International Conference on Advanced Lithium Batteries for Automobile Applications (ABAA)|ABAA Meeting | International Conference on Advanced Lithium Batteries for Automobile Applications (ABAA)

Nov 3- Nov 5, 2025

The 16th International Conference on Advanced Lithium Batteries for Automotive Applications

Padova Congress Center

Padova, Italy

Padova, Italy

Date

Nov 3 - Nov 5

Location

Padova, Italy

Invited Speakers

52 World Renowned Speakers

ABOUT THE ABAA

On behalf of the chairman and the local， international organizing committee, we cordially invite you to the 16th edition of the International Conference on Advanced Lithium Batteries for Automotive Applications (ABAA-16). This edition will be held in Padova, Italy.

Starting in 2008, the ABAA conferences were conceived with the mission of enhancing global R&D of advanced lithium batteries for vehicles, accelerating the discussion and communication of R&D progress, as well as strengthening global collaboration in this field. The ABAA conference brings together high-level policy makers from the USA, China, Europe, Japan, and Korea, in addition to most car manufactures, battery industry makers, and world-renown scientists from academia and national labs.

Invited Speakers

Peter Bruce

University of Oxford, UK

Yi Cui

Stanford University, USA

Clare Grey

University of Cambridge, UK

Gerbrand Ceder

UC Berkeley, USA

See all Speakers

Conference Schedule

Download Schedule

Day 01
11/03/2025
Day 02
11/04/2025
Day 03
11/05/2025

Morning Session 1
Morning Session 2
Afternoon Session 1
Afternoon Session 2

8:30AM - 8:50AM

#00: Opening Remarks

8:50AM - 9:15AM

#01: US Battery Critical Minerals – R&D Strategy

9:15AM - 9:40AM

#02: Recent Activities in Research and Development on Next Generation Batteries in Japan

9:40AM -10:05AM

#03 Battery research, innovation and industrialization in Europe – State of play and future ambitions

10:05AM - 10:30AM

#04: Developing solid batteries for EV and ESS in China.

10:30AM - 11:00AM

Coffee Break (Exhibit & Posters)

11:00AM - 11:30AM

#05: The lithium anode solid state battery – mitigating dendrites and voiding

11:30AM - 11:55AM

#06: Canada and Quebec Ecosystem for Manufacturing Lithium-Ion Batteries: From mines to cells to recycling

11:55AM - 12:20PM

#07: Challenges of Next Generation Battery for EV Application

12:20PM - 12:45PM

#08: Exploring the Future of Battery Technology: Insights and Innovations for Automotive Applications.

12:45PM - 1:10PM

#09: Honda’s sustainable Li-based cathode materials for batteries

1:10PM - 2:40PM

Lunch

2:40PM - 3:05PM

#10: BMS technology development direction to enhance EV safety and convenience

3:05PM - 3:30PM

#11:

3:30PM - 3:55PM

#12: The Future Challenges of Sports Vehicle Batteries.

3:55PM - 4:20PM

#13: Driving Battery Innovation Through Simulation, AI, Big Data Analysis and System Integration

Microvast is a vertically integrated battery technology company that designs and manufactures everything from core materials to complete battery systems. Our solutions

4:20PM - 4:45PM

#14: Leapfrog the Competition Through Radical Battery Innovation

4:45PM - 5:15PM

Coffee Break (Exhibit & Posters)

5:15PM - 5:40PM

#15: Solid-State Revolution: From Prototype to Pavement

5:40PM - 6:05PM

#16: Mitra Chem: Technological innovations with LFP/LMFP chemistry from lab to scale

6:05PM - 6:30PM

#17: Scaling Sustainability: Commercial Pathways for Direct Recycling and Production of Battery Cathodes

6:30PM - 6:55PM

#18: Sodium Cathodic Materials: From Basic Research to Industrialization

6:55PM - 7:20PM

#19: The passivity of negative electrodes in secondary batteries

Morning Session 1
Morning Session 2
Afternoon Session 1
Afternoon Session 2

8:30AM - 9:00AM

#20: Halide-based Solid State Electrolytes for All Solid State Batteries: Past, Current, and Future

9:00AM - 9:25AM

#21: New insight from NMR, XRD and optical studies of lithium-ion and lithium metal batteries

9:25AM - 9:50AM

#22: From Cheap Manufactured Solid Electrolytes to Designing Interfaces for Next Generation Batteries

