Northvolt: The Market Was There. Why Was the Company Not Ready?

Northvolt was founded in 2016 at a moment when Europe’s dependence on Asian battery supply chains was becoming increasingly difficult to ignore.

European governments and automotive manufacturers were committing to electric vehicles, while China had already developed deep capabilities across battery cells, materials, manufacturing equipment and processing. CATL and BYD were becoming increasingly important global players.

Northvolt proposed a European alternative. Its model combined battery manufacturing with substantial use of renewable energy, recycling and a more localised supply chain.

The proposition attracted powerful supporters. Volkswagen became an investor. BMW became a customer. Goldman Sachs and BlackRock were among the financial investors. Scania, Audi and Porsche were associated with the company’s customer base. Northvolt eventually reported orders worth more than US$50 billion.

Governments also had reasons to support the company that went beyond the prospects of one manufacturer. Battery capacity had become part of Europe’s industrial policy and its attempt to reduce strategic dependence on Asian suppliers.

From the outside, the signals were unusually strong. There was customer demand, investor confidence, government support and a market expected to grow for years.

For a board, however, those signals needed to be interpreted carefully. Customers and governments were validating the need for a European battery producer. Investors were demonstrating confidence in Northvolt’s prospects. None of those signals could establish, by itself, whether Northvolt had already learned how to manufacture batteries at the quality, yield, cost and volume required by automotive customers.

The distinction may appear obvious now because we know what happened. During a period when almost every external stakeholder was encouraging growth, it would have been much harder to give manufacturing performance greater weight than the size of the opportunity.

In June 2024, BMW cancelled a battery-cell contract with Northvolt worth approximately €2 billion.

The agreement had been signed in 2020, with deliveries planned from 2024. Northvolt had reportedly fallen behind the required delivery timetable. BMW and Northvolt continued discussions concerning future-generation battery technology, so the commercial relationship had not entirely disappeared.

From a governance perspective, the cancellation was important because it provided external evidence about the manufacturing ramp.

BMW had its own vehicle programmes, qualification procedures and production schedules. Its commercial planning could not remain indefinitely aligned with Northvolt’s manufacturing learning curve.

Customer interest is frequently treated as proof of commercial readiness in technology companies. Large industrial customers provide a more demanding test because their interest has to become qualified products, agreed volumes and deliveries that arrive when their own factories need them.

By June 2024, one of Northvolt’s major customers had concluded that the timetable no longer worked. A board reviewing that event should have been asking what it revealed about the assumptions behind the rest of the expansion programme.

Northvolt Ett was still ramping while the company pursued a much broader industrial agenda.

There was the expansion of Ett itself and the adjacent Revolt Ett recycling facility. Northvolt Labs was operating in Västerås. Northvolt Fem was planned as a cathode-material facility at the former Kvarnsveden paper-mill site.

There were plans for Germany and a large project in Québec. Northvolt was also involved in a battery joint venture with Volvo Cars, energy-storage systems, sodium-ion development and lithium-metal technology through Cuberg.

Northvolt’s 2023 annual report described its strategy in terms of speed, scale and vertical integration while acknowledging the organisational demands created by rapid growth.

Each part of this portfolio had a strategic explanation. Recycling was relevant to cost, materials and sustainability. European geographic expansion brought Northvolt closer to major automotive customers. North America offered a large developing EV market and substantial government support. New battery chemistries could create future competitive advantages.

A board looking at each programme separately could therefore find a reasonable argument for proceeding.

The combined operating challenge was more difficult. Northvolt was simultaneously trying to improve lithium-ion mass production, expand an unfinished factory, develop other production sites, integrate recycling and upstream materials, work on new chemistries and establish operations in new countries.

A collection of individually attractive projects can create more simultaneous execution risk than the organisation and its balance sheet can support.

In January 2024, the European Commission approved a €902 million German state-aid package to support Northvolt’s planned battery factory in Heide. The measure was politically significant because it used European rules designed in part to prevent strategically important industrial investments from moving outside the EU.

Northvolt had become part of a larger European industrial ambition. That status brought political support and access to capital, while creating expectations extending well beyond the company’s own management.

Governments were planning around future manufacturing capacity. Communities were expecting investment and employment. Customers were considering future supply. Investors had committed large amounts of capital.

Canada increased those commitments further.

