LFP BATTERY TECH 2026

Meet Our Featured Speakers

Jeff Swoyer

Independent Consultant

Lucas Marks

Armor Battery Films

Jeff Swoyer

Independent Consultant

Andrew Muckstadt

Nano One Materials Corp

THE PREMIER FORUM FOR LFP BATTERY TECHNOLOGIES

Welcome to LFP BATTERY TECH 2026, where leaders and innovators in lithium iron phosphate (LFP) battery technology come together to advance the electric vehicle (EV) industry, from groundbreaking research to next-generation manufacturing.

The EV industry faces challenges such as overheating, thermal runaway, and supply chain issues associated with Nickel Cobalt Manganese (NCM) batteries. This event highlights how LFP batteries provide safer, more cost-effective alternatives with longer lifespans and improved sustainability, helping reduce costs and accelerate EV adoption.

Join us to explore innovative solutions, connect with industry experts, and promote growth and sustainability across the EV industry.

key topics for

Market trends and future outlook for LFP battery technology in EVs globally

Explore global market drivers shaping the LFP battery industry and discover new testing methods that enhance LFP battery design for EVs.

Latest research on LFP battery energy density and thermal performance

Discover how nanoengineering and electrolyte modification enhance LFP battery energy density and reduce temperature sensitivity for wider EV and cold-climate applications.

Case studies examining advanced LFP battery production techniques

Showcasing LFP manufacturing breakthroughs, scalable synthesis, and solvent-free processing to reduce costs, boost performance, and enhance sustainability.

Performance and reliability comparison across diverse battery chemistries

LFP batteries provide greater safety and longer lifespan, while NCM batteries offer higher energy density, making each ideal for specific EV applications.

Recycling feasibility and mineral recovery from end-of-life LFP batteries

Evaluate new recycling methods for end-of-life LFP batteries to boost lithium recovery, reduce environmental impact, and support sustainable reuse practices.