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We’re joined by Moshiel Biton, CEO of Addionics, to explore a battery component that rarely gets attention but plays a crucial role in performance: current collectors.
Addionics is pioneering a new 3D current collector architecture that promises to dramatically improve energy density, safety, and charging speed — while being compatible with existing manufacturing processes.
In this conversation, you’ll learn:
What current collectors are, and why they’re so critical to battery design.
How Addionics’ 3D architecture enables more efficient ion transport and thermal management.
The potential impact on battery lifespan, safety, and fast-charging capability.
Why innovation at the materials level matters for scaling the next generation of EVs and energy storage systems.
How companies like Addionics are balancing cutting-edge research with commercialisation pathways.
Moshiel Biton | LinkedInAddionics: Overview | LinkedIn
By Mike Norton and Jackson LyonsWe’re joined by Moshiel Biton, CEO of Addionics, to explore a battery component that rarely gets attention but plays a crucial role in performance: current collectors.
Addionics is pioneering a new 3D current collector architecture that promises to dramatically improve energy density, safety, and charging speed — while being compatible with existing manufacturing processes.
In this conversation, you’ll learn:
What current collectors are, and why they’re so critical to battery design.
How Addionics’ 3D architecture enables more efficient ion transport and thermal management.
The potential impact on battery lifespan, safety, and fast-charging capability.
Why innovation at the materials level matters for scaling the next generation of EVs and energy storage systems.
How companies like Addionics are balancing cutting-edge research with commercialisation pathways.
Moshiel Biton | LinkedInAddionics: Overview | LinkedIn