Electric Car, Batteries and Sovereignty: Why the Challenge with China Reshapes the Future of Electric SUVs and Car Incentives

The race for the electric car is not won only in dealerships or on price lists. It is won in lithium mines, in lithium-ion cell factories, in laboratories where the next generation of solid-state batteries is being tested. And today, in 2026, that race has an undisputed dominator: China. For Europe — and for Italy in particular — understanding this industrial geopolitics is fundamental, not only for those buying an electric car or an electric SUV, but for anyone who wants to understand where mobility and our economy are heading.

The issue is not ideological. It is concrete, measurable in billions of euros, in jobs, in market share. While Brussels discusses car incentives and emission targets, Beijing has already built the production infrastructure that will make every European decision partially dependent on its choices. This article analyzes the situation with data current to 2026, explaining what is changing, what we risk, and how we can — perhaps — catch up.

Chinese Dominance in the Battery Supply Chain: Data and Numbers to Consider

To understand what is at stake, just look at the numbers. In 2025, China controlled approximately 75-80% of global lithium-ion battery cell production capacity. Companies like CATL (Contemporary Amperex Technology Co.) and BYD are not simply large suppliers: they are strategic infrastructures that feed both Chinese and European manufacturers, from Volkswagen to Stellantis, from BMW to Renault.

The value chain is even more imbalanced when considering the processing of raw materials:

• Refined lithium: China processes over 60% of global production
• Cobalt: more than 70% of refining is Chinese, despite most raw material coming from the Democratic Republic of Congo
• Manganese and nickel: Chinese presence is also dominant here in industrial transformation
• Cathodes and anodes: key battery components, produced almost entirely in East Asia

This means that an electric SUV assembled in Turin, Munich or Paris contains components that, in large part, have passed through China before reaching Europe. It is not a contingent problem: it is structural, the result of two decades of deliberate Chinese investments in a sector that the West long underestimated.

The Battery Passport, mandatory in the EU from 2027 for all electric vehicle batteries, will finally provide transparency to this supply chain. But transparency is not yet sovereignty.

The European Response: Gigafactories, Battery Alliance and the Gap to Close

Europe has not stood still. The European Battery Alliance (EBA), launched in 2017 by the European Commission, has catalyzed investments of over 130 billion euros in battery production projects across the continent. New plants are emerging in Italy, Germany, France, Sweden and Poland. Northvolt in Sweden (despite financial difficulties in 2024-2025), ACC (Automotive Cells Company) in France and Germany, and Italvolt — with the Scarmagno project in the province of Turin — are among the most significant undertakings.

But there is a problem of scale and timing:

1. European production costs are still significantly higher than Chinese: a gap of 20-30% per kWh produced is estimated
2. Technology is in part still licensed or derived from Asian know-how
3. Timelines: many European plants will reach full production capacity between 2027 and 2030, while the electric car market is already expanding today
4. Energy: producing batteries requires enormous amounts of energy, and the energy cost in Europe remains much higher than in China or the USA after the Inflation Reduction Act

For Italian consumers evaluating the purchase of an electric SUV in 2026, this translates into still elevated prices, despite car incentives having contributed to lowering the entry threshold. The issue is not only technological: it is economic and geopolitical at the same time.

Car Incentives 2026: How Policy Tries to Close the Competitiveness Gap

In Italy, 2026 is a crucial year for the car incentive system. After revisions in 2024 and 2025, the Ecobonus plan underwent significant adjustments, with greater attention to European components as a criterion for accessing the most generous contributions.

The principle is simple: if we want to build a European battery supply chain, we must orient demand towards products that feed it. This is why the new incentive scheme approved by the 2026 budget law introduces differentiated bonuses based on the origin of the productive supply chain:

• Premium Tier (maximum contribution): vehicles with batteries produced in Europe or with European added value content exceeding 40%
• Standard Tier: electric vehicles with batteries of mixed or Asian origin, but registered in Europe
• Base Tier: vehicles from non-European manufacturers with platform and battery entirely produced outside the EU

For electric SUVs, a category with strong growth even in Italy — in the first quarter of 2026 they represent over 45% of zero-emission vehicle registrations — this incentive system creates a clear hierarchy. Models like the Jeep Avenger Electric, the Fiat 600e, the Volkswagen ID.4 and even some BYD SUVs compete in different tiers, making comparison for the consumer more articulated.

