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Lyten’s Strategic Expansion: A New Chapter for Sweden’s Battery Landscape

27 February 2026

The Northvolt Ett battery factory and site of the Lyten Industrial Hub, located in Skellefteå, Sweden.

 

Skellefteå and Västerås, Sweden – February 2026. US‑based battery and advanced materials company Lyten has completed the acquisition of key Swedish assets from the bankrupt battery manufacturer Northvolt, including the Northvolt Ett battery factory in Skellefteå and the Northvolt Labs research centre in Västerås. The transaction, finalised in late February 2026, marks Lyten’s formal entry into large‑scale European manufacturing and establishes its first Lyten Industrial Hub in northern Sweden.

The deal gives Lyten access to approximately 16 gigawatt‑hours (GWh) of existing battery manufacturing capacity, together with land, buildings and research infrastructure. According to the company, battery production at the Skellefteå site is expected to restart with commercial deliveries planned for the second half of 2026. The acquisition secures the future of one of Europe’s most ambitious battery manufacturing sites and preserves industrial capacity that had been left in limbo following Northvolt’s insolvency.


From materials science to batteries at scale

Lyten was founded in 2015 in San Jose, California, with a focus on advanced materials based on three‑dimensional graphene. In its early years, the company concentrated on developing proprietary materials and sensor technologies before narrowing its strategic focus to energy storage. Central to that shift has been Lyten’s work on lithium‑sulphur (Li‑S) batteries, a chemistry that differs from today’s dominant lithium‑ion technology.

Lithium‑sulphur batteries replace traditional cathode materials such as nickel, cobalt or manganese with sulphur, which is widely available and lower in cost. In theory, Li‑S batteries can also offer higher energy density, making them attractive for applications where weight and performance matter, including aviation, defence and certain energy‑storage use cases. While the chemistry is not new, Lyten positions its proprietary materials and manufacturing processes as addressing long‑standing challenges around durability and cycle life.

Over the past decade, Lyten has gradually moved from laboratory development to early commercialisation. The company has raised significant private capital and secured strategic partnerships, allowing it to scale pilot production in the United States while preparing for larger industrial deployments. The acquisition of Northvolt’s Swedish assets represents a decisive step in that evolution: from technology developer to global manufacturer.


Why Northvolt — and why Sweden

Northvolt was founded in 2016 with the ambition of building a European battery champion capable of supplying the automotive industry with locally produced lithium‑ion cells. Backed by major industrial customers and public funding, the company invested heavily in gigafactories and research facilities across Sweden, Germany and Poland. However, cost overruns, production delays and tightening capital markets ultimately led Northvolt to file for bankruptcy in March 2025.

For Lyten, Northvolt’s difficulties created a rare opportunity. Rather than starting from scratch, Lyten has acquired fully permitted sites with grid connections, clean‑energy access and an experienced workforce. The Northvolt Ett plant in Skellefteå, in particular, offers scale that few start‑ups could realistically replicate in the current economic climate.

Sweden’s role in the deal is not incidental. Northern Sweden combines access to low‑cost, renewable electricity — primarily hydro power — with strong political support for industrial development and decarbonisation. The Västerås research centre adds a second pillar to Lyten’s European presence, providing a base for battery research, testing and process development.


The Lyten Industrial Hub model

Lyten’s plans for Skellefteå go beyond restarting battery production. The company has branded the site as its first Lyten Industrial Hub, reflecting an ambition to co‑locate battery manufacturing with other energy‑intensive and data‑driven industries. As part of the broader site redevelopment, data‑centre developer EdgeConneX has announced plans to acquire part of the campus to build large‑scale digital infrastructure powered by renewable energy.

This clustering approach reflects a wider trend in industrial strategy, where access to clean power, land and grid connections is increasingly scarce. By integrating battery manufacturing with complementary activities, Lyten aims to improve asset utilisation while embedding itself more deeply in the regional economy.

The company has stated that it intends to rehire former Northvolt employees and gradually expand the workforce as production ramps up. For the Skellefteå region, which had faced significant uncertainty following Northvolt’s collapse, the deal provides renewed industrial momentum.


What differentiates Lyten

Lyten’s positioning in the battery market differs from many European cell manufacturers in several respects:

  • Chemistry focus: While most European plants are designed around lithium‑ion technology for electric vehicles, Lyten’s long‑term emphasis is on lithium‑sulphur batteries, targeting markets where energy density and material availability are decisive factors.

  • Materials heritage: The company’s origins in advanced materials and graphene research continue to shape its approach to battery design and manufacturing.

  • Asset‑led expansion: Rather than incremental organic growth, Lyten is pursuing a strategy of acquiring and repurposing large industrial assets, accelerating its path to scale.

This approach does not remove execution risk, particularly given the technical and operational challenges associated with restarting complex manufacturing facilities. However, it does differentiate Lyten from younger battery companies still confined to pilot lines.


A pragmatic growth strategy

Lyten has been clear that automotive supply contracts are not its immediate priority. Bringing new battery chemistries into passenger vehicles typically requires long qualification cycles and close integration with car manufacturers. Instead, the company is expected to focus first on energy storage, industrial and specialised mobility applications, where certification requirements are less onerous and volumes can ramp more flexibly.

This sequencing reflects lessons learned across the battery sector over the past decade. Many manufacturers have struggled by attempting to scale too quickly for the automotive market without stable production yields. Lyten’s staged approach suggests a more cautious, if still ambitious, growth trajectory.


Implications for Europe’s battery ambitions

The transfer of Northvolt’s Swedish assets to Lyten highlights both the fragility and resilience of Europe’s battery ambitions. Northvolt’s failure exposed structural challenges in building capital‑intensive manufacturing at speed. At the same time, Lyten’s acquisition shows that the underlying assets — skilled labour, infrastructure and clean power — remain attractive to global players.

For policymakers and industry leaders, the message is nuanced. Industrial capacity can be preserved and repurposed, but success depends on realistic timelines, diversified markets and robust technology foundations. Lyten’s entry into Sweden does not resolve Europe’s battery challenges overnight, but it keeps critical capabilities alive.


From rescue to reinvention

Lyten’s acquisition of Northvolt Sweden is more than a distressed‑asset transaction. It marks a transition point for a US company moving into European industrial manufacturing, and for a Swedish site seeking a second life after one of the region’s most closely watched industrial failures.

Whether Lyten can translate advanced materials expertise into sustained, large‑scale battery production remains to be seen. What is clear is that the company has chosen to grow by engaging directly with the realities of industrial scale — infrastructure, workforce and energy — rather than remaining at the margins of pilot production. For Europe’s battery ecosystem, that makes Skellefteå an important site to watch in the years ahead.

 

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