34 stories tagged battery-production on EV Digest.
The joint venture between General Motors and LG Energy Solution, Ultium Cells, has announced plans to manufacture lithium manganese rich (LMR) prismatic battery cells at its facility in Spring Hill, Tennessee. This move aims to bolster domestic battery production for GM's future electric vehicle lineup, leveraging advanced battery chemistry within the Ultium platform.
NOVONIX, a battery materials company, has secured ISO 9001:2015 certification for its synthetic graphite active anode material (AAM) production facility in Chattanooga, Tennessee. This achievement is a crucial step as the company prepares to scale up commercial operations, signaling robust quality management for its domestic battery supply chain contributions.
China aims to achieve large-scale production of solid-state electric vehicle batteries by the end of the decade, signaling a major push into next-generation EV technology. However, CATL, the world's leading battery manufacturer, warns that scaling this advanced chemistry while maintaining affordability presents significant challenges.
Honda has reportedly commenced pilot production of all-solid-state batteries, signaling a significant step towards their eventual integration into electric vehicles. This move comes as the automotive industry keenly watches for breakthroughs in battery technology that could offer improved range, faster charging, and enhanced safety for the next generation of EVs.
Amidst global competition, Europe is looking to its proposed Industrial Accelerator Act (IAA) to revitalize and scale its domestic battery value chain. This initiative aims to provide essential incentives to overcome past setbacks and foster a robust, localized battery industry within the continent. The strategic push seeks to solidify Europe's position in EV battery manufacturing, reducing reliance on external markets.
Ultium Cells, the joint venture between General Motors and LG Energy Solution, has announced plans to localize the production of LMR prismatic battery cells in Tennessee. This strategic move aims to strengthen the domestic battery supply chain and power upcoming GM electric vehicles with advanced cell technology. The new manufacturing capabilities will be integrated into the existing Ultium Cells facility in Spring Hill, Tennessee.
A new analysis indicates that Europe is on track to produce enough EV battery cells to meet its own demand by 2030, largely driven by 'Made-in-EU' requirements. This development is expected to significantly strengthen the continent's domestic battery value chain and reduce reliance on external suppliers for critical EV components.
General Motors and LG Energy Solution are reportedly moving forward with plans to produce next-generation, lower-cost electric vehicle battery cells at a facility in Spring Hill, Tennessee. This move aims to localize supply chains and reduce manufacturing expenses, directly impacting the affordability of future GM EVs.
General Motors and LG Chem are deepening their collaboration, focusing on the production of more affordable electric vehicle battery cells. This strategic move aims to bring down EV manufacturing costs by localizing cell production in Tennessee. The partnership signals a continued push for accessible EV technology within the U.S. market.
The European Union is grappling with the significant financial and logistical challenges of establishing its own robust electric vehicle supply chain, separate from China's established ecosystem. While Brussels aims to reduce reliance on Chinese imports for batteries and critical EV components, the endeavor will require massive investment and coordinated effort to onshore production and secure raw materials.
Chinese battery maker Gotion High-Tech is significantly boosting Volkswagen's EV production capabilities in Europe with a $1.25 billion investment. This funding will support VW's gigafactory in Sagunto, Spain, a key part of the automaker's strategy for localized battery cell production for its growing electric vehicle lineup.
Volkswagen Group's battery arm, PowerCo, has announced a delay in the operational start of its planned gigafactory in St. Thomas, Ontario, pushing the timeline back to 2029. This adjustment reflects a more cautious approach to EV market growth, as the company cites a challenging sales environment for electric vehicles.
Chinese battery giant CATL is developing new battery technologies specifically designed for the American pickup truck segment, aiming to capitalize on the growing demand for electric trucks. Despite trade tensions, the company is exploring options for localized production in the U.S., potentially through licensing agreements, to supply this lucrative market.
The intricate process of manufacturing EV batteries within gigafactories presents significant sealing challenges, particularly concerning the handling of volatile solvents and maintaining precise environmental controls. These facilities must ensure secure containment during chemical processing, solvent recovery, and vacuum drying to optimize efficiency and safety in battery cell production.
LG Energy Solution has commenced manufacturing at its new 226-acre battery production facility in Lansing, Michigan. The plant will produce large-format lithium iron phosphate (LFP) cells, primarily targeting both electric vehicles and stationary energy storage systems, with an anticipated annual capacity of 35 GWh at full scale.
A recent tour of LG Energy Solution's expansive $2 billion battery manufacturing facility reveals the scale of production supplying major automakers like Tesla and Toyota. Executives highlighted the ongoing development and future potential of advanced battery chemistries, including solid-state and sodium-ion technologies, as they continue to push the boundaries of EV power.