What to evaluate before accessing 2026 car incentives:

• Verify the vehicle's tier category on the updated MIMIT portal
• Check ISEE income limits (for lower tiers, the contribution increases if you scrap an old polluting vehicle)
• Consider delivery times: some models with European batteries have longer waiting lists
• Evaluate residual value: electric SUVs with European batteries tend to have better residual values
• Don't forget regional incentives, which in some regions (Lombardy, Emilia-Romagna, Tuscany) add to national ones

The Technological Challenge: Solid-State Batteries and the Next Round

If the current battle over lithium-ion batteries seems partially lost for Europe, the next chapter is still open. Solid-state batteries represent the generational leap that could redraw the balance of power.

The theoretical advantages are significant:

• Energy density 30-50% higher than current liquid batteries
• Charging times potentially cut in half
• Greater safety (no flammable liquid electrolyte)
• Longer life cycles

Toyota, Solid Power (with BMW), QuantumScape and various European startups are investing billions. China, of course, is not sitting idle: CATL and SVOLT have announced aggressive roadmaps for mass production by 2027-2028.

For premium electric SUVs, solid-state batteries could arrive in limited production configurations as early as 2027, with wider adoption in the 2029-2032 period. Anyone buying an electric car today should know that they are purchasing "transition" technology, not necessarily what will dominate in five years.

This has direct implications for car incentives: the most far-sighted public policies are already trying to orient subsidies towards technologies scalable in the medium term, not just towards what is commercially available today.

Italy's Role: Opportunities and Risks for Our Industry

Italy has an ambivalent position in this scenario. On one hand, it is a country with great manufacturing tradition and automotive expertise that could be reinvented in the electric supply chain. On the other, it has lost ground in vehicle production (Stellantis has progressively shifted some production abroad) and struggles to build an autonomous presence in the battery segment.

The Italvolt/PowerCo project in Scarmagno remains the symbol of this ambition, but the accumulated delays demonstrate how difficult it is to compete with Chinese economies of scale. Italy must choose: focus on specialization in niche components with high added value (power electronics, thermal management systems, advanced materials) or pursue cell production in volumes that China already dominates?

For the Italian consumer, the practical advice is to follow the evolution of car incentives carefully: 2026 and 2027 will be years of major regulatory changes, with possible revisions even to the European 2035 target for stopping internal combustion engines — a topic on which the political debate is far from settled.

Frequently Asked Questions

Q: Do 2026 car incentives also cover Chinese electric SUVs like BYD or MG? A: Yes, but with lower contributions compared to vehicles with batteries produced in Europe. Models from Chinese brands fall into the "base tier" or "standard tier" of incentives, unless they demonstrate significant European productive content. It is essential to verify on the MIMIT portal the classification of the specific model before purchase.

Q: Why do electric cars still cost so much more than equivalent petrol cars? A: Battery cost accounts for 35-45% of the final price of an electric car. As long as cell production remains concentrated in Asia with economies of scale that Europe has not yet achieved, the price gap will persist. Cost parity with petrol vehicles is estimated to be reached between 2028 and 2031, depending on the segment.

Q: Is it worth waiting for solid-state batteries before buying an electric SUV? A: It depends on your needs. If you need a vehicle today, current electric SUVs offer adequate range (400-600 km real-world) and running costs are significantly lower than petrol. Mass-produced solid-state batteries will not arrive before 2029-2030. In the meantime, the car incentives available today make purchasing economically convenient.

Q: Is dependence on China for batteries a real risk for the end consumer? A: In the short term, no: vehicles on the market work correctly and batteries have minimum warranties of 8 years/160,000 km by European law. The risk is more systemic: in case of geopolitical tensions or tariffs, electric vehicle prices could rise. It is a scenario to monitor, not to ignore.

Q: How can I maximize 2026 car incentives for purchasing an electric SUV? A: Combine the national Ecobonus with any regional and municipal incentives, check the possibility of scrapping (which increases the contribution), check ISEE limits for the most generous tier, and compare final prices after incentives between multiple models. Some dealerships also offer additional private incentives that add to public contributions.

Conclusion

The challenge of the electric car is, first and foremost, an industrial and geopolitical challenge. Batteries are the beating heart of the transition, and today that heart beats primarily in China. Europe — and Italy — still have the opportunity to build partial technological sovereignty, but time is running out and the resources required are enormous.

For those who need to make a practical decision today: 2026 car incentives offer a concrete opportunity to access an electric SUV on favorable terms. Carefully evaluate the incentive tier, the origin of the productive supply chain, and your real mobility needs. The transition is underway, with all its contradictions — and informing yourself is the first step to navigate it consciously.