Global sales of battery-electric vehicles (BEVs) and plug-in hybrid electric vehicles (PHEVs) are projected to reach 35.4 million units in 2030, according to a report from AL Circle dated October 26, 2026. The same report says aluminium usage tied to electric vehicles is forecast to rise 38% in North America and 79% in China. The headline also flags a decline in Europe, which makes the regional split as interesting as the global total.
The pairing matters for anyone following the EV sales forecast 2030 debate. Unit growth is one story. The metal inside each car is a second one, and it decides what happens to smelters, casting plants and extrusion lines. AL Circle names four places where aluminium is gaining ground: battery enclosures, electric-drive housings, vehicle bodies and structural components.
Early demand signals already point in that direction in some markets. Tesla’s EU registrations jumped 78.6% to 45,866 in September, as we reported. That is one automaker in one region, so treat it as a data point and not a proof. Still, it shows why a 35.4 million unit forecast does not read as fantasy to people who watch monthly registration data.
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What the 35.4 Million EV Sales Forecast Actually Says
The core claim is simple. AL Circle reports that combined BEV and PHEV sales will climb from 21 million units in 2025 to 35.4 million in 2030. The report lists every step along the way: 23.3 million in 2026, 26.1 million in 2027, 29.2 million in 2028 and 32.2 million in 2029. It also notes that EV sales stood at roughly 2 million vehicles in 2018.
Two details deserve attention. First, the forecast bundles BEVs and PHEVs together. A plug-in hybrid carries an engine, a battery and an electric motor, so its aluminium footprint differs from a pure battery car. If you want a feel for how a modern plug-in hybrid is packaged, our look at the Mitsubishi Outlander PHEV with its 45-mile electric range and three rows shows how much hardware those vehicles stack into one platform.
Second, the forecast is a projection, not a measurement. Every figure after 2025 is an estimate that depends on consumer demand, battery costs, charging rollout and government policy. The report excerpt we reviewed does not name the organisation behind the numbers. We cover that gap in a later section, because it shapes how much weight a careful reader should put on the 38% and 79% figures.
The EV Sales Forecast 2030, Year by Year
The table below reproduces the AL Circle projections and adds two derived columns. The yearly gain and the percentage growth are our own arithmetic from the published unit counts, not figures the report states.
| Year | BEV + PHEV sales (million units) | Gain vs prior year (million) | Growth vs prior year |
|---|---|---|---|
| 2025 | 21.0 | n/a | n/a |
| 2026 | 23.3 | +2.3 | +11.0% |
| 2027 | 26.1 | +2.8 | +12.0% |
| 2028 | 29.2 | +3.1 | +11.9% |
| 2029 | 32.2 | +3.0 | +10.3% |
| 2030 | 35.4 | +3.2 | +9.9% |
Read the table closely and a pattern appears. The percentage growth stays in a narrow band of roughly 10% to 12% a year, and it eases slightly at the end. The absolute additions keep growing, though, from 2.3 million extra vehicles in 2026 to 3.2 million in 2030. That is the shape of a maturing market. Each year adds more cars even as the growth rate cools.
Across the five-year window, annual sales rise by 14.4 million units, or about 68.6% over the 2025 level. The implied compound annual growth rate lands near 11%. A forecaster who assumes steady double-digit growth for five years is making a confident call, and it deserves scrutiny. That is the reason the EV sales forecast 2030 numbers are best treated as a central scenario with wide error bars.
From 2 Million in 2018 to 35.4 Million: Historical Context
AL Circle anchors its story in a long climb. EV sales stood at about 2 million vehicles in 2018 and reach 35.4 million in the 2030 projection. That works out to a 17.7-fold increase over twelve years. Even the first leg of that journey is striking, because the forecast puts 2025 at 21 million units, a roughly tenfold jump from 2018 in seven years.
The history matters for a practical reason. Aluminium suppliers have spent the past decade rebuilding product lines around a vehicle type that barely registered in 2018. Battery trays, motor housings and cooling parts were niche castings and extrusions then. By 2030 they would be mainstream automotive volumes, spread across dozens of platforms.