In September 2023, Canada announced substantial support for Northvolt’s proposed Québec operation. The federal Strategic Innovation Fund commitment eventually reached up to C$1.34 billion, while the first phase of the project was expected to represent around C$7 billion of investment and create approximately 3,000 jobs.

There were good reasons for considering Québec. North America was developing a battery supply chain around electric vehicles, government incentives and domestic production.

The important question concerns timing. When a manufacturer begins planning large facilities on several continents, the original factory is usually expected to provide the operating template that will be reproduced elsewhere. Northvolt Ett had yet to reach that level of maturity.

Every new commitment therefore carried assumptions about capabilities that the company was still learning to build.

The US$5 billion financing announced in January 2024 is one of the moments I would examine most carefully.

At the time, the transaction looked like a major success. Northvolt described it as Europe’s largest green loan and intended to use it for continued expansion of Northvolt Ett and recycling capacity.

Five months later, BMW cancelled the €2 billion supply contract. By September, Northvolt had begun reducing the scope of its activities. By November, the company was in Chapter 11.

Those later events do not prove that the board should have foreseen bankruptcy in January. Public information cannot tell us exactly what directors knew about production performance at that point, and retrospective analysis should be careful about converting an eventual outcome into an apparently obvious earlier conclusion.

January remains important because the board already knew that Northvolt had been investing approximately US$200 million per month during 2023, Ett was still ramping, several other factories and technology programmes were progressing, and battery manufacturing required large capital commitments before revenue from mature production could catch up.

The board therefore had to decide how operational evidence would control the deployment of newly available capital.

The company had raised the money. The operational system still needed to justify how much of that money should be committed to the next stage.

On 9 September 2024, Northvolt announced the first results of a strategic review.

The company decided to concentrate resources on battery-cell production at Northvolt Ett and reduce activity elsewhere. The planned Northvolt Fem cathode-material project in Borlänge was terminated and the site placed up for sale.

Approximately two weeks later, Northvolt announced around 1,600 job losses in Sweden as part of a wider reduction representing roughly 20 per cent of its global workforce.

Concentrating resources on Ett was strategically understandable. The difficulty was that the decision arrived after significant financial flexibility had already been consumed.

Had the same prioritisation happened earlier, Northvolt could have slowed selected projects while retaining considerably more choice over where to deploy its capital. By September 2024, the company’s options were increasingly being determined by liquidity.

Timing changes the quality of a strategic decision. Reducing investment while the balance sheet is strong allows management to choose what it wants to preserve. Reducing investment after cash has become scarce forces management to work with whatever options remain.

Northvolt filed for Chapter 11 on 21 November 2024 and said the process would provide access to approximately US$245 million in new financing.

Reuters reported the following day that the company had entered restructuring with enough cash for roughly one week of operations before obtaining US$100 million in additional financing.

Founder and CEO Peter Carlsson stepped down and acknowledged that Northvolt had been overly ambitious about the timetable for achieving its production targets. He estimated that another US$1 billion to US$1.2 billion would be required to restore the business through restructuring.

At this stage, the company’s manufacturing problem and its financial problem could no longer be considered separately.

Northvolt still possessed factories, technology, customers, skilled people and intellectual property. Production performance was improving in some respects. What the company lacked was sufficient unrestricted time to continue learning at the pace the factory required.

For a capital-intensive business, this is one of the most dangerous mismatches a board can allow to develop. Operational improvement may still be possible while the company financing that improvement has already run out of room.

Northvolt’s Chapter 11 process did not attract enough new capital to preserve the company.

On 12 March 2025, Northvolt AB filed for bankruptcy in Sweden after its board concluded that the available options for securing a viable financial and operational future had been exhausted.

Battery production continued for a period under the bankruptcy process and was eventually wound down at the end of June 2025. The Québec project also collapsed. In September 2025, a Québec court declared Northvolt Batteries North America insolvent after the provincial government stopped further support and sought recovery of funds.

The subsequent sale of Northvolt’s assets complicates any simple interpretation of the company’s failure.

In August 2025, US battery company Lyten agreed to acquire Northvolt’s remaining Swedish and German assets, including Northvolt Ett, Northvolt Labs, the planned German facility and Northvolt’s intellectual property.

By February 2026, Lyten had completed its acquisition of the Swedish assets and was preparing to restart commercial lithium-ion production at Skellefteå during the second half of 2026. Its initial focus included energy storage, data centres and defence, while automotive qualification was expected to require more time.

