas of suggested improvement
Identify specific, attainable
goals for future models
Best-in-class rating information
Competitor A Competitor B Competitor C
Competitor D Competitor E Competitor F
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Objective vehicle testing, analysis and comparison to competitors
Project Duration & Costs
Project Duration: 1 – 2 months
Project Costs: 50 – 80kEUR
(strongly depends on seleceted test vehicle and attributes)
Scope of Work
Vehicle procurement and instrumentation for testing on road/track and chassis dyno in order to determine objectively the standing of the vehicle in the competitive landscape for vehicle attribute (performance, driveability, efficiency, handling, ride and sound/NVH).
Customer benefits:
• Comprehensive AVL experience in vehicle instrumentation and CAN access
• AVL standardized testing or customer specific maneuvers
• Objective assessment of driving attributes using well-known AVL tools
• Tailored in-depth analysis of vehicle and powertrain components
Goals:
• Objective comparison to competitors from independent partner
• Comprehensive, easy to understand overview of driving attributes in the competitive landscape
• Fast identification of vehicles strengths and potentials for improvement to a deep level
GLOBAL VEHICLE BENCHMARKINGPROJECT OVERVIEW – CUSTOMER TAILORED VEHICLE ANALYSIS
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CUSTOMER REFERENCES
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Intensive vehicle analysis and comparison of cars with small diesel engines from the EU and India
AVL proprietary tool Sample of project results
Tool Contribution:
AVL-DRIVE™ - Objective vehicle attribute assessment
AVL VOICE - Brand Sound and NVH Quality Development Tool
AVL M.O.V.E. GAS PEMS iS - Onboard emission measurement
Goal of the common project
Global vehicle benchmarking and deep dive analysis on CD and PTTB
Approach:
1. Objective Vehicle Benchmarking
2. Comparative Analysis of six cars with small diesel engines from the EU and India
3. Output: In-depth data collected from each car and engine
4. Comparison of data and extraction of information from the data provided
Goals:
Deep dive analysis for Engine mapping, engine friction, vehicle thermal management
system, and acoustic fingerprint
• Compare fuel efficiency, interior noise, and vehicle dynamics
• Powertrain Testbed for Vehicle modeling in VSM, drivability correlation (road / rig)
• Provide goals and target objectives for new models
CUSTOMER REFERENCETOYOTA
Standardized procedures
Comparable Data
Specific testing objective
Specific information
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In-depth and objective analysis of competitor’s hybrid vehicle
AVL proprietary tools Sample of project results
Tool Contribution:
AVL-DRIVE™ - Objective vehicle attribute assessment
AVL VOICE - Brand Sound and NVH Quality Development Tool
AVL M.O.V.E. GAS PEMS iS - Onboard emission measurement
Goal of the common project
Objective analysis of the driving attributes and energy efficiency of the Chinese
premium SUV model BYD TANG PHEV 6G-DCT
Approach:
1. Objective Vehicle Benchmarking
2. Analysis of BYD Tang hybrid vehicle and its attributes
3. Output: Data relevant to performance, interior noise, drivability, pollutant emissions,
real driving emissions, and real-world efficiency
4. Comparison of results to European key competitors and extraction of information
from the data
Goals:
• Analyze manufacturer’s acceleration, handling, and fuel efficiency claims
• Provide information regarding competitor’s current flagship model
• Provide suggested areas of improvement
• Provide goals and target objectives for new models
Raw collected data organized into
easy-to-understand charts
CUSTOMER REFERENCEGERMAN OEM
Standardized and objective vehicle testing
High level vehicle attributes analysis
Deep dive assessment of results
and comparison to competitors
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AVL GLOBAL VEHICLE ANALYSIS & BENCHMARKING PROGRAMAPPENDIX A: OVERVIEW OF BENCHMARKED PASSENGER CARS (1/6)
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AVL GLOBAL VEHICLE ANALYSIS & BENCHMARKING PROGRAMAPPENDIX A: OVERVIEW OF BENCHMARKED PASSENGER CARS (2/6)
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AVL GLOBAL VEHICLE ANALYSIS & BENCHMARKING PROGRAMAPPENDIX A: OVERVIEW OF BENCHMARKED PASSENGER CARS (3/6)
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AVL GLOBAL VEHICLE ANALYSIS & BENCHMARKING PROGRAMAPPENDIX A: OVERVIEW OF BENCHMARKED PASSENGER CARS (4/6)
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AVL GLOBAL VEHICLE ANALYSIS & BENCHMARKING PROGRAMAPPENDIX A: OVERVIEW OF BENCHMARKED PASSENGER CARS (5/6)
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AVL GLOBAL VEHICLE ANALYSIS & BENCHMARKING PROGRAMAPPENDIX A: OVERVIEW OF BENCHMARKED PASSENGER CARS (6/6)