The growth is also uneven across geographies and vehicle ages. Used-car markets are only starting to show up in the data. In Australia, for example, Carsales counted about 11,000 second-hand EV listings, a 4% share, which hints at how long the installed base will take to turn over. A larger fleet of older EVs means more recycled aluminium coming back into the loop in the 2030s, though no source in this report quantifies that effect.
Where the 38% and 79% Aluminium Figures Land
The headline numbers are the part of the story most likely to be quoted elsewhere, so it is worth setting them out plainly. AL Circle reports that aluminium usage is forecast to rise 38% in North America and 79% in China. Its headline also points to an 11% decline in Europe, which stands out against the growth elsewhere.
| Region | Forecast change in aluminium usage | Source of the figure | Basis disclosed? |
|---|---|---|---|
| North America | +38% | AL Circle headline, Oct. 26, 2026 | No baseline year or unit given |
| China | +79% | AL Circle headline, Oct. 26, 2026 | No baseline year or unit given |
| Europe | -11% | AL Circle headline, Oct. 26, 2026 | No baseline year or unit given |
| Global EV sales (BEV + PHEV) | 21M (2025) to 35.4M (2030) | AL Circle report | Forecaster not named in the excerpt |
The gap between 38% and 79% is large, and the report excerpt offers no explanation. Several readings are plausible. China might simply be adding vehicles faster. Chinese automakers might also be shifting more body and structural content to aluminium. North American platforms may already carry more aluminium today, which would leave less room for growth. These are possibilities for a reader to test, not claims the report makes.
Europe is the puzzle. A decline in aluminium use sits awkwardly next to strong registration numbers in some European markets. Possible explanations include lighter designs, a different mix of vehicles or a different way of counting. Until the original forecaster publishes its method, the Europe figure is a prompt for questions and not a conclusion.
Why Aluminium Use in Electric Vehicles Keeps Growing
AL Circle lists four applications where aluminium is finding new work in EVs. Each one links back to a hardware reality of building an electric car. Batteries are heavy, motors need housings, and bodies must protect occupants while keeping mass in check.
Battery enclosures
The battery pack is the heaviest single item in most EVs, and its enclosure has to protect cells from impact and water while staying as light as possible. Aluminium is a common choice for this job. As pack designs grow and more models adopt large packs, enclosure volume scales with every additional vehicle sold.
Electric-drive housings
Motors, inverters and gear reduction units sit inside housings that must handle heat and keep tight tolerances. Aluminium castings suit those requirements and can be produced in high volumes. As more drivetrains integrate motor, inverter and gearbox into a single unit, the housing grows more complex and more valuable.
Vehicle bodies and structural components
Bodies and structural parts round out the list. Automakers use aluminium to trim weight, and lower weight helps range. Large single-piece castings and extruded rails are examples of how the metal appears in modern structures. The report names the categories but does not give per-vehicle figures in the excerpt we could verify, so we do not quote any here.
What We Cannot Verify About the Forecast
A careful reading of the available material turns up several gaps. We list them here because they affect how far a reader should trust the numbers.
- The original forecasting organisation behind the 35.4 million unit projection is not identified in the excerpt we reviewed.
- No report title or methodology is given, and the baseline year for the 38% and 79% aluminium figures is not stated.
- It is unclear whether the percentages measure total aluminium tonnage, aluminium per vehicle, or a share of automotive demand.
- No named executives, analysts or companies appear with on-record statements in the article excerpt.
- We found no independent confirmation of the headline forecasts beyond the AL Circle page itself.
None of this means the numbers are wrong. Trade outlets often summarise third-party studies without full methodology, and the unit figures follow an internally consistent path. It does mean that the 38% and 79% numbers should be repeated with attribution to AL Circle and not as settled industry fact. Readers who plan to use them in a business case should ask the publisher for the underlying study.
