The OEM Battery Engineering Forum
Where the industry’s leading EV manufacturers come together to solve the hardest challenges.
Not chemistry. Not sales pitches.
Real engineering discussions about building EV batteries at scale.
Welcome to BATTECH CALIFORNIA 2026 —
the evolution of Battery Thermal Management USA
For eight years, this event has advanced the discipline of battery thermal engineering. In 2026, the scope expands to reflect the new industry reality: thermal management is no longer a standalone topic — it is one element within a far more complex battery system architecture challenge.
As EV platforms push toward structural packs, 800V–1000V systems, ultra-fast charging, silicon-rich chemistries, and domestic gigafactory scaling, the real engineering question is no longer just “how do we cool it?” — but:
How do we design, integrate, validate, and industrialise complete battery systems that are safe, scalable, durable, and cost-effective?
BATTECH USA, California – brings together 500+ senior OEM battery engineers, pack architects, manufacturing leaders, and advanced materials specialists to address exactly that challenge.
The 2026 agenda has been developed in direct collaboration with automakers, cell manufacturers, and tier-one suppliers to reflect the most urgent technical priorities shaping next-generation vehicle platforms.
2026 CONFERENCE THEMES
Battery Architecture & Structural Integration
- Structural battery packs & cell-to-chassis platforms
- Crash load paths intersecting with thermal risk zones
- Adhesive vs mechanical joining strategies
- Propagation mitigation within high-density formats
AI, Digital Engineering & Simulation
- Digital twins for pack optimisation
- Multi-physics modelling for propagation prediction
- AI-driven degradation forecasting
- Bridging cell-level data with system-level insight
Fast Charging & High-Voltage Evolution
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6C+ and megawatt charging compatibility
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800V to 1000V insulation and arc tracking challenges
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Managing heat flux under extreme power densities
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Charge-rate durability vs warranty exposure
Manufacturing & Industrialisation
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Advanced battery assembly processes
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Automation, joining, and yield optimisation
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Dry electrode and scalable production strategies
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Cybersecurity in battery and manufacturing systems
Advanced Cooling & Thermal Control
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Immersion and two-phase cooling strategies
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Integrated coolant modules & modular pack cooling
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Thermal interface optimisation & PCM integration
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Power electronics and battery cooling convergence
Safety, Compliance & Lifecycle Strategy
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Pack-level propagation science
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Functional safety & BMS integration
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Evolving fire codes & regulatory alignment
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Sustainability, recyclability & circular economy design
WELCOME TO
BATTERY THERMAL MANAGEMENT USA
USA’S PREMIER TECHNICAL GATHERING OF ELECTRIC VEHICLE BATTERY THERMAL MANAGEMENT INDUSTRY LEADERS AND EXPERTS
READY TO
JOIN US?
Pushing the Boundaries of Battery Thermal Innovation
Explore the latest breakthroughs in battery thermal management, system-level integration, and high-efficiency cooling architectures. Optimize battery performance, energy density, and fast-charging capabilities while ensuring safety and longevity. Gain valuable insights into predictive thermal controls, AI-driven management systems, and next-gen heat transfer materials shaping the future of electrification. Benefit from unparalleled networking with industry-leading OEMs, innovators, and technical experts. Meet with exhibitors to discover cutting-edge technologies and engineering solutions firsthand, fostering connections to advance your projects. This comprehensive experience ensures you stay at the forefront of xEV battery technology and system-level innovation.
CONFERENCE
PROGRAM
OEM-Led Agenda: Solving System-Level Challenges
Developed in collaboration with leading OEMs and tier-one suppliers, this year’s agenda tackles the most pressing challenges in battery thermal integration. Explore full-vehicle thermal strategies, structural battery cooling, and gigafactory-scale manufacturability through practical insights and real-world case studies. Sessions will highlight next-gen charging protocols, digital twin simulations, and AI-driven predictive thermal management, equipping attendees with solutions to optimize system performance, enhance safety, and enable ultra-fast charging. With a focus on scalability and innovation, this program ensures you leave with the cutting-edge expertise needed to drive the next evolution of xEV battery systems.
