Battery-News

Author name: Cornelius Karow

Glencore Completes Acquisition of Li-Cycle Assets

Glencore Canada Corporation has completed the acquisition of a significant portion of Li-Cycle Holdings Corp.’s assets. The transaction was carried out as part of a credit bid and the assumption of certain liabilities. The purchase agreement was signed in May 2025. According to the company, the purchase includes so-called “spoke” facilities in Arizona, Alabama, New York, Ontario, and Germany. At these locations, used batteries are processed by being dismantled and converted into black mass. The acquisition also includes the hub project in Rochester, New York, which is still under construction. There, the black mass from the various spoke facilities will undergo chemical processing to recover the metals it contains at a high level of purity. In addition to the physical facilities, Glencore acquired Li-Cycle’s intellectual property. The Ontario Superior Court of Justice approved the acquisition, and a US federal court recognized it under Chapter 15 bankruptcy proceedings. This concludes the court-supervised sale and investor process for Li-Cycle. Source:https://www.newswire.ca/news-releases/early-warning-press-release-in-respect-of-li-cycle-holdings-corp–843793040.html

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GM Plans to Import LFP Cells from China

Over the next two years, US car manufacturer General Motors will source lithium iron phosphate batteries from Chinese manufacturer CATL. According to GM, this is a temporary solution until the company establishes its own production capacity for LFP cells in the US. Production is scheduled to begin in 2027 as part of a joint venture with LG Energy Solution in Tennessee. The import is for the new Chevrolet Bolt model, which will be produced at the Fairfax plant in Kansas by the end of 2025 and be released in 2026. This model will be the group’s most affordable electric vehicle. The import of these battery cells will be subject to an import duty of around 80 percent. These duties result from tariffs on foreign car parts introduced under the Trump administration. However, the elimination of US federal subsidies for electric vehicles of foreign origin means there is no longer a potential price disadvantage compared to competing models with US manufactured cells. GM emphasizes that twelve of its electric vehicles are currently equipped with US-manufactured batteries. The Chevy Bolt represents a departure from GM’s previous battery strategy, which relied on uniform, expensive cell chemistries for all models. Since 2024, the battery development program is under new management that promotes a broader range of cells, including LFP technology. GM emphasizes that its collaboration with CATL is only temporary, intended to bridge the gap until US production begins. Source:https://www.wsj.com/business/autos/gm-bolt-china-ev-batteries-1562e2f7

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Battery Training in Europe

Battery-News provides an up-to-date overview of training and continuing education opportunities in battery technology across Europe. Institutions listed include universities such as Delft University of Technology and the University of Bordeaux; industrial companies such as Festo, Siemens, and AVL; and organizations such as the European Institute of Innovation and Technology (EIT) and the Fraunhofer Research Production Battery Cell (FFB). The overview covers offerings along the entire value chain – from research and development to manufacturing and safety. It currently covers 15 European countries. The data comes from official communications from these institutions, as well as other reliable sources in the battery industry. If any relevant training programs are missing, or if you have general comments, the Battery-News editorial team welcomes your feedback.

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Lyten Acquires Northvolt Sites in Germany and Sweden

US battery company Lyten has entered into a binding agreement to acquire the remaining Northvolt assets in Sweden and Germany. These include the Northvolt Ett and Ett Expansion plants in Skellefteå, the Northvolt Labs facility in Västerås, and the Northvolt Drei plant in Heide. In addition to the physical locations, the transaction includes Northvolt’s remaining intellectual property. Financial details have not been disclosed. However, Lyten estimates the value of the acquired assets at approximately $5 billion USD. The acquisition will be financed entirely through equity. Lyten reports that the production capacity of the acquired sites is 16 GWh, with an additional 15 GWh under construction. Once the transaction is complete, Lyten plans to resume operations in Skellefteå and Västerås as soon as possible. Most of the previously laid-off workers will be rehired. Northvolt Drei in Heide to be Completed In Heide, Lyten is working with the authorities and Northvolt to continue the program to build the battery factory. The company plans to open the plant in Schleswig-Holstein with an initial capacity of 15 GWh. Originally, Northvolt’s plans entailed a final expansion stage with a capacity of 60 gigawatt hours. The entire transaction is still subject to regulatory approvals in Sweden, Germany, and by European authorities. Completion of the deal is expected in the fourth quarter of 2025. Purchase Plans for Canada Lyten also plans to acquire the Northvolt Six site in Quebec. The plant, with a planned capacity of 15 GWh, is currently under construction. According to the company, discussions are underway with Canadian authorities and partners.  Lyten has previously acquired Northvolt facilities in Poland and the United States, including a battery energy storage system manufacturing plant in Gdańsk, Poland, and a battery production facility in California. Source:https://lyten.com/2025/08/07/lyten-to-acquire-all-remaining-northvolt-assets-in-sweden-and-germany/

