We design and build the best

battery architecture in the market

Impact & Vision

We’re creating the next generation of energy storage by focussing on battery physics and are enabling higher energy density, lower charging time, and improved heat safety, with the largest markets in mind.

Electric vehicles have the largest potential to reduce greenhouse gas emissions and environmental pollution. Today, 28% of total energy is used for transportation, and petroleum products account for 92% of the transportation sector energy use in the United States (Source: US Energy). With our technology, this means cleaner transport and less contribution to climate change than conventional vehicles.

 

And at Addionics, we're not limited to vehicles. We’re building an all-battery powered future that can live longer and generate less waste. Our technology support’s the creation of a clean and sustainable planet.

Our Story

7 years ago, we started investigating the cause of hazardous explosions in batteries, such as those in the Samsung Note 7, as part of our academic research.

We were some of the first researchers to explore this in real-time and learned how this phenomenon could be harnessed and used for our benefits. We realized the impact and potential of this technology and how it could change the world of energy storage.

 

In 2018, we understood how we could create a larger impact on the world by starting a company focussed on this mission, and Addionics was born.
 

We are developing a new technology that will transform the way we store and deliver energy with a positive effect on the environment. Today, we are accelerating the development and scale-up of our proprietary technology to create the next generation of batteries to power the future.

Impact & Vision

We’re creating the next generation of energy storage by focussing on battery physics and are enabling higher energy density, lower charging time, and improved heat safety, with the largest markets in mind.

Electric vehicles have the largest potential to reduce greenhouse gas emissions and environmental pollution. Today, 28% of total energy is used for transportation, and petroleum products account for 92% of the transportation sector energy use in the United States (Source: US Energy). With our technology, this means cleaner transport and less contribution to climate change than conventional vehicles.

 

And at Addionics, we're not limited to vehicles. We’re building an all-battery powered future that can live longer and generate less waste. Our technology support’s the creation of a clean and sustainable planet.

The Team

I Moshiel Biton
  Ph.D. Co-Founder &CEO
I Nir Halup
   VP R&D
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I Alon Lam   
  CFO
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I Hicham Machrouki    
  Ph.D. Battery Modeling Engineer
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I Stanislav Derman   
  Chemistry Development Leader
I Vladimir Yufit
  Ph.D. Co-Founder & CTO
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I  Eitan Hochster
    VP Business Development
I Belen Bello Rodriguez     
  Ph.D. Senior Electrochemist
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I Enrique Ruiz-Trejo        PhD. Principal Electrochemical Engineer
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I Genna Knoll   
   Biz Dev & Marketing Intern
I Farid Tariq
  Ph.D. Co-Founder & CSO
I Gilad Fisher   
   Director of Marketing
I Tanya Frankel-Waxman          HR & Operations Manager
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I Hanan Meushar   
   System Engineer

Board

I Dr. Prabhakar Patil 
  Advisor 
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I Pierre Labat
  Advisor 
I Prof. Dr.Ing. Herbert Kohler
  Advisor 
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I Nadav Gur
  Advisor 
I Dr. Tal Cohen
  Director 

"The innovation is disruptive and potentially a game-changer in the energy storage market"

This project has received funding from the [European Union's Horizon 2020 research and innovation programme] [European Research Council (ERC) under the European Union's Horizon 2020 research and innovation programme] [Euratom research and training programme 2014-2018] under grant agreement No H2020-EIC-SMEInst-2018-2020-3

United Kingdom

84 Wood Lane (Translation and Innovation Hub, I-HUB) 

W12 0BZ

London

Israel

Menachem Begin 82,

Tel Aviv 

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