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Aluminium usage in cars surges as automotive industry shifts towards electrification
Published 9th May, 2023 by Zahra Awan
Aluminium usage in cars surges as automotive industry shifts towards electrification
A recent study commissioned by European Aluminium and conducted by Ducker Carlisle has found
that the average amount of aluminium used in European cars has increased by 18% from 174 kg in
2019 to 205 kg in 2022. The study predicts this trend is set to continue, with the average aluminium
content projected to increase from 205 kg in 2022 to 237 kg by 2026 (+15.6%) and 256 kg per
vehicle by 2030 (+24.9%).
According to the study, the trend towards lightweighting and electrification in the automotive
industry is driving a significant increase in aluminium content. Electric vehicles, in particular, are
contributing to this growth, with a battery electric vehicle (BEV) produced in Europe in 2022
containing 283 kg of aluminium on average compared to just 169 kg in a petrol or diesel ICE-only
car. The average aluminium content in an electric vehicle is expected to increase further by 9.5%, to
310 kg, between 2022 and 2026. This tremendous growth in aluminium usage in BEVs is mainly
attributed to its use in e-drive housing, battery pack housings, ballistic battery protection, and
cooling plates. Additionally, aluminium plays a crucial role in electromobility infrastructure,
including power cables and charging stations. The unique recyclability of aluminium also
safeguards that the material put in cars today will be ready to be used again and again after the car
has reached its end of life.
“Our latest assessment reinforces the crucial role of aluminium for lightweighting,” says Hélène
Wagnies, Principal at Ducker Carlisle. “With the acceleration of powertrain electrification – which
turns out to further speed up with every new update of vehicle production forecasts - the
requirement for lightweighting to offset battery weight has been increasing significantly and, with
it, the aluminium content in cars. Beyond EV-specific components, the implementation of large and
mega castings in the body structure of the car will also strongly contribute to a higher aluminium
intensity. With the EU’s ambitious target of a 55% reduction in CO2 emissions for cars by 2030,
aluminium will continue to be critical in the material mix for car makers to be able to achieve their
sustainability goals, and will grow in all product forms – extrusions, sheet, castings as well as
forgings.”
In response to the growing demand, Florian Stadler, Managing Director of AMAG rolling and Chair
of European Aluminium’s Automotive & Transport Board, underscores the urgent need for EU
policymakers to provide adequate support measures to the European aluminium industry, which is
currently facing increasing production losses, especially with regard to primary production due to
the ongoing energy crisis and an unlevel global playing field.
“The demand for aluminium is rapidly increasing as the automotive industry accelerates towards
lightweighting and electrification. To meet this surging demand, policymakers must act to ensure
that sustainable aluminium with a low CO2 footprint, locally produced or recycled in Europe, is
readily available to car manufacturers. By doing so, we can reduce our dependence on imports,
create jobs in Europe, and achieve our sustainability goals. It’s time to shift into high gear and drive
Europe towards a cleaner and greener future,” says Florian.
