EV AND BATTERY DESIGN, TESTING, AND SIMULATION
PolyJoule Unveils Self-Extinguishing Battery Chemistry
PolyJoule, a Massachusetts-based developer of conductive polymer battery technologies, has introduced a third-generation battery chemistry designed for stationary energy storage applications requiring improved fire safety, long cycle life, and simplified thermal management.
Argonne National Laboratory, U of Chicago Advance Solid-State Batteries
Researchers at Argonne National Laboratory and the University of Chicago have identified a high-speed mixing process that significantly improves the energy density and cycle life of all-solid-state batteries, potentially advancing commercialization of next-generation battery technologies for transportation applications.
A2MAC1, ZeBeyond Launch Simulation-First EV Benchmarking
A2MAC1, global industry experts in automotive benchmarking, teardown analysis, and vehicle technology intelligence, has announced a strategic collaboration with ZeBeyond to introduce a simulation-first benchmarking platform for electric powertrains.
Donut Lab Intros Donut OS for Next-Generation EV Development
Donut Lab, global industry experts in software-defined electric vehicle platforms and digital vehicle development, has launched DonutOS, a new software platform designed to support next-generation EV development by unifying virtual modeling with real-world vehicle behavior. The company describes the platform as enabling what it calls Digital Twin 2.0, linking simulation, validation, and vehicle behavior within […]
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R&D BREAKTHROUGHS IN BATTERY TECH
Solidion Develops Silicon Anode For Lithium-Ion Batteries
Solidion Technology, Inc., industry experts in advanced battery materials and high-capacity lithium-ion anode technologies, has announced the development of silicon-rich anode materials designed to improve energy density while reducing cell-level cost for lithium-ion batteries used in electric vehicles and other electrified platforms.
Fraunhofer FFB, University of Münster Confirm Sodium Ion Battery Readiness
A new study from the Fraunhofer Research Institution for Battery Cell Production FFB and the University of Münster confirms that sodium-ion batteries are approaching industrial mass-production readiness at gigafactory scale. The findings indicate the technology already offers a viable and sustainable alternative
AI Research at NJIT Paves Way for Lithium-Ion Battery Alternatives
Researchers from New Jersey Institute of Technology (NJIT) have used artificial intelligence to address a critical challenge in energy storage: identifying affordable, sustainable alternatives to lithium-ion batteries. In research published in Cell Reports Physical Science, an NJIT team led by Professor Dibakar Datta
SAE International Publishes J3400/2 EV Charging Standard
SAE International, the global association of engineers and technical experts dedicated to advancing mobility knowledge and standards development, has announced the publication of SAE J3400/2™, a new standard defining the mechanical interface of EV connectors
