Lyten's $5B Battery Gambit Could Revolutionize Europe's Energy Storage

A cobalt-free battery revolution is brewing in northern Germany. Can Lyten's bold $5B move outmaneuver Europe's reliance on critical minerals—and succeed where others failed?

, and Administrator

2026 March 16 . 1:18 PM

1 min read

The image shows an old black and white photo of a factory with people working on a machine,... — The image shows an old black and white photo of a factory with people working on a machine, surrounded by metal rods, poles, and other objects. At the bottom of the image, there is text that reads "New Eisenglebeerei, the first factory in Germany".

Lyten plans battery restart in Heide with special technology - Lyten's $5B Battery Gambit Could Revolutionize Europe's Energy Storage

A US-based energy firm is planning a major battery production site in northern Germany. Lyten aims to build a factory, data centre, and energy storage facility near Heide, focusing on lithium-sulfur battery technology. The project could reshape Europe's battery industry by cutting reliance on critical raw materials like cobalt and nickel.

Lyten's move follows its recent acquisition of Northvolt's insolvent Swedish operations. The company paid nearly $5 billion (around €4.2 billion) for the main plant in Skellefteå and an R&D centre in Västerås. Now, it is negotiating with German authorities, including the federal government, KfW, and Schleswig-Holstein, to take over Northvolt's German subsidiary.

The proposed facility would specialise in lithium-sulfur batteries, which promise better safety than traditional lithium-ion cells. However, they require more lithium and support fewer charging cycles. Lyten holds over 550 patents, many related to 3D graphene materials, but specifics on which apply to the Heide project remain unclear. Construction could start in 2027, provided the Northvolt deal finalises. Lyten's CEO, Dan Cook, is currently in northern Germany to discuss the takeover. Local business leaders have shown strong interest, particularly in the ultra-high-range battery market. For the plan to succeed, Lyten must turn its patents into working industrial processes. It also needs a trusted local representative in Heide to guide operations.

The project would boost Europe's battery independence by removing cobalt and nickel from production. If approved, the Heide facility could become a key player in next-generation energy storage. Final decisions depend on ongoing negotiations and technical feasibility.