THOUGHT
LEADERSHIP
Share Your Expertise
Our agenda is built on real-world challenges and breakthrough innovations in battery thermal management and system integration. We invite industry experts, engineers, and researchers to submit presentations that tackle next-generation thermal strategies. Are you at the forefront of battery thermal innovation, system-level integration, or next-generation charging solutions? We invite you to submit a presentation for consideration as part of this year’s pioneering agenda. BATTECH 2026 provides a platform to showcase your breakthrough solutions, real-world case studies, and cutting-edge research.
Join a roster of world-class engineers, scientists, and industry leaders driving the next evolution of EV battery technology. Submit your proposal today and help shape the discussions defining the future of electrification.
SPONSOR
EXHIBIT
Technology Showcase
This is your opportunity to showcase cutting-edge thermal solutions, advanced materials, and next-generation battery technologies to an audience of senior BEV engineers, OEM decision-makers, and tier-one suppliers actively seeking new innovations.
Gain direct access to the industry’s most influential stakeholders, demonstrate live solutions, and engage in high-value discussions that drive business growth, strategic partnerships, and technology adoption. Whether you’re specializing in thermal interface materials, structural battery cooling, AI-driven thermal controls, or ultra-fast charging solutions, this event ensures your technology is seen by those shaping the future of electrification.
Secure your space now and be part of the industry’s most advanced battery technology showcase.
Battery technology is no longer about pushing chemistry alone. It is about integrating chemistry, structure, thermal control, safety, and manufacturing scale into a cohesive vehicle platform. BATTECH USA, California — is where that integration is debated, engineered, and accelerated.
This is not a research symposium. This is not a generic battery expo.
BATTECH USA, California is a solutions-driven engineering summit designed to accelerate collaboration across OEMs, cell manufacturers, and system suppliers — focusing on the real-world trade-offs that define next-generation EV battery platforms.
On the exhibition floor, explore advanced materials, structural solutions, AI modelling platforms, high-voltage insulation systems, and manufacturing technologies that are actively shaping vehicle programs entering production.
As electrification accelerates, competitive advantage will belong to those who master battery system integration — not just cell chemistry.
BATTECH USA, California is where that integration is engineered.
EXHIBITOR CATEGORIES
Battery Thermal Management Solutions
- Liquid cooling technologies (direct & indirect cooling solutions)
- Immersion cooling systems for high-power battery applications
- Phase change materials (PCMs) for heat absorption and dissipation
- Thermal interface materials (TIMs) for improved conductivity
- Smart active thermal management systems (AI-driven cooling strategies)
- Heat sinks, cold plates, and advanced heat spreaders
- Next-generation coolants and nano-fluid thermal solutions
- High-efficiency cooling pumps, valves, and flow control systems
- Fire-resistant materials for battery enclosures
- Advanced thermal coatings and insulation materials
Battery Pack and Module Design
- Structural battery pack solutions for high-energy-density systems
- Cell-to-pack (CTP) and cell-to-chassis (CTC) integration technologies
- Lightweight composite enclosures and high-strength materials
- Thermally optimized battery pack designs for enhanced efficiency
- Modular battery packs for flexible and scalable applications
- Crash-resistant battery enclosures and impact mitigation solutions
- Fire suppression materials and anti-propagation barriers
- Sealing, gasketing, and vibration-damping solutions
Battery Cell Innovations & Advanced Materials
- Solid-stte battery technology providers
- Silicon anodes and next-generation anode materials
- High-performance cathode materials (NMC, LFP, LFMP, etc.)
