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© 2019 DuckerFrontier. All rights reserved | www.duckerfrontier.com 1© 2019 DuckerFrontier. All rights reserved | www.duckerfrontier.com 1
A L U M I N U M C O N T E N T I N E U R O P E A N PA S S E N G E R C A R S
- Public Summary -
10.10.2019
Prepared for
© 2019 DuckerFrontier. All rights reserved | www.duckerfrontier.com 2© 2019 DuckerFrontier. All rights reserved | www.duckerfrontier.com 2
TA B L E O F C O N T E N T
Assessment Scope 3
European Car Production 5
European Electric Vehicle Production 7
Aluminum Content in Cars 9
Aluminum Content by Vehicle Segment 11
Aluminum Content by Vehicle Brand 13
Aluminum Content by Vehicle Model 14
Aluminum Content by Component Group 15
Aluminum Content by Forming Process 19
Aluminum Content Evolution 2016-2028 20
Comparison of Aluminum Content by Powertrain Type 21
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A S S E S S M E N T S C O P E
Application scope: Passenger cars
Geographic scope: EU 28 (production location in EU 28 - CKD not included)
Vehicle sample: accounts for 94.3% of total EU 28 production • Vehicle models have been jointly selected with EA
• 11 pure BEV models included in the sample:
Product scope: aluminum components • 11 components groups• 38 components in focus (see following page)
⁻ BMW 3 Series EV⁻ Mercedes Benz EQC⁻ Mercedes Benz EQE Sedan⁻ Ford C EV⁻ Peugeot 208 EV⁻ Renault Zoe ZE⁻ Jaguar I-Pace⁻ Audi e-tron GT⁻ Audi e-tron⁻ Porsche Taycan⁻ Volkswagen ID.3 (previously called Neo)
Scope Deliverables
CURRENT ALUMINUM CONTENT IN CARS1 (2019)• Aluminium content by vehicle
Component net weight (for components in focus) Forming process / Product form (sheet vs. extruded vs.
cast vs. forged) Estimated additional aluminum content by vehicle
(subcategories “Other”) [For engine blocks, cylinder heads and steering
knuckles only] Share of primary vs. secondary aluminum
• Average aluminium content per vehicle (after extrapolation to whole EU28 production)
Average component net weight (for components in focus) by vehicle segment
Average net weight of consolidated components in focus segmented by product form
Average additional aluminium content per component group
ALUMINUM CONTENT FORECASTS (2025, 20282)• Total• By component group• By forming process• By component
[1] Total market exploration for conventional/hybrid-versions only; only selected EV sample analyzed[2] 2028 forecasts are modelled based on 2025 aluminum content data and projected 2028 vehicle production using same CAGR as from 2019 to 2025
This assessment of the Aluminum Content in European Passenger Cars encompasses all aluminum applications in a car, includes electric vehicles, and is based on the analysis of a car sample covering nearly 95% of total EU28 production
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A S S E S S M E N T S C O P E
Component Group Component Approach
Engine
Blocks Research
Heads Research
Head Covers Research
Pistons Research
Powertrain Mounts Research
Oil Pans Research
Other Engine Modelling
Steering Research
Chassis & Suspension
Suspension Arms Research
Steering Knuckles (Front) Research
Wheel Carriers (Rear) Research
Front & Rear Subframes Research
Other Chassis & Suspension Modelling
Wheels Research
Brakes Research
Trim & Interior
External Trim Research
Roof Rails Research
Interior Trims Modelling
Sun roofs Modelling
Pans & Tracks Modelling
Heat Transfer
Heat Exchangers Modelling
Heat Shields Modelling
Other Heat Transfer Modelling
Component Group Component Approach
Transmission
Transmission Case Research
Differential Case Research
Transfer Case Research
Driveshaft Research
Other Transmission Modelling
Body Structure
Complete Body Structures Research
Shock Towers Research
Rails Research
Radiator Supports Research
Structural Parts Research
IP Structures Research
Floor Group Research
Body Side Panels Research
Other Body Structure Modelling
Closures