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Princeton NuEnergy Opens Battery Recycling Plant in South Carolina

US battery recycler Princeton NuEnergy (PNE) has begun operating its lithium-ion battery recycling plant in Chester, South Carolina. The plant produces 5,000 tons of “advanced black mass” from production waste each year. According to the company, its proprietary recycling processes result in a recovery rate of over 97 percent. These processed materials serve as raw materials for new battery cells with NCM and LFP cathode chemistry. PNE plans to expand annual capacity to 15,000 tons by 2026. In the long term, PNE aims to increase capacity up to 50,000 tons depending on market developments. PNE was founded at Princeton University and uses a direct recycling concept based on a patented low-temperature process. The company claims this technology significantly reduces costs and environmental impact compared to conventional methods. PNE receives funding from government grants and investments from companies such as Honda, Samsung, Shell Ventures, and the U.S. Department of Energy. In addition to its location in Chester, PNE operates a pilot plant in Texas and a test center in New Jersey. Source:https://www.prnewswire.com/news-releases/the-us-battery-circular-economy-advances-with-pnes-south-carolina-flagship-recycling-facility-302522842.html

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EU Project: Conductive Additives from Renewable Raw Materials

According to the Fraunhofer Institute for Silicate Research ISC, the four-year EU project “HiQ-CARB” has made significant progress in developing sustainable, conductive additives for lithium-ion batteries. The project achieved this by combining carbon nanotubes and acetylene black from renewable sources, reducing the required amount of additives in the battery electrodes. According to the project partners, this positively affects material efficiency, performance, and production costs. The production processes for the materials have been scaled up to industrial quantities. ORION produced over 3,000 tons of acetylene black, and ARKEMA produced suitable quantities of thin-walled CNTs. A life cycle assessment conducted by the University of Bordeaux shows that this material has a carbon footprint of around 1.5 kg CO₂ equivalent per kilogram. According to the analysis, conventional carbon black has a carbon footprint ranging from 3.5 to 3.9 kg CO₂ equivalent. The new additives have been successfully integrated into CustomCells’ existing production lines. The project partners report stable coatings and improved conductivity without the need for significant production adjustments. Meanwhile, strategies for market launch and qualification of skilled workers were developed. Source:https://idw-online.de/de/news856308

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LiCAP Technologies Commissions Dry Coating Line for Battery Cathodes

US battery developer LiCAP Technologies has announced the commissioning of a new production line for dry coatings. Once at full capacity, the line is expected to reach an annual output of 300 MWh. The California Energy Commission (CEC) is providing financial support for the project. The company reports that the first cathode film, over 500 meters long, was produced using its proprietary “Activated Dry Electrode” technology. This process does not use toxic solvents and is expected to reduce energy consumption and manufacturing costs. The new production line is said to be compatible with various types of batteries, including lithium-ion, solid-state, and sodium-ion batteries. LiCAP sees this step as transitioning from technology development to industrial production. Starting in August 2025, the company plans to deliver the first product samples from the new line to customers. Source:https://www.newswire.com/news/licap-technologies-and-california-energy-commission-celebrate-major-22610676

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Lyten Plans to Restart BESS Production After Acquiring Northvolt Assets

US lithium-sulfur battery manufacturer Lyten has raised over US$200 million in additional equity capital. The funds will primarily finance the company’s expansion and acquisition strategy in Europe and the US. According to the company, the majority of these funds come from existing investors. Lyten reports that the total equity raised now amounts to over $625 million. As part of its expansion strategy, Lyten revealed in July it would acquire the Northvolt Dwa BESS production facility in Poland. Now, the company is acquiring Northvolt Systems’ energy storage product portfolio. This also involves integrating key members of the local development team. Last year, Lyten had already acquired Northvolt’s subsidiary Cuberg’s battery production business in California. Production in Gdańsk to Begin at End of 2025 With access to Northvolt’s products, such as Voltpack Mobile Systems and Voltrack, Lyten is expanding its range of stationary battery storage solutions. According to Lyten, the company intends to resume production in Gdansk immediately after the transaction with Northvolt Dwa is finalized. The first deliveries are scheduled for the fourth quarter of 2025. Initially, the target markets are existing customers in Europe, followed by global applications in data centers, industry, and grid operations. Source:https://lyten.com/2025/07/28/lyten-secures-more-than-200-million-in-investment-to-support-its-ongoing-acquisition-strategy/

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