- Advanced electrolyte solutions (solid-state, ionic liquid, and hybrid)
- Graphene-enhanced battery materials for improved conductivity
- Next-gen separator materials for higher safety and performance
- Sodium-ion and alternative battery chemistries
- Eco-friendly and sustainable battery materials
- Battery material suppliers specializing in recyclability
Battery Assembly and Manufacturing Solutions
- Automated battery pack assembly lines
- Laser welding and precision joining systems
- Ultrasonic welding and resistance welding for battery cells
- Robotic automation for high-speed battery production
- Coating and encapsulation solutions for battery safety
- Adhesive bonding solutions for battery module integration
- 3D printing and additive manufacturing for battery components
- Smart factory and gigafactory automation solutions
Battery Safety and Protection Systems
- Gas sensing and off-gassing detection solutions
- Real-time battery failure monitoring systems
- Fire suppression and containment technologies
- Short-circuit and overvoltage protection components
- Thermal runaway prevention materials and solutions
- Vibration-resistant battery packaging solutions
- Advanced safety coatings and insulation for high-voltage batteries
Battery Management Systems (BMS) and Cloud-Based Monitoring
- AI-driven predictive maintenance and failure detection
- Cloud-based battery diagnostics and real-time monitoring platforms
- Wireless battery management systems (wBMS)
- State-of-health (SoH) and state-of-charge (SoC) optimization tools
- Machine learning-based battery analytics solutions
- Embedded BMS software and firmware developers
- Cybersecurity solutions for connected battery management systems
Power Electronics & Energy Management Solutions
- High-voltage inverters and converters for battery applications
- DC-DC power conversion technologies
- Silicon carbide (SiC) and gallium nitride (GaN) power semiconductors
- Advanced battery switching and protection devices
- High-efficiency energy storage solutions
- Power electronics cooling solutions for fast charging
- Smart power management solutions for EV battery efficiency
Fast Charging & Next-Generation Charging Infrastructure
- Megawatt and ultra-fast charging solutions
- Wireless and inductive EV charging technologies
- Bidirectional charging (V2G, V2H, V2X) systems
- Liquid-cooled charging cables and connectors
- Smart grid-integrated EV charging solutions
- Next-generation battery swap stations and modular energy solutions
- Energy management platforms for fast-charging infrastructure
Digital Twin, AI, and Advanced Simulation Tools
- Cloud-based battery simulation platforms
- AI-driven battery modeling and predictive analytics
- 3D modeling and CFD simulations for battery performance optimization
- Electrochemical impedance spectroscopy (EIS) testing
- Battery failure prediction algorithms using AI/ML
- Data-driven battery lifecycle assessment tools
Battery Recycling and Second-Life Applications
- End-of-life battery disassembly and recycling solutions
- Automated battery sorting and repurposing technology
- Second-life energy storage developers
- Hydrometallurgical and pyrometallurgical recycling
- Sustainable logistics for battery collection and reprocessing
- AI-driven battery health assessment for second-life applications
- Battery circular economy solutions and material recovery technologies
Cybersecurity for Battery Systems and Manufacturing
- Secure battery communication protocols
- Data encryption and threat detection for BMS and cloud platforms
- Intrusion detection systems for battery management networks
- Blockchain-based battery data security solutions
- Cyber-resilient cloud computing for battery diagnostics
- AI-driven cybersecurity solutions for EV battery operations
Advanced Inspection and Testing Technologies
- AI-powered automated battery inspection systems
- Defect detection using computer vision and ML
- Battery safety and abuse testing equipment
- Multi-physics simulation tools for battery pack validation
- Non-destructive testing (NDT) for high-voltage batteries
- X-ray and ultrasonic inspection solutions for battery defects
Structural Integration & Lightweighting Solutions
- Multi-functional battery enclosures with integrated cooling
- Crash-resistant materials for battery pack safety
- Hybrid composite materials for lightweight battery packs
- Smart thermal protection coatings for structural integration
- Low-density, high-strength materials for battery casings
Immersion Cooling & Advanced Heat Transfer Technologies
- Dielectric fluids for direct immersion battery cooling
- Advanced conductive polymers for thermal management
- Graphene-enhanced heat transfer coatings
- Self-regulating heat dissipation materials
