Innovative graphene aluminum-ion batteries developed by Graphene Manufacturing Group (GMG) are demonstrating impressive durability, maintaining 100% of their capacity after hundreds of rapid charging cycles. Testing conducted by Indiana's Battery Innovation Center validates the potential for these G Cells to offer extended lifespan and consistent performance, a critical factor for EV adoption.
LG Energy Solution (LGES) has cemented a decade-long agreement with Smackover Lithium, a joint venture involving Standard Lithium and Equinor, for a substantial supply of battery-grade lithium carbonate. This strategic move, sourcing 8,000 metric tons annually from the South West Arkansas Project, aims to establish a robust and localized supply chain for LGES's EV battery production.
Energy giant Shell and Chinese automotive manufacturer FAW are collaborating on advanced battery technology for electric semi-trucks. Their 'Starship 3.0' concept vehicle is undergoing tests with an innovative immersion-cooling system designed to enhance battery safety, improve range, and extend the lifespan of these crucial components for heavy-duty EVs.
A new independent report by EV battery diagnostics firm AVILOO analyzes the battery health of over 500,000 used electric vehicles, offering insights into real-world degradation for two dozen popular models. This comprehensive study, dubbed the "world's largest," provides critical data for potential used EV buyers and the broader industry on the longevity of EV powertrains.
As EV battery technology advances towards higher energy density and faster charging, the risk of thermal runaway incidents increases. A new strategy utilizing pressure-sensitive adhesive (PSA) tapes offers a scalable and effective solution for preventing and mitigating these critical battery pack failures. This innovative approach could enhance safety and reliability across the electric vehicle industry.
Nouveau Monde Graphite (NMG) will showcase its ambitious 13,000-ton-per-year Bécancour battery material plant project at the inaugural Canada Investment Summit in Toronto. This event aims to attract key investors as NMG targets a final investment decision for the facility in the coming months, crucial for securing critical minerals supply for EV batteries.
Ten-Nine Technologies is boosting its manufacturing capacity for TENIX, an advanced cathode additive designed to significantly extend the lifespan and maintain performance of EV batteries. This innovative material, produced at a new commercial-scale facility in Oklahoma, helps combat the chemical degradation that naturally occurs as batteries age. By integrating TENIX into cathode manufacturing, the company aims to enhance battery durability for a wide range of electric vehicles.
Sensata Technologies has introduced OmniNode, an innovative, off-the-shelf high-voltage power distribution unit designed for battery-electric commercial vehicles. This solution consolidates critical functions like DC charging, switching, circuit protection, and diagnostics into a single, compact system. Built using Sensata's own components, the OmniNode aims to simplify power management and enhance reliability for a range of commercial EV applications.
Power semiconductor manufacturer Nexperia is collaborating with Aurobay Technologies, a joint venture between Renault and Geely's Horse Powertrain, to research next-generation gallium nitride (GaN) and silicon carbide (SiC) devices for electric and hybrid powertrains. This partnership aims to integrate Nexperia's expertise in advanced semiconductor materials with Aurobay's powertrain system knowledge, enhancing the efficiency and performance of electrified vehicles.
New battery designs are significantly enhancing electric vehicle safety by focusing on non-flammable materials and thermal management. These innovations are bringing the industry closer to a future where EV battery fires are virtually impossible, addressing a key concern for some consumers.
A new facility in Arizona is set to begin operations, focusing on recycling rare earth elements crucial for manufacturing electric vehicle motors and other advanced technologies. This initiative aims to establish a vital domestic source, reducing reliance on foreign supply chains and bolstering the U.S. EV industry's material independence.
LG Energy Solution, in collaboration with Seoul National University, has identified a critical factor in lithium manganese-rich (LMR) battery degradation: voltage limits during charging and discharging. This breakthrough research pinpoints operating conditions that effectively suppress gas generation, a major hurdle for integrating LMR chemistry into larger, high-capacity EV battery packs. The findings pave the way for more stable and efficient next-generation electric vehicle batteries.
Former Trump administration officials are voicing strong disapproval over Ford's collaboration with Chinese battery manufacturer CATL, specifically regarding the planned Michigan EV battery plant. Transportation Secretary Sean Duffy has reportedly urged Ford CEO Jim Farley to reconsider these partnerships, citing national security and economic concerns.
Scientists have unearthed and significantly improved a forgotten battery technology, demonstrating ultra-fast charging capabilities—recharging in mere seconds—and an impressive lifespan of over 12,000 cycles. This nanocluster-based innovation could one day offer a compelling alternative to current lithium-ion solutions, potentially transforming the electric vehicle landscape with quicker recharges and enhanced durability.
