Freyr Battery Stock Price, News & Analysis

FREYR Battery, Inc., historically trading on the New York Stock Exchange under the ticker symbol FREY, has undergone a strategic transformation and corporate rebranding to T1 Energy Inc. The company describes itself as an energy solutions provider that is building an integrated U.S. supply chain for solar and batteries. According to company disclosures, a transformative transaction completed in December 2024 positioned the business as one of the leading solar manufacturing companies in the U.S. with a complementary solar and battery storage strategy. Following this evolution, the company’s common stock and warrants that previously traded as FREY and FREY WS on the NYSE began trading under the symbols TE and TE WS as part of the T1 Energy rebrand.

From FREYR Battery to T1 Energy

Press releases state that FREYR Battery unveiled a strategic rebranding as T1 Energy Inc., including a new company name, corporate logo, and visual identity, together with a change in ticker symbol from FREY to TE on the New York Stock Exchange. The T1 brand is presented as reflecting a commitment to becoming a vertically integrated U.S. solar + battery storage leader from a corporate headquarters in Austin, Texas. The company indicates that it is based in the United States, with plans to expand operations in America and to explore value optimization opportunities across a portfolio of assets in Europe.

Business Focus and Operations

In multiple announcements, the company describes its core focus as solar module manufacturing combined with a solar and battery storage strategy. Through the acquisition of U.S. solar manufacturing assets of Trina Solar Co Ltd., the company has highlighted a 5 GW solar module manufacturing facility in Wilmer, Texas, which it states commenced production and is expected to ramp to full production. The transaction is described as creating a commercial and operating platform to establish a U.S.-owned and operated solar and battery storage company. The company has also communicated plans for a U.S. solar cell manufacturing facility and has referred to a multi-phase strategic plan to build a vertically integrated U.S. solar manufacturing footprint.

Beyond solar modules and storage, earlier descriptions of FREYR Battery emphasize its role as a developer of sustainable battery and clean energy solutions. The company has stated that its mission is to accelerate the decarbonization of global energy and transportation systems by producing clean or sustainable, cost-competitive batteries and by industrializing technologies across the battery and renewables value chains. FREYR has cited primary target markets such as energy storage systems (ESS) and commercial mobility, with an ambition to serve the passenger electric vehicle market. It has also referenced a portfolio of real assets including a Customer Qualification Plant (CQP) for technology research and development in Mo i Rana, Norway, and project site assets referred to as Giga Arctic and Giga America.

Geographic Footprint

Company communications describe a growing U.S. footprint. FREYR announced the selection of Austin, Texas as the location for its global corporate headquarters, citing alignment with its strategy to provide solar modules made in the United States and proximity to its operating solar module facility in Wilmer, Texas. The company has also reported activities in Norway and Finland. In Norway, it has referenced operating its Customer Qualification Plant for technology development and holding assets associated with the Giga Arctic project. In Finland, the European Union Innovation Fund selected FREYR for a grant award to support a potential joint venture Cathode Active Material (CAM) manufacturing project in Vaasa, targeting an industrial-scale LFP CAM facility.

Technology and Project Development

FREYR has described itself as a developer of next-generation battery solutions and has discussed work with the 24M SemiSolid platform at its Customer Qualification Plant in Mo i Rana, Norway. Company updates have highlighted automated production trials on that manufacturing platform and the production of unit cells as part of its technology development efforts. At the same time, FREYR has communicated a shift in emphasis toward a conventional technology strategy to achieve commercialization, focusing resources on financeable projects and less capital-intensive opportunities tied to downstream modules and packs.

In Europe, the company has indicated that it is exploring value optimization and monetization initiatives for its European assets, including potential projects in Norway and Europe and the proposed CAM facility in Finland. The grant selection by the European Union Innovation Fund is described as support for FREYR’s industrialization efforts of sustainable battery value chain solutions.

Corporate Evolution and Strategy

Across its disclosures, FREYR has outlined a strategic plan that includes:

• Executing a transformative acquisition of U.S. solar manufacturing assets to establish a platform in the solar module market.
• Developing a vertically integrated U.S. solar manufacturing footprint, including a planned solar cell manufacturing facility.
• Focusing on projects and opportunities that can accelerate commercialization and provide pathways to revenues and EBITDA.
• Maintaining financial discipline and managing its balance sheet while pursuing both organic and inorganic growth opportunities.
• Continuing technology development activities in Norway and progressing potential CAM manufacturing in Finland.

With the rebranding to T1 Energy and the change of ticker symbol from FREY to TE, the historical FREY listing now represents the earlier identity of the company. Investors researching the FREY symbol are effectively looking at the history of what is now known as T1 Energy Inc., an energy solutions provider focused on an integrated U.S. solar and battery storage supply chain, with additional assets and projects in Europe.

Position of FREY/T1 Energy Within the Sector

Within the broader electronic and energy-related sector, the company presents itself as part of the clean energy and renewables value chain, combining battery-related development with solar manufacturing and storage. Its communications emphasize building domestic manufacturing capacity for solar modules and batteries in the United States, while also developing components of the battery value chain such as cathode active materials in Europe. This combination of solar manufacturing, battery storage strategy, and technology development across multiple geographies defines the role that the former FREYR Battery, now T1 Energy, seeks to play in the energy transition.