Addionics

The Rise of Custom Batteries for Humanoids and Mobile Robots

The Role of Batteries in Real-Time Robots and Physical AI Systems

Elron Ventures Leads a Strategic Investment in Addionics Ahead of a Series C and to Accelerate Entry into the Defense Tech and Space Markets

Addionics and PNT Partner to Develop and Commercialize Prismatic LFP Cells for the Energy Storage Market

The Two Main Battery Pain Points Holding Back EV Adoption

Driving Change Across Industries with Dual-Use Batteries

Dry Coating at the Turning Point of Battery Manufacturing: Our Webinar Takeaways

Avery Dennison invests in Series B funding of 3D Current Collectors manufacturer Addionics

Improving LFP and LMFP Batteries with Addionics 3D Current Collectors

Copper’s Crossroads: Powering the Energy Transition Without Compromising the Planet

The Battery Race Behind Defense Innovation

Led by GM Ventures, Addionics Raises $39 Million Series B to Drive Cost-Efficient EV Battery Innovation

Addionics Announces First U.S. Facility as Part of $400 Million Investment in Domestic EV Battery Manufacturing Capabilities

Addionics Wins UK Research and Innovation (UKRI) SME Credit Competition

Addionics Expands US Leadership Team with the Appointment of Sam Jaffe as Senior Director of BD

What Has 2022 Had in Store so Far?

Is New Battery Design the Answer to Automaker's Worries about their EV Warranty and Lifetime?

Step Aside Nickel and Cobalt, LFP Is On the Market and Is Here to Stay

Addionics Named BNEF 2022 Pioneer by Bloomberg New Energy Finance

The Shortage in Battery Materials that Could Hold Back the World's Plans for Electrification

Why Three-Dimensional Electrodes are the Future of LFP   

Addionics Closes $27 Million Series A Funding to Scale Up the Development of Next-Gen Batteries

3 Reasons Why 3D Electrodes Will Drive Battery Cost Down and Improve Performance

Why AI and Advanced Manufacturing Are the Answer to the Question Surrounding EV Safety