Hoods Research
Fenders Research
Liftgates, Decklids & Tailgates Research
Front & Rear Doors Research
Roofs Research
Other Closures Modelling
Crash Management Bumpers & Crash Boxes Research
ElectrificationBattery Boxes Research
Electric Motor Housing Research
Aluminum applications are classified into 12 component groups. Within a component group, the focus has been set on select main AL components; remaining applications have been considered in the each sub-category “Other”
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16.917.0
16.816.7
17.2
17.4
17.717.8
18.0
18.3
2016 2017 2018 2019 2020 2021 2022 2023 2024 2025
-
500
1,000
1,500
2,000
2019 2025
E U R O P E A N C A R P R O D U C T I O N
Car production forecasts expect steady growth, with a CAGR of 1.54% from 2019 to 2025.The Volkswagen brand leads the European market, accounting alone for approx. 2 million cars produced in the EU28
Car Production by Brand 2016-2025 (EU 28)(Thousand units)
10-year European Car Production 2016-2025 (EU 28)(Million Units)
CAGR: 1.54%
Source: LMCA Database Q1 2019 + Ducker Frontier estimates
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6%
26%
43%
15%
10%
A - BASIC
B - SUB-COMPACT
C - COMPACT
D - MIDSIZE
E - LARGE
1.09 1.03
4.33 5.09
7.127.57
2.472.74
1.68
1.86
2019 2025
E U R O P E A N C A R P R O D U C T I O N
C-Compact vehicles (e.g. VW Golf, Ford Focus, etc.) make up the majority of the car production (43%). Segment split is expected to remain similar till 2025, though with stronger growth from B-segment and a decrease of A-segment
Source: LMCA Database Q1 2019 + Ducker Frontier estimates
2019 Car Production by Segment
16.7M
Highest Production Programs by Segment (2019, Thousand Units)
2019 vs. 2025 Car Production by Segment(Million units)
0 100 200 300 400 500
Fiat 500Fiat New Panda
C3 AircrossVW Up!
Smart Fortwo
Ford FiestaVW Polo
Dacia DusterCitroen C3Opel Corsa
VW GolfFord Focus
Nissan QashqaiVW Tiguan
Peugeot 3008
BMW 3-SeriesAudi A4
Mercedes-Benz GLCVW Passat
Volvo XC60
Mercedes-Benz E-ClassBMW 5-Series
Audi A6Audi Q7
Range Rover Sport
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E U R O P E A N E L E C T R I C V E H I C L E P R O D U C T I O N
Electric vehicle production (BEV and PHEV combined) is expected to rapidly ramp-up, with a CAGR of over 30% between 2019 and 2025
Source: LMCA Database Q1 2019 + Ducker Frontier estimates
10-year EV Production (EU 28) – PHEV & BEVUnits
5% 4% 4% 5% 4%13% 10% 11%14%
19%19% 20%
42% 35% 38% 33%
44%
46%
43%
41%
40%
42%
19%24%
23%
22%
22%
21%
21%
21%
26%26%
27%
19%
16%
16%
15%
15%
14%
193,543 278,357
383,927
597,420
1,085,810
1,528,240
1,969,863
2,407,040
2,875,726
3,324,607
2016 2017 2018 2019 2020 2021 2022 2023 2024 2025
A - Basic B - Sub-Compact C - Compact D - Midsize E - Large
CAGR: 33.1%
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E U R O P E A N E L E C T R I C V E H I C L E P R O D U C T I O N
BEVs are forecasted to grow faster than PHEVs. C-segment will continue to be predominant. Smaller PHEVs will be introduced (B-segment) and C-segment to gain shares
10% 9% 7% 6% 7% 6%30% 29% 20%17%
20%27%
26%27%
59% 56% 55% 37%38%
42%
39%
36%
37%
39%
17%
21%
20%
21%
19%
18%
18%
11%
11%
13%
12%
12%
11%
84
,23
3
10
2,6
33
18
2,4
90
27
0,5
18
49
1,2
57
84
8,5
94
1,2
22
,05
7 1
,59
6,9
34
1,9
46
,98
4 2,2
77
,19
9
2016 2017 2018 2019 2020 2021 2022 2023 2024 2025
10-year BEV Production 2016-2025 (EU 28)
4% 4% 4% 4%28% 23% 22%30%
49%51%
50% 49% 46%49%
39% 36% 30%
29%
24%
24%25%
25%
28%
27%
34%41% 48%
40%
25%
23%
21%21%
21%
20%
10
9,3
10
17
5,7
24
20
1,4
37
32
6,9
02
59
4,5
53
67
9,6
46
74
7,8
06
81
0,1
06
92
8,7
42
1,0
47
,40
8
2016 2017 2018 2019 2020 2021 2022 2023 2024 2025
10-year PHEV Production 2016-2025 (EU 28)
Source: LMCA Database Q1 2019 + Ducker Frontier estimates
A - Basic B - Sub-Compact C - Compact D - Midsize E - Large
CAGR: 42.6% CAGR: 21.4%
