Addionics Smart 3D Electrodes™ will Allow
the Next Step-Change in Battery Performance
to Enable a Clean Energy 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.
Our Story
In 2018, Addionics was founded with the mission to revolutionize the energy storage industry by building the best battery architecture in the market.
Our story began in 2014, when the future founders of Addionics began investigating the cause of hazardous explosions in batteries, such as what occured in the Samsung Galaxy Note 7, as part of academic research at the Imperial College London.
As some of the first researchers to explore this issue in real-time, we realized how our research discoveries could impact the performance of batteries and support the transition to an all-electric, decarbonized economy.
Addionics is developing a new technology that will transform the way we store and deliver energy. Our Smart 3D Electrode™ solution enhances the capacity, power, safety, charging time, lifetime and cost of batteries of any chemistry – existing or emerging. 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 focusing 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 Values
Our shared values come down to a strong culture that is substantive and authentic.
Extraordinary things happen when our shared values, culture, and communication ensure to provide continuous alignment to Addionics' vision, purpose and goals.
Trust
Trust guides our work with our teams, clients and partners. Addionics delivers on commitments, and builds trust through accountability.
Dare
We embrace uncertainty and take big risks. As we change paradigms, we dare to be creative and try new things that have never been done before.
Own It
We drive for results with passion and determination. When faced with challenges we see the path forward. We own our progress as we find solutions for our partners.
Quick & Agile
We move quickly, trying things fast and responding to market needs. We do what it takes to deliver through forward thinking, planning and execution. We push boundaries and are willing to sacrifice certainty, but not at the expense of our standards.
We Care
We care about our impact, employees, partners, and our planet. We are committed to tackling big challenges as we embrace innovative solutions to support the global effort for decarbonization. By caring today, we can create a better tomorrow for all of us.
Investors
"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