Despite a previous hiccup with Ascend Elements, a key battery recycling facility in Georgia is back on track under new ownership. This development is set to provide a vital domestic source of lithium carbonate, bolstering the U.S. electric vehicle supply chain and easing concerns about raw material availability.
Recent research provides reassuring news for prospective electric vehicle owners, indicating that EV batteries maintain strong performance over time. The study found that used EVs typically retain about 90% of their original usable battery capacity even after significant mileage, dispelling common concerns about battery degradation.
As battery electric vehicles (BEVs) continue to evolve with higher charging speeds, increased energy storage, and bidirectional power capabilities, the demands on their high-voltage DC circuit protection systems are intensifying. Traditional fuse and contactor setups are proving less ideal for these advanced architectures, highlighting the need for innovative, resettable solutions. These new protection mechanisms are crucial for ensuring safety and reliability in future EV designs.
Innovative silicone solutions are being developed to meet the evolving demands of next-generation EV batteries. These advancements aim to address critical areas such as enhanced safety, reduced weight, and improved sustainability, which are crucial for longer ranges and faster charging capabilities. The material science discussed focuses on supporting the automotive industry's rapid electrification push.
A new, OEM-led initiative is launching across Canada to streamline the recovery of end-of-life electric vehicle batteries. This program provides crucial pathways for recycling, repurposing, or safe disposal, ensuring compliance and sustainability for the growing EV fleet.
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.
Sensata Technologies has unveiled a new combined pressure and temperature sensor designed for electric vehicle thermal management systems using propane (R290) refrigerant. This development supports automakers exploring low-global-warming-potential (GWP) alternatives to traditional refrigerants, aligning with environmental goals to avoid PFAS chemicals.
Startup Donut Lab has unveiled impressive performance results for its fully solid-state battery technology during CES 2026. This announcement positions the company as a potential leader in the race for practical solid-state batteries, a technology many in the industry are still striving to perfect for mass production.
Mining giant Glencore has achieved a significant milestone at its all-electric Sudbury operations in Ontario, Canada, deploying heavy-duty electric vehicles deeper into the nickel and copper mine. This move further electrifies extraction processes, aiming to enhance efficiency and drastically cut carbon emissions associated with traditional underground mining. The project highlights a growing trend of industrial electrification, pushing the boundaries for large-scale EV adoption in challenging environments.
The U.S. Department of Energy has awarded Princeton NuEnergy a $50 million grant to establish a cathode-to-cathode lithium-ion battery recycling facility in Commerce, Georgia. This significant investment aims to bolster domestic battery material recovery, enabling the rejuvenation of nickel-based lithium-ion battery manufacturing scrap.
During its recent Cybercab event, Tesla showcased a groundbreaking new electric vehicle motor that eliminates the need for rare-earth minerals. This innovation is touted to significantly boost power density and efficiency, potentially reducing manufacturing costs and insulating the company from volatile mineral supply chains.
Pure Lithium has announced a significant breakthrough in battery technology, with its Advanced Anode lithium-metal cells demonstrating exceptional longevity. In laboratory testing, these batteries surpassed 9,315 full charge and discharge cycles, showing negligible capacity fade and continuing to perform.
Japanese chemical giant Asahi Kasei has launched a new wet-process lithium-ion battery separator coating line at its Celgard manufacturing plant in Charlotte, North Carolina. This expansion establishes local North American production capability for a critical EV battery component, building on the facility's existing dry-process separator output since 1986.
A recent analysis involving nearly 500,000 electric vehicles suggests that high-mileage Tesla Model 3 and Model Y vehicles experience greater battery degradation compared to many rivals. The study indicates that after almost 100,000 miles, these popular Tesla models show some of the most significant range loss among tested EVs.
A recent global battery health study provides crucial insights into the long-term durability of electric vehicle batteries. This analysis identifies top-performing EV models demonstrating impressive battery life and minimal degradation over time, offering valuable data for potential buyers and current owners alike.
A new international study indicates that electric vehicle batteries are proving more durable than many anticipate, maintaining high capacity even after extensive use. The research highlights the critical impact of charging habits and initial battery capacity on an EV's long-term battery health, offering insights for both current owners and prospective buyers.
AYK Energy has launched the Cosmos Marine Battery Container, a novel solution designed to electrify marine vessels. This system, which the company claims is the first of its kind, allows for batteries to be swapped or permanently installed, eliminating the need for dedicated onboard battery rooms. This innovation could simplify the integration of EV battery technology into the maritime sector.
Concerns about electric vehicle battery degradation are often overblown, as new data indicates EV batteries maintain their capacity exceptionally well over extended periods. This longevity significantly reduces the need for frequent charging and dispels common myths about the lifespan of these critical components.