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A L U M I N U M C O N T E N T I N C A R S ( 2 0 1 9 )
Average Aluminum Content per Vehicle currently amounts to nearly 179kg and Total Aluminum Content for the whole car market (including electric vehicles) is estimated at 2,989 KT – most of which being aluminum castings
* Extrusions exclude forging stock
Aluminum Content in Cars (2019)Net weight
Average Al Content Per Vehicle
Total Al Content
179.2 kg 2,989 KT
Cast 116.0 kg 1,936 KT
Sheet 34.0 kg 567 KT
Extrusions* 19.0 kg 317 KT
Forged 10.2 kg 169 KT
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A L U M I N U M C O N T E N T I N C A R S ( 2 0 2 5 )
Average AL Content per Vehicle is expected to increase by approx. 20kg to 198.8kg by 2025, bringing the Total AL Content in European cars to 3,635 KT. AL casting is expected to remain the predominant forming process
Aluminum Content in Cars (2025)Net weight
Average Al Content Per Vehicle
Total Al Content
198.8 kg 3,635 KT
Cast 118.1 kg 2,161 KT
Sheet 43.2 kg 789 KT
Extrusions* 26.7 kg 489 KT
Forged 10.7 kg 196 KT
* Extrusions exclude forging stock
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D - MidsizeC - CompactB - Sub-Compact
A L U M I N U M C O N T E N T B Y V E H I C L E S E G M E N T
While E-segment vehicles have the highest Average AL Content per Vehicle (442kg), C-segment vehicles capture the largest share (36%) of Total AL demand due to the overall volume of C-segment vehicle production
Total: 2,989 KT
Total AL Content by Vehicle Segment (2019, Net Weight in KT) Average AL Content by Vehicle Segment (2019, Net Weight in kg)
Vehicle Programs with the Highest Average AL Content (Net Weight 2019) per Segment
A - Basic E - Large
2019 Production: ~27K unitsTotal AL Content 2019: 2.6 KTAvg. AL Content 2019: 110kg
Opel Adam
2019 Production: ~29K unitsTotal AL Content 2019: 22.8 KTAvg. AL Content 2019: 804kg
Audi e-tron
2019 Production: ~21K unitsTotal AL Content 2019: 15.0 KTAvg. AL Content 2019: 704kg
Jaguar I-Pace
2019 Production: ~40K unitsTotal AL Content 2019: 14.5 KTAvg. AL Content 2019: 367kg
BMW i3
2019 Production: ~82K unitsTotal AL Content 2019: 12.5 KTAvg. AL Content 2019: 164kg
Audi Q2
7798
152
266
442
A - BASIC B - SUB-COMPACT
C - COMPACT D - MIDSIZE E - LARGEA - BASIC; 84
B - SUB-COMPACT; 423
C - COMPACT; 1,085
D - MIDSIZE; 656
E - LARGE; 742 A 3%
B 14%
C 36%D 22%
E 25%
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179.2
76.897.7
152.4
265.9
442.1
198.8
79.8
110.9
170.8
303.9
464.2
Avg. ALContent
A B C D E Avg. ALContent
A B C D E
2019 2025
+19.6
A L U M I N U M C O N T E N T B Y V E H I C L E S E G M E N T
The Average AL Content per Vehicle is forecasted to increase by 19.6kg between 2019 to 2025 - only 2.9kg in A-segment vehicles, but up to 38kg in D-segment vehicles. Growth will come from sheet and extrusions
Average Aluminum Content per Vehicle between 2019-2025 by Segment Net Weight in kg
+2.9
+13.1
+18.3
+38.0
+22.2
Average additional AL content per vehicle (kg) in 2025 as compared with 2019
+xx.x
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Below Market AverageAbove Market Average532
479
416
378
294276 273 273 267
188 179
148 144129 129 129 128 125 123 123 121 115 115 110 109 102 96 91 87
72
164
A L U M I N U M C O N T E N T B Y V E H I C L E B R A N D
However, on a per vehicle level, Jaguar Land Rover models have the highest aluminum content. All premium brands are above market average, reversely all volume brands are below average
Average AL Content per Vehicle by Brand 2019, Net Weight in KG
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804 794
746704
679649 641 633
614 613 600 586562 549 543 533 532 530 516 511
179
A L U M I N U M C O N T E N T B Y V E H I C L E M O D E L
8 out of the 20 most aluminum-intensive vehicle models belong to the JLR group. The model with the highest AL content however is the Audi e-tron with 804kg AL content (nearly 4.5 times the market average)
