The AABC North America 2024 will take place on December 9-12 2024 in Las Vegas (NV), USA.
Past event
AABC North America 2024
Driving the Future of Vehicle Electrification: AABC North America
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The Advanced Automotive Battery Conference North America - AABC 2024, is your gateway to the latest advancements in automotive battery technology and insights into the electrification of vehicles.
Matthias Lex, Senior Battery Engineer at TWAICE, will present on the topic "Anode Potential for Better BMS: Optimizing Battery Management Systems for Performance and Longevity" on day one of the Battery Intelligence Conference, December 11 at 5:30 PM.
Connect with TWAICE experts in Las Vegas and discover how our solutions can support you with battery development.
Schedule a meeting at this event:
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Webinar
Product Webinar: What’s New with TWAICE Energy Analytics (Summer ’25 Edition)
Join the next product webinar and explore the newest features designed to help BESS owners and operators improve revenue, performance, safety and warranty management.
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October 15, 2025
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October 17, 2025
Battery Asset Management Summit USA 2025
Battery Asset Management Summit USA 2025: Key event for Energy Storage Asset Managers
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October 6, 2025
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October 9, 2025
The Battery Show North America 2025
The Battery Show USA 2025 in Detroit, MI, October 6-9 2025 is highly relevant for the battery industry.
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September 8, 2025
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September 11, 2025
RE+ 2025
Join top professionals and organizations in the utility-scale and distributed generation solar, storage, and smart energy sectors at RE+ 2025.
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Improve the reliability of electric vehicles
Fleet operators and OEMs can prevent EV breakdowns and enhance safety through continuous monitoring and early anomaly detection.
Mastering EV Battery Aging: Prevent Fires and Lithium Plating
Join our webinar on avoiding battery fires and non-linear aging with the new anode-potential model for faster, safer charging and improved battery lifespan.
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A new generation of aging models for lithium-ion batteries
Scientists and engineers combine physicochemical-mechanical degradation effects and integrate them into (semi)-empirical as well as data-driven approaches. We call this combination physics-motivated semi-empirical aging models. See our LIVE demo!