Another owner therefore saw enough industrial value in the factories, technology and intellectual property to continue working with them.

The sale separates the failure of Northvolt as a financial and organisational structure from the underlying question of whether the assets and the European battery market had value.

CATL is an obvious comparator, although the differences between the companies are substantial.

CATL developed inside China’s much larger battery and electric-vehicle ecosystem, benefited from deep domestic supply chains and entered the period of Northvolt’s expansion with a considerable manufacturing head start.

Northvolt was attempting to establish a European production system while competing with businesses that had already accumulated years of industrial learning.

The comparison becomes useful when we look at how expansion is financed.

In 2024, CATL generated approximately 362 billion yuan in revenue and 50.7 billion yuan in net profit, while its combined global share of EV and energy-storage batteries was around 38 per cent.

A manufacturer at that stage can fund a significant proportion of expansion through an established operating business. Northvolt relied heavily on external financing while the operating system itself was still being built.

For an established manufacturer, another factory can be analysed largely as a capital-allocation decision. A younger industrial company has to consider something additional: whether the manufacturing architecture being replicated has already proved that it can deliver the expected economics.

Automotive Cells Company provides a more comparable European example.

ACC, backed by Stellantis, Mercedes-Benz and TotalEnergies, also developed ambitious plans for battery manufacturing across Europe. During 2024 it paused projects in Germany and Italy while continuing to work on the ramp-up of its French plant. Changes in EV demand, battery chemistry and production economics contributed to that reassessment.

ACC continued to face considerable pressure. By March 2025, the company was warning about the urgency of stronger support for the European battery industry.

Its behaviour is still useful for comparison because geographic expansion slowed while management concentrated on the manufacturing platform already operating in France.

ProLogium articulated an even more gradual approach. In 2024, its CEO said the company planned to begin its French plant at only 2 to 4 GWh and increase capacity progressively as automotive demand and production economics developed.

Neither example provides a formula for success. The European battery industry remains difficult, and gradual expansion does not remove technology, demand or financing risk.

They do demonstrate that sequencing is a strategic choice. Management can decide how much evidence it wants from the first manufacturing system before committing to the second.

Any assessment of management needs to take the changing battery market into account.

European EV demand developed more slowly than many earlier forecasts had anticipated. Battery prices fell. Chinese manufacturers intensified competition. Lower-cost LFP chemistry became increasingly important.

These pressures affected much of the European battery industry. ACC delayed projects, FREYR abandoned European manufacturing plans, other factories were postponed and automotive groups reconsidered aspects of their battery strategies.

China also retained an enormous advantage in manufacturing scale and supply-chain depth. By 2024, the country accounted for roughly two-thirds of global EV battery manufacturing, with CATL and BYD among the leading companies.

Northvolt therefore faced a more difficult market than the one many investors had imagined several years earlier.

For a board, changing market conditions increase the value of financial flexibility. Capacity plans may need to be revised. Technologies can change. Customers may delay programmes. Competitors can reduce prices.

Capital that has already been committed to several large projects cannot easily be redirected when those assumptions change.

I would be cautious about concluding that Northvolt should never have pursued recycling, Germany, Canada or additional technologies.

Vertical integration can be valuable in battery manufacturing. European production capacity remains strategically important. Germany and Canada both offered serious economic and political advantages. Developing new chemistries is part of remaining competitive in an industry that continues to evolve.

The question is how many uncertainties a company can finance at the same time.

A more disciplined expansion model could have linked each major commitment to evidence produced by Northvolt Ett.

The factory could first have demonstrated sustained customer-acceptable output and improving yield. Reliable delivery and credible unit economics would have provided the next layer of evidence. Additional manufacturing capacity could then have been approved as the original production system became sufficiently understood to replicate.

Some development work would still have happened in parallel. Industrial companies cannot operate through perfectly sequential stages. Sites take years to prepare, customer negotiations begin long before production and technology programmes have different development cycles.

The board’s task is therefore to decide which commitments remain reversible while the most important operating assumptions are still being tested.

The Northvolt case transfers unusually well to drones and other advanced hardware businesses.

A drone company can demonstrate a functioning aircraft long before it knows whether hundreds of units can be produced at consistent quality and cost.