Top 20 Vehicle Models with the Highest Average AL Content per Vehicle2019, Net Weight in kg
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A L U M I N U M C O N T E N T B Y C O M P O N E N T G R O U P
Engine and Wheels together represent almost half of Total Aluminum Content in cars (~45%)
Engine702
Wheels642
Transmission323
Chassis314
Heat Transfer310
Body Closures200
Body Structure235
Crash Management 74
Steering 61
Brakes 52
Trims & Interior 25
Other small parts 8
Electrification* 44
*Electrification components includes Battery Box, Battery Cooling and Electric Motor Housing
Total: 2,989 KT
Total Aluminum Content by Component Group 2019, Net Weight in KT
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A L U M I N U M C O N T E N T B Y C O M P O N E N T G R O U P
Engine components and Wheels are by far the largest aluminum contributors. Average AL Content per Vehicle related to Battery Box and Electric Motor Housing will grow fast with the expected accelerated production of EVs
2019 Average Aluminum Content per Vehicle by Component Group Incl. all powertrain types, Net Weight in kg
179.2
42
38
19
19
19
12
14
4
4
3
2
1
1
2
TOTAL
Engine
Wheels
Transmission
Chassis
Heat Transfer + Battery Cooling
Body Closures
Body Structure
Crash Management
Steering
Brakes
Trims & Interior
Battery Box
Electric Motor Housing
Other small parts
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41.6 42.1 39.7
27.038.5 39.3
17.8
19.4 18.815.6
18.8 19.816.9
18.6 17.610.4
12.0 16.5
8.1
14.1 15.0
3.8
4.44.5
2.9
3.63.7
4.3
3.13.3
2016 2019 2025
Other small parts
Trims & Interior
Brakes
Steering
Crash Management
Body Structure
Body Closures
Heat Transfer
Chassis
Transmission
Wheels
Engine
A L U M I N U M C O N T E N T B Y C O M P O N E N T G R O U P
Electrification components will be the main growth area by 2025, together with Body Closures.Alone Battery Boxes account for nearly 2/3 of the Average AL Content increase to come
* 2016 numbers do not include Electrification components (i.e. Battery Boxes, Battery Cooling and Electric Motor Housings), and are based on a limited sample of 60 vehicles that has beenextrapolated to the whole market. 2016 numbers do also not include the second set of OE wheels that is purchased at the same time as the vehicle
Avg. Aluminum Content Evolution 2016-2025 by Component Group Net Weight in kg
150.5*
179.2198.8+28.7 kg
+19.6 kg
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A L U M I N U M C O N T E N T B Y C O M P O N E N T G R O U P
By 2025, Battery Box and Body Closures appear to be the component groups that will most benefit from the Average Aluminum Content growth. On the contrary, aluminum demand for traditional powertrain components will decrease
Expected AL Gains & Losses within Average AL Content per VehicleFor the time period 2019 to 2025 (Net Weight in kg)
BatteryBox
12.38
BodyClosures
4.52 ElectricMotor
Housing2.69
Chassis0.98
BodyStructure
0.97Wheels
0.79 Brakes0.17
CrashManagement
0.09Steering
0.02
HeatTransfer
+BatteryCooling
0.01
Othersmallparts0.00
Trims&
Interior-0.04
Transmission-0.58
Engine-2.43
AL
Gai
ns
AL
Loss
es
179.2 kg 198.8 kg
2019 2025
+19.6 kg
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65%6%
19%
11%
66%5%
18%
11%
65%6%
19%
11%
59%
5%
22%
13%
A L U M I N U M C O N T E N T B Y F O R M I N G P R O C E S S
Cast aluminum represents the large majority of the Total Aluminum Content (in 2016, 2019 as well as in 2025).Extrusions and Sheet will win shares by 2025, mainly driven by demand for Electrification components and Closures
Total:2,989 KT
2019 Evolution 2016, 2019, 2025
Cast Forged Sheet Extrusion
Forming Process Split of Total AL Content (Net Weight in KT)
Innermost ring: 2016 (2,620 KT)
Middle Ring: 2019 (2,989 KT)
Outer Ring: 2025 (3,635 KT)
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A L U M I N U M C O N T E N T E V O L U T I O N ( 2 0 1 6 - 2 0 2 8 )