Back-of-Envelope: What Extra Kilograms Mean at 35.4 Million Units
Because the report does not provide per-vehicle aluminium weights, we built a simple illustration. The table multiplies the 2030 forecast and the 14.4 million unit increase by three hypothetical additions per vehicle. These are not forecasts. They show how fast small per-car changes scale when volumes reach tens of millions.
| Extra aluminium per vehicle (hypothetical) | Across 35.4M vehicles (2030) | Across 14.4M added vehicles (2025 to 2030) |
|---|---|---|
| 10 kg | 354,000 tonnes | 144,000 tonnes |
| 25 kg | 885,000 tonnes | 360,000 tonnes |
| 50 kg | 1,770,000 tonnes | 720,000 tonnes |
The lesson is about leverage. A change of just 10 kg per car, spread over 35.4 million vehicles, equals 354,000 tonnes of metal. A 50 kg shift lifts that to 1.77 million tonnes. Material choices made by a handful of engineering teams therefore ripple through global supply chains.
What Earlier Research Said About EV Aluminium Demand
Older research gives useful context for the AL Circle numbers, with one caveat. It predates the 2025 and 2026 data above, so it describes how analysts framed the question years ago and not today’s market. In 2021, ING Research stated: “Aluminium demand from electric vehicles could exceed 17 million tonnes by 2030 under the Likely Tech scenario.”
ING also modelled a more aggressive path. In the same piece, ING Research stated: “Aluminium demand from electric vehicles could reach approximately 19 million tonnes by 2030 under the Fast Forward scenario.” Those scenario labels show how much the outcome depends on technology choices, not just on unit sales.
Other institutions have pointed at the same tension from different angles. Goldman Sachs Research published a report titled Solving Aluminium’s Climate Paradox, and the title captures the problem: a metal prized for lightweighting is also energy-hungry to make. EY has explored how advancing mobility will disrupt the mining and metals sector, and an older International Aluminium Institute outlook for aluminium demand through 2050 frames the long horizon. We cite these as context only and do not borrow figures from them.
Market Impact: Smelters, Casters and Extruders
If the forecast holds, the first beneficiaries are firms that turn primary and recycled aluminium into automotive parts. Casting shops serving drive units and battery trays gain volume, and extruders supplying structural rails gain too. Our hardware coverage has tracked how much of the EV supply chain now sits in physical plants, not software.
Battery manufacturing is the clearest example. Samsung SDI’s $3 billion Indiana battery plant is moving ahead with 1,700 jobs, per our earlier report. Every plant like that needs enclosure suppliers nearby, because shipping bulky metal trays over long distances adds cost. New battery capacity in North America can therefore pull aluminium processing capacity with it, which fits the 38% North American figure in the AL Circle headline.
For buyers of aluminium, the risk runs in the other direction. A 79% rise in Chinese usage concentrates demand growth in one country, and any slowdown there would hit suppliers hard. Europe’s forecast decline would squeeze regional producers, and it raises a question about whether European plants should chase export markets or retool for different products.
Price effects are harder to call. The report excerpt gives no tonnage and no price outlook, so we will not guess at a number. What the data does support is a direction: more vehicles, more applications and a regional split that favours China and North America.
Competitive Picture: Regions and Materials Compared
Three regional stories emerge from the headline, and each competes for the same pool of automaker spending. The table lays them side by side using only what the AL Circle headline and report state.
| Dimension | North America | China | Europe |
|---|---|---|---|
| Forecast aluminium usage change | +38% | +79% | -11% |
| Direction of travel | Growth | Fastest growth | Decline |
| Likely driver (our reading, unconfirmed) | New battery and vehicle capacity | Volume and structural adoption | Design mix or counting method |
| Report explains the driver? | No | No | No |
The materials contest is just as important. Aluminium is not the only choice for lightweighting. Steel remains cheaper per kilogram in many structures, and composites win where stiffness-to-weight matters most. The forecast implies aluminium gains share in the parts the report names, but it does not say it displaces steel everywhere. Automakers pick a material part by part, balancing cost, weight, crash performance and manufacturing speed.
Range testing shows why weight and efficiency stay front of mind. The 2027 Chevy Bolt delivered 197 miles at 75 mph against a 262-mile EPA rating, in a highway run we published. Heavy battery cars lose range quickly at speed, and every kilogram an engineer removes from the body or enclosure helps claw some of that back.
The Hardware Angle: Batteries, Drivetrains and Thermal Parts
For hardware readers, the interesting part of this story is how many components share the same metal. Battery packs, power electronics and motor housings all manage heat and mass. As integration tightens, one casting may now do the job of several smaller parts. That favours suppliers that can handle large, complex castings, and it rewards those who can scale quickly.