- High-performance liquid coolants for ultra-fast charging
Grid Integration and Energy Storage Solutions
- Grid-connected energy storage systems (BESS)
- Smart battery-enabled microgrid developers
- Vehicle-to-grid (V2G) and grid stabilization solutions
- Large-scale stationary battery storage technologies
- Home and commercial energy storage system providers
Emerging Battery Technologies & Future R&D
- High-performance energy storage for aerospace and eVTOL applications
- Next-generation hybrid battery architectures
- Battery-integrated vehicle structures for enhanced range
- Self-healing battery materials
- AI-driven chemistry development for enhanced thermal stability
- High-energy-density solid-state battery prototypes
- Quantum computing for next-generation battery modeling
Vehicle-Wide Thermal Management & HVAC Systems
- Cabin climate control systems for electric vehicles
- Smart HVAC solutions for electric vehicle efficiency
- Powertrain cooling systems for hybrid and electric vehicles
- Liquid-cooled power electronics and inverter cooling solutions
- Heat recovery and repurposing technologies for xEVs
ATTENDEES BY COMPANY BTM USA 2025
Battery Technologists, Leading & Emerging OEMs, Cell manufacturers, Pack Integrators:
Lucid Motors, Rivian, ONE | Our Next Energy, Tesla, Ford, GM, Stellantis, Amazon, BDTRONIC, Apple, Lyft, AVL, BMW, Google, BrightVolt, JLR, BYD, CATL, Clarios, Cummins, NIO, SERES, MAHINDRA AUTOMOTIVE NORTH AMERICA, Custom Cells, Daimler, EaglePicher, Samsung, EnerSys, BYTON, ENOVIX, Uber, EnPower, EoCell, Polestar, Canoo, Factorial, FISKER, First National Battery, Fluence, Gogoro, Gotion, CARESOFT, Group14, GS Yuasa, Harley Davidson, Honda, Hyundai, John Deere, LG, MATHWORKS, Lion Electric, Mercedes Benz, Milwaukee Tool, Mitsubishi, Natron Energy, Nissan, Panasonic, Polaris, PolyPlus, Porsche America, QuantumScape, Robert Bosch, Rolls Royce, SAFT, Sion Power, SIONIC Energy, DUPONT, Solid Power, Solid State Battery, TRUMPF, South 8 Technologies, Lamborghini, StoreDot, DASSAULT SYSTEMES, Teledyne, Texas Instruments, Toshiba, Toyota, Triathlon Batterien, Volkswagen, Volvo, Yokohama, AMPCERA, ASPEN AEROGELS, Ferrarri, AVERY DENNISON, BASF, A123 Systems, ABB, Daimler Truck North America, Morgan Advanced Materials, SCANIA, Total Energies, Wevo Chemical Advanced Battery.. and many more!
ATTENDEES BY JOB TITLE BTM USA 2025
Chief Engineer, Chief Scientists, Head of Research, Thermal Management – Battery Systems, Vice President Battery Cell Process & Manufacturing Engineering, Electrochemist, Advanced Battery Cell Engineering, Materials and Manufacturing, Battery Module Thermal Management, Simulation engineer/ HV Battery Thermal Management, Director High Voltage Battery Systems, Battery Management Systems Engineer, Director Battery Pack Design and Thermal Management, Battery Systems Management Engineer, Sr. Adv. Battery Modeling Engineer, Sr. Staff Battery Cell Engineer, Senior Project Manager,< b> Battery Cell Manufacturing Fluids and Thermal Management, R&D Engineers, Thermal Management Lead Engineers, Electrified Powertrains, Battery Research and Systems Engineers, HV Battery Design and Testing, Chief Engineer, Thermal Management HV Components, Thermal Management Modules Battery Electrical Vehicles, Battery Management Systems (BMS) Designer, Battery Management Systems (BMS) Engineer, Chief Technology Officer, Senior Mechanical Engineer, Materials Engineer, Powertrain Project Management, Senior Thermal Multi-Physics Engineer, Energy Storage Systems (ESS) Safety Engineer, Technical Specialist, Hardware Engineering, Director Product Manager, Director of Advanced Thermal Systems and Technology, Battery Safety Engineer, Senior Battery Technology Engineer, Director – Manufacturing Engineering, Senior Cell Engineer, Lead Engineer Thermal Management System, Thermal Management Research Engineer, Projecthouse Thermal Management Modules, Head of EV Battery Systems, Thermal CFD Engineer, Predictive Thermal Management High-Voltage Battery, Senior Engineer – Virtual Design Development and Verification, Electrification Battery Thermal, Technical Lead – Thermal Management, Analyst – Battery Thermal Management, Team Leader – Battery Modeling and Diagnostic, R&D (Battery Thermal System), Thermal Management CAE Engineer, Senior Manager – Battery Thermal Simulations, Battery Packs – Electrical, Mechanical Thermal components Team Leader, HV Battery Cell Vent Management Supervisor, Senior Director, Battery Storage, Platform Battery Thermal Management Process engineering, Director Thermal Management HV-Battery, Director Battery System Product & Platform Management, EV-Battery Production and Production Planning, Thermal Systems Architecture Engineering, Thermal Simulation Lead, Director of Battery Cell and Module Technology