The evolution of Total AL Content is expected to continue on a positive trajectory, with further dynamic growth. The 2028 demand is currently forecasted at approximately 4,160 KT (net weight)
2,612
2,989
3,635
4,163
2016 2019 2025 2028
E - Large
D - Midsize
C - Compact
B - Sub-Compact
A - Basic
Total Aluminum Content Evolution 2016-2028 (Net Weight in KT)by Vehicle Segment
CAGR: 4.61%
CAGR: 3.31%
CAGR: 4.62%
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308.0
-51.0
+201.8
458.8
90.2
-27.7
+63.7
126.2
ICV Powertrain ALLosses
AL Gains BEV ICV Powertrain ALLosses
AL Gains BEV
C O M PA R I S O N O F A L U M I N U M C O N T E N T B Y P O W E R T R A I N T Y P E
BEVs have significantly higher AL Content than their ICE variant, primarily due to the aluminum used for the Battery Box. Overall, the higher the car segment, the larger the difference in AL Content between BEV and ICE variants
Avg. AL Content per Vehicle for ICE vs. BEV variant2019, Net Weight kg
D-Midsize Vehicle from Premium Brand with ICV and BEV Variants
B-Sub-Compact Vehicle from Volume Brandwith ICV and BEV Variants
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C O M PA R I S O N O F A L U M I N U M C O N T E N T B Y P O W E R T R A I N T Y P E
Large batteries for BEV & PHEV, as well as doubled powertrain components for PHEV, are strong drivers for high Average Aluminum Content. Electric vehicle growth will foster a further increase of the Average Aluminum Content per Vehicle
Average Aluminum Content per Vehicle Comparison by Powertrain Variant (2019, Net Weight in kg)
172.1179.2
320.8
360.5
ICV Overall BEV PHEV
+7.1kg
+141.6kg
+39.7kg
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T H A N K YO U
This concludes our presentation. Today’s presentation was prepared by DuckerFrontier. To the fullest extent permissible by applicable law, all information contained herein is for informational purposes only and is provided “AS IS”. The information is provided (i) with no guaranty of accuracy, completeness, timeliness or that any defects will be corrected and (ii) without any representations, warranties or other contractual terms of any kind including, without limitation, warranties of title, merchantability or fitness for a particular purpose. Even if DuckerFrontier was advised, knew or should have known that claims or damages could arise from the use, misuse or delay of use of the information, DuckerFrontier assumes no legal liability for any direct, indirect, consequential, special, punitive or similar claims or damages. The information contained herein does not represent financial, legal, regulatory or other advice and recommendations from DuckerFrontier. Any use of the information is undertaken at your sole risk.
© 2019 DuckerFrontier. All Rights Reserved.
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T H A N K YO U
This concludes our presentation. Today’s presentation was prepared by DuckerFrontier. To the fullest extent permissible by applicable law, all information contained herein is for informational purposes only and is provided “AS IS”. The information is provided (i) with no guaranty of accuracy, completeness, timeliness or that any defects will be corrected and (ii) without any representations, warranties or other contractual terms of any kind including, without limitation, warranties of title, merchantability or fitness for a particular purpose. Even if DuckerFrontier was advised, knew or should have known that claims or damages could arise from the use, misuse or delay of use of the information, DuckerFrontier assumes no legal liability for any direct, indirect, consequential, special, punitive or similar claims or damages. The information contained herein does not represent financial, legal, regulatory or other advice and recommendations from DuckerFrontier. Any use of the information is undertaken at your sole risk.
© 2019 DuckerFrontier. All Rights Reserved.
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