Autonomous navigation can perform well during demonstrations while regulatory approval or mission reliability remains unresolved. Military or maritime customers may show substantial interest while procurement cycles remain slow and repeat orders uncertain.

A company can also invest in a factory before it understands the economics of producing enough units to use that factory efficiently.

Pharmaceutical and biotechnology companies operate with a different industrial structure, although the timing problem is familiar.

Scientific validity, clinical evidence, regulatory approval, manufacturing validation, reimbursement and commercial adoption all progress through separate stages.

A valuable molecule can fail commercially because financing expires before the clinical programme is complete. A product can obtain regulatory approval and then encounter manufacturing constraints. A biologics company can face substantial demand while struggling with yield, quality systems or production capacity.

The underlying board question remains similar: how much time does the company need before its technical capability becomes a repeatable commercial operation, and does the financial structure provide enough room for that development to happen?

Northvolt demonstrates why the answer cannot be derived from market size alone.

Public information gives us only part of the picture. Northvolt’s directors had access to manufacturing data, financing conditions and internal forecasts that outsiders do not possess, so any judgement made from the outside needs some restraint.

Based on the evidence that is available, I would concentrate on one governance mechanism.

By approximately 2022 or early 2023, major geographic expansion should have been connected to explicit manufacturing gates at Northvolt Ett.

The board could have defined levels of yield, weekly customer-acceptable production, line availability, on-time delivery and cost improvement that needed to be achieved before additional projects progressed beyond reversible planning and site-development stages.

Such a decision would probably have reduced the speed of announced expansion. Some governments and investors might have been disappointed, and Northvolt could have lost certain opportunities.

It would also have preserved more capital while the organisation discovered how long mass production was actually going to take.

This is one of the uncomfortable responsibilities of a board in a rapidly growing company. There may be many attractive opportunities and good strategic arguments for pursuing them. Directors still need to understand how many the organisation can carry if one of its central assumptions proves slower, more expensive or more difficult than expected.

Massey Ferguson entered 1980 with factories, customers, technology, international market positions and a famous industrial brand. Its vulnerability came largely from leverage, working-capital requirements and an extensive global manufacturing system when the agricultural market deteriorated.

Northvolt entered 2024 with factories, customers, technology, government backing, major investors and a strategic position at the centre of Europe’s battery ambitions.

Its vulnerability developed through a different combination: extremely high capital consumption, an unfinished manufacturing ramp, several simultaneous expansion programmes and the time required to reach stable production.

In both cases, the underlying businesses still possessed valuable assets and market positions when the financial structure became decisive.

The comparison is useful because it reminds boards that financial resilience cannot be considered separately from operating strategy. The amount of time a company can afford is partly determined by the decisions it makes years before liquidity becomes an immediate concern.

Northvolt no longer exists as the independent European battery company originally envisioned, although the industrial assets it created continue to have value.

Lyten completed the acquisition of Northvolt’s Swedish operations in early 2026 and has been preparing to restart commercial lithium-ion production at Skellefteå during the second half of 2026. Its initial focus includes energy storage, data centres and defence, while automotive qualification is expected to take longer.

This development changes part of the interpretation.

The strategic importance of European battery manufacturing may have been understood correctly. The factories, technical knowledge and intellectual property retained enough value for another company to acquire them and attempt to restart production.

The more difficult issue lies in the company that was constructed around those assets.

Northvolt committed enormous amounts of capital while its manufacturing system was still developing. At the same time, it added factories, technologies, countries and organisational complexity. Each decision could be defended individually, particularly in a European market where governments and automotive manufacturers were actively looking for alternatives to Asian battery suppliers. Together, however, those commitments developed more quickly than the production system supporting them.

For boards, this is the part of the case worth examining closely.

A strong market can justify investment, although it cannot determine how quickly a particular company will become capable of serving that market. Customers, governments and investors may agree that the opportunity exists while manufacturing data continue to show that the organisation needs another two or three years to become reliable.

The board therefore has to understand two timelines at once: how quickly the market is developing and how quickly the company is becoming capable of serving it.

Northvolt appears to have understood the first remarkably well. Its greater difficulty was judging the second and financing the company accordingly.

That distinction matters well beyond batteries. When a business requires years of technical and operational learning before it can deliver consistently at scale, identifying the right market is only part of the strategic decision. The company also needs enough financial flexibility to remain capable of reaching it.