Battery innovator Enovix is boosting its U.S.-based manufacturing capabilities, ensuring its advanced silicon-anode batteries meet strict Trade Agreements Act (TAA) compliance. This strategic move aims to solidify its role within the domestic defense supply chain, leveraging federal initiatives to localize critical technology production.
Recent data reveals that electric vehicle batteries are significantly outperforming initial owner expectations, retaining high capacity and longevity far beyond typical vehicle lifespans. This extended durability helps mitigate common fears regarding battery degradation and replacement costs, positioning EVs as a more reliable long-term investment.
ROHM Semiconductor has launched its fourth-generation 650V insulated-gate bipolar transistors (IGBTs), designed to boost the performance and efficiency of key components in electric vehicles. These automotive-grade power switching devices are specifically tailored for EV electric compressors and high-voltage heaters, addressing critical thermal management and climate control needs.
Corvus Energy, in collaboration with BYD Energy Storage, has unveiled the Blue Whale NxtGen Power, a new lithium iron phosphate (LFP) battery system designed for electric ships. This high-power energy storage solution marks the first product from their strategic partnership, focusing on applications that prioritize rapid energy delivery over maximum capacity for marine electrification.
Donut Lab, a battery technology firm, recently reported impressive lab results for a new battery cell, claiming an energy density of 409 Wh/kg. While the figures are notable, they arrive amidst ongoing skepticism regarding the company's past pledges to have these 'solid-state' cells powering production EVs by early 2026.
A comprehensive analysis of 500,000 electric vehicle batteries has shed light on long-term battery health, indicating that some EV models maintain their capacity much better than others over time. The study, conducted by EV diagnostics firm Aviloo, evaluated 20 popular EV models and uncovered notable variations in how their battery packs age.
Battery-swapping network Mooving has selected ELECTRA AI and Iron Horse Acquisition II to provide advanced battery intelligence across its operations. This collaboration aims to optimize the performance and lifespan of batteries within Mooving's infrastructure, leveraging AI-driven analytics.
NeoVolta Power, a U.S. battery storage firm, has secured a significant five-year supply agreement with South Korean battery giant SK On. This deal will provide 9 GWh of American-made battery cells, bolstering NeoVolta's manufacturing capabilities at its Georgia facility.
A new collaboration between Maxion Structural Components and Novelis has resulted in InVolt, an innovative aluminum battery housing designed for electric buses and trucks. This solution, developed using a novel aluminum alloy and stamping process, boasts a significant 35% weight reduction compared to traditional extruded housings. The adaptable design aims to enhance the efficiency and performance of heavy-duty electric commercial vehicles.
A recent analysis of a three-year-old Tesla Model Y, which accumulated 100,000 miles with minimal DC fast-charging, reveals impressive battery health. Despite common concerns about rapid charging accelerating degradation, this owner's experience suggests the battery management system effectively preserves capacity over the long term.
A specialized polyurethane potting compound, WEVOPUR 60210 FL T, has been developed to safeguard multilayer printed circuit boards within electric vehicle battery management systems. This innovative material is designed to protect components monitoring high voltages, crucial for the reliable operation of EV batteries and their diagnostic, communication, and safety functions.
An American battery technology company is advancing a novel graphite-free lithium-metal battery, which promises to significantly boost EV range and charging speed. This innovative design also holds the potential to lessen the automotive industry's dependence on Chinese graphite, a critical material in current EV battery production.
Japanese chemical giant Asahi Kasei has unveiled a novel lithium pre-doping technology aimed at enhancing the performance of silicon-rich lithium-ion batteries. By integrating lithium carbonate into the cathode, the innovation significantly mitigates the permanent capacity loss typically experienced during the cell's initial charge-discharge cycle, a critical step for improving EV range and durability.
Mactac has introduced CleanTape® FR, a line of non-halogenated adhesive tapes designed to enhance fire safety in EV battery packs. These specialized tapes aim to help manufacturers address critical engineering and assembly challenges while meeting stringent safety standards for electric vehicles.
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.
Concerns about electric vehicle battery degradation often deter potential buyers, but new data suggests these worries are largely unfounded. Modern EV battery packs are proving to be remarkably durable, with most expected to last well over a decade and retain significant capacity, exceeding initial owner expectations.
As electric vehicle production scales, ensuring robust and efficient electrical connections is paramount. A new webinar highlights how ultrasonic metal welding offers a superior alternative to traditional joining methods like crimping or bolting for critical wire-to-terminal and busbar applications. This technology promises stronger, more reliable joints, ultimately boosting manufacturing quality and reducing waste.
Canada's Nano One Materials is collaborating with Standard Lithium to qualify domestically sourced lithium carbonate for LFP (lithium iron phosphate) cathode production. This partnership aims to strengthen the North American EV supply chain by developing a local source of a critical battery material for the growing LFP battery market.