Next generation of energy storage devices may largely benefit from fast and solid Li + ceramic electrolyte conductors to allow for safe

9:50AM - 10:15AM

#23: Mechano-electrochemical Phenomena in Ceramic Electrolytes

10:15M - 10:40AM

#24: Solid-state Battery via Dry Electrode technology and Composite Electrolyte

10:40AM - 11:10AM

Coffee Break (Exhibit & Posters)

11:10AM - 11:40AM

#25: A Reality Check on All Solid State Battery Technologies

1:40AM - 12:05PM

#26: Is the microstructure controlling the electrochemical performance of solid state batteries?

12:05PM - 12:30PM

#27: Accelerating Battery Development through Artificial Intelligence

12:30PM - 12:55PM

#28: Towards High Current Density Solid-State Li and Na Batteries

12:55PM - 1:20PM

#29: Lattice oxygen redox chemistry in layered oxides

1:20PM -2:50PM

Lunch

2:50PM - 3:20PM

#30: Charting Li-ion Battery Solvent-Salt Decomposition Products in the SEI

3:20PM - 3:45PM

#31: Soft Matter Electrolytes for Next-Generation Batteries

3:45PM - 4:10PM

#32: Gel polymer electrolytes for pressure-free silicon-based lithium-ion pouch cells

4:10PM - 4:35PM

#33: Specific polymer binder design for high rate performance of metal-ion secondary batteries

4:35PM - 5:05PM

Coffee Break (Exhibit & Posters)

5:05PM -5:30PM

#34: From Polymer to Ionic Liquid Electrolytes: Paving the Way Beyond Li-ion Batteries

5:30PM - 5:55PM

#35: The ageing of Liion Batteries: Degradation Mecanism, Accelerating Tests and Lifetime Prediction

5:55PM - 6:20PM

#36:

8:00 PM - 11:00 PM

Banquet

Morning Session 1
Morning Session 2
Afternoon Session

8:30AM - 9:00AM

#37: Lithium Metal Battery Anodes and Electrolytes

9:00AM - 9:25AM

#38: Progresses and Challenges for Next Generation High Energy Lithium Batteries

9:25AM - 9:50AM

#39: Surface Modifications of Graphite-Based Anodes to Enable Fast-Charging and High Safety of Li-Ion Batteries

9:50M - 10:15AM

#40: Controlling short-range ordering simultaneously enables high capacity and long cycle stability in SiO

10:15AM - 10:40AM

#41: Engineering Oxide Nanocomposites via MAX Phase Oxidationfor for Advanced Negative Electrodes: Uncovering New Opportunities in Li-Ion Battery Materials Research

10:40 AM - 11:10 AM

Coffee Break (Exhibit & Posters)

11:10AM - 11:40M

#42: An update on Mn-rich d-DRX cathode materials

10:40AM - 12:05PM

#43: Lattice oxygen redox chemistry in layered oxides

12:05PM - 12:30PM

#44: Over- & hyper-lithiated materials for optimized performance of next-generation Li batteries

12:30PM - 12:55PM

#45: Unlocking the Potential of Lithium-Rich Layered Oxides: Innovations from Design to Demonstration in Lithium Batteries

12:55PM - 1:20PM

#46: Strategies to improve lifetime of positive electrodes with water based binders

1:20PM - 2:50PM

Lunch

2:50PM - 3:15PM

#47: New Materials for Na Ion Batteries

3:15PM - 3:40PM

#48: High-Energy-Density Lithium–Sulfur Batteries with Weakly Solvating Electrolyte

3:40PM - 4:05PM

#49: Towards Potassium Batteries: Electrochemical Insights and Practical Challenges.

4:05PM - 4:30PM

#50: Towards an autonomous robotic battery materials research platform powered by automated workflow and ontologized FAIR data management

4:30PM - 4:55PM

#51: Digital Twin Battery Modeling and Simulations for Virtual Electrode Calendering and Structural Deformation of Separators in Metal Anode LIBs

4:55PM - 5:20PM

#52: Direct Recycling supported by Design for Circularity for a Sustainable Battery Value Chain

5:20PM - 5:30PM

Closing Remarks

Registration Fees / USD

Industry

$770

Register

Government

$670

Register

Academia

$670

Register

Students

$370

Register

Organizers

Event Sponsors

Become a sponsor