Stationary storage sits in the same chain. Tesla’s Megapack is nearly sold out for 2027 on a 110 GWh plan, according to our coverage. Grid batteries and car batteries compete for cells, enclosures and cooling hardware, so a surge in stationary demand can tighten supply for automotive parts even when car sales are steady.
Policy and industrial strategy add another layer. Thailand drew $690 million in AI and EV materials bets, as we covered recently, a reminder that governments are courting the materials side of the EV boom and not just vehicle assembly. Regions that land processing plants capture jobs that earlier waves of EV investment mostly left to a few hubs.
Historical Parallels: Lightweighting Cycles in Cars
Automakers have chased lighter vehicles for decades, usually in waves tied to fuel rules or fuel prices. Each wave pushed some parts from steel to aluminium and then plateaued as cost pressure returned. EVs add a new pull because mass directly affects range and battery size, and battery size is the most expensive item on the bill of materials.
That logic explains why aluminium keeps appearing in battery and drive hardware even when body panels stay steel. A kilogram saved in a heavy pack enclosure can let engineers shrink other parts in turn. Over a five-year forecast, those compounding effects can matter more than any single material swap.
The counterweight is cost discipline. Automakers under price pressure may revisit aluminium content if steel alternatives meet the same safety targets. The Europe decline in the AL Circle headline could reflect exactly that kind of trade-off, although the report does not say so. We flag it as a hypothesis worth checking, nothing more.
Predictions: What to Watch Through 2030
These are our own analytical expectations based on the numbers above. They are not statements from AL Circle or any forecaster.
- The forecaster will surface. A figure as widely shared as 35.4 million units tends to get traced back to a named study. Expect trade press and analysts to publish the methodology within weeks, and expect the 38%, 79% and Europe numbers to be clarified or corrected.
- Battery enclosure contracts will make headlines. With new battery plants opening in North America, enclosure and cooling-plate supply deals are the most likely place for aluminium announcements to land first.
- Europe’s decline will draw pushback. A shrinking aluminium forecast next to rising registrations invites challenge from regional producers and industry groups, who will want to see the underlying assumptions.
- The growth rate will drift below 10%. The yearly gain eases to 9.9% by 2030 in the projection itself, so any shortfall in demand would push growth into single digits sooner, even while absolute volumes keep rising.
- Low-carbon aluminium becomes a buying criterion. Given the climate paradox that research houses keep pointing at, automakers marketing green vehicles will face pressure to show cleaner metal in the supply chain.
Frequently Asked Questions
How many electric vehicles will be sold globally in 2030?
AL Circle reports a projection of 35.4 million combined BEV and PHEV units in 2030, up from 21 million in 2025. The report excerpt does not name the forecaster, so treat the figure as a reported projection.
What does the EV sales forecast 2030 include?
It covers battery-electric vehicles and plug-in hybrid electric vehicles. It does not appear to include conventional hybrids without a plug, though the excerpt does not define the scope in detail.
How much will aluminium use in electric vehicles grow?
According to the AL Circle headline, aluminium usage is forecast to rise 38% in North America and 79% in China, with an 11% decline in Europe. The baseline year and unit of measure are not given in the material we could verify.
Which EV parts use aluminium?
AL Circle names battery enclosures, electric-drive housings, vehicle bodies and structural components. Those categories reflect where weight, heat management and crash protection matter most.
Why does Europe show a decline when EV sales are rising?
The report excerpt does not explain it. Possible reasons include different vehicle mixes, lighter designs or a different counting method, but those are hypotheses. The original study would be needed to confirm the cause.
How fast is the forecast growing each year?
Our arithmetic on the published unit counts shows yearly growth of about 10% to 12%, with a compound annual rate near 11% from 2025 to 2030. Annual additions rise from 2.3 million units in 2026 to 3.2 million in 2030.
Is the 35.4 million figure independently confirmed?
Not in the material we reviewed. We found the figure and the regional aluminium percentages on the AL Circle page and no independent confirmation of the headline forecasts. Anyone using them in planning should request the original study.
