BATTERY TECH USA 2026

Meet Our Featured Speakers

Clemens van Zeyl

Heimdalytics

Bjoern Stoll

Digatron Power Electronics

Clemens van Zeyl

Heimdalytics

Dilane Jordan Dongmo Tadoum

RWTH Aachen University

THE PREMIER FORUM FOR BATTERY TECHNOLOGIES FOR ELECTRIC VEHICLES AND STATIONARY STORAGE

Welcome to BATTERY TECH USA 2026, where leading automotive manufacturers and grid operators come together with battery technologists to explore innovations in next-generation battery storage.

The electric vehicle and BESS markets face key challenges, including supply chain uncertainties, battery safety concerns, the need for longer cycle life, and faster charging times. This event will address these challenges by showcasing advanced solutions and emerging battery technologies that optimize the battery value chain and support continued market growth.

Join us to build connections, drive innovation, and explore the technological advancements shaping the future of electric vehicles and BESS.

key topics for

Economic trends and industry forecasts shaping the global battery market

Discover how rising demand, increasing investments, lower production costs, and global market shifts driven by economic trends are fueling battery growth.

Latest research focused on improving battery safety and thermal management

Gain insights into advances in thermal management and safety, with a focus on cooling systems, battery management tools, and preventing thermal runaway events.

Future regulations and evolving safety standards for advanced batteries

Navigate evolving battery regulations and safety standards, including UN/DOT 38.3, battery passports, and key compliance requirements impacting OEMs.

Discover the latest battery technologies and evolving battery chemistries

Learn how innovations in battery technology and chemistry, including solid-state, LFP, and silicon anodes, are improving safety, efficiency, and lifespan.

Scaling up battery production through advanced manufacturing processes

Leverage advances in battery manufacturing, automation, and dry electrode processes to boost gigafactory expansion and enhance localized battery production.