LG Energy Solution has officially commenced battery production at its new gigafactory in Holland, Michigan. This facility, representing a significant investment, is poised to supply advanced battery cells primarily for electric vehicles manufactured by various OEMs, including a reported focus on models for Toyota. The plant aims to produce up to 35 GWh of batteries annually, creating 1,700 jobs in the process.
AESC, the operator of the UK's largest EV battery production facility in Sunderland, has paused its planned expansion. This setback is attributed to stalled negotiations with Jaguar Land Rover for a supply deal and weaker-than-anticipated demand from its existing client, Nissan, highlighting challenges in the EV transition.
The Ultium Cells joint venture between General Motors and LG Energy Solution has announced that its Ohio battery factory has restarted cell production. This facility is crucial for supplying battery packs to power a range of GM's electric vehicles, including models built on the Ultium platform.
The joint venture between General Motors and LG Energy Solution, Ultium Cells, has resumed battery production at its Warren, Ohio facility. This restart comes after a seven-month shutdown initially attributed to a slowdown in electric vehicle demand, signaling renewed optimism for EV manufacturing in the region.
General Motors has sold its stake in the planned $3.5 billion battery cell manufacturing joint venture with Samsung SDI in New Carlisle, Indiana. This move leaves Samsung SDI as the sole owner and operator of the future gigafactory, which is still expected to bring significant battery production capacity to the Midwest.
The electric vehicle industry is rapidly expanding, driving demand for more efficient and scalable battery production methods. Pressure-sensitive adhesive (PSA) tapes are emerging as a key technology to optimize these manufacturing processes. By simplifying complex assembly steps and enabling robotic integration, PSA tapes help reduce waste and accelerate battery output to meet the surging EV market needs.
Empower EIT has commenced operations at its new 17,000-square-foot facility in Dallas, where it is producing battery-grade lithium carbonate. Utilizing a direct lithium extraction (DLE) and conversion process, the company aims to supply the critical material for EV batteries. Commercial sales are projected to begin in 2027.
BMW's manufacturing facility in Spartanburg, South Carolina, is gearing up to start producing battery modules for electric vehicles by December. This localized production is a crucial step in the automaker's strategy to bolster its EV manufacturing capabilities within the United States. The move is expected to support forthcoming electric models from BMW.
BMW is considering establishing a battery pack assembly plant in Woodruff, South Carolina, to support its experimental iX5 Hydrogen fuel cell vehicle. This potential domestic production move signals BMW's commitment to localized manufacturing, especially for its niche hydrogen fuel-cell program. Such an investment could significantly bolster the U.S. EV battery supply chain.
China is set to impose a consumption tax on both solar and lithium-ion battery products, signaling a shift in its domestic economic policy. This move could impact the manufacturing costs and pricing strategies for these crucial components within the country, potentially affecting global supply chains which heavily rely on Chinese production for these goods.
Hyundai Motor Group and SK On have commenced operations at their new $5 billion EV battery manufacturing plant in Bartow County, Georgia. This facility will supply battery cells for Hyundai's nearby Metaplant America, supporting the automaker's rapidly expanding electric vehicle production in the United States.
Tesla has launched a new "Cell Giga Challenge" initiative, opening its Gigafactory Berlin-Brandenburg doors to startups. This program invites external companies to pilot their innovative battery technologies directly within Tesla's live 4680 cell production lines. The move aims to accelerate output at the Grünheide facility, which is targeting 18 GWh of annual battery cell capacity.
The world's largest EV battery manufacturer, CATL, states that the biggest challenge facing the industry is securing raw materials from mining operations, not the subsequent refining processes. This highlights a critical supply chain concern as the demand for electric vehicles continues to surge globally, potentially impacting future battery availability and costs.
The increasing energy demands of artificial intelligence are providing an unexpected boost to the sodium-ion battery market. This surge in demand could help scale production and drive down costs for a technology that holds significant promise for electric vehicles, particularly in China.
Optimized busbar production using ultrasonic welding offers significant advantages for electric vehicles, data centers, and power electronics. This advanced joining technology eliminates the need for heat or additives, preserving material integrity while enhancing performance.
Facing a tough fundraising climate and intense competition, nascent battery manufacturers are increasingly looking to acquire or partner with existing factories in Asia. This strategy allows them to sidestep the immense capital requirements and production hurdles that have challenged ambitious startups like Northvolt.
Chinese EV giant BYD is significantly increasing its battery manufacturing capabilities in Brazil. This move is part of the company's broader strategy to expand its presence in international markets and reduce reliance on its domestic operations.
NOVONIX has delivered a crucial C-sample of its synthetic graphite anode material to Panasonic Energy, a key step in qualifying its product for mass production. This marks the first North American-produced synthetic graphite anode C-sample, strengthening the domestic battery supply chain.
