Addionics Introduces Battery Architecture for Low-Temperature Performance, Increasing Battery Operations and Charging Capabilities
New Architecture Enhances Performance of Electric Vehicles, Trucks, Defense Drones, and Space and Electric Aviation in
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Addionics, a pioneer in advanced battery architecture, today announces a new Battery Architecture for Low-Temperature Performance, a ground-breaking smart battery architecture designed to increase battery operations and charging capabilities at low temperatures. The new technology enhances the performance of electric vehicles, trucks, defense drones, and space and electric aviation in cold weather, where traditional lithium-ion batteries decline. Some of the benefits of the new architecture include extended mission capabilities, increased usability range, faster charging, and overall enhanced performance in low temperatures.
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Addionics Battery Architecture for Low-Temperature Performance
With this new technology, Addionics is addressing the pain point of the market. With enhanced battery performance, the door is now open for companies to expand to new markets, applications, and widen their activity in places and sectors that were once not possible. Traditional batteries that decline at low temperatures create costly and complex limitations. Batteries at low temperatures in electric vehicles provide less usable energy, while the vehicle consumes more energy for cabin heating, battery heating, and thermal preparation before charging. As a result, in severe winters an electric vehicle can lose up to an estimated 40% of its range. Electric semi trucks require tremendous power from the battery since a loaded truck carries substantial weight and drives at a consistently high speed on the highway; reduced power from cold weather could demand reducing the payload or avoiding routes in the winter. Additionally, freezing conditions can shorten defense drones’ mission time, reduce operational radius, and limit the power available for launch and maneuvering. For space missions, keeping batteries at the right temperature in cold conditions requires heater energy, thermal hardware, and additional stored energy. Reducing the battery’s heating requirement can create benefits across the complete spacecraft power system, including the battery, solar array, and launch mass.
Addionics Smart 3D Porous Current Collectors change the internal transport architecture of the battery. The porous structure allows electrolyte and lithium ions to move through the current collector plane, creating additional access pathways throughout the electrode. This reduces effective transport distances, improves active-material accessibility, and distributes electrochemical activity across a larger volume. By improving how ions, electrons, and electrochemical reactions are moving inside the cell, the technology enables batteries to retain more of their intended performance when temperatures decrease.
“By transforming the architecture of the battery cell, Addionics is removing some of the largest limitations that electrified systems have faced,” says Dr. Moshiel Biton, CEO and Founder of Addionics. “Batteries need to perform optimally in all locations and temperatures so that the products they power can be relied upon consistently. Addionics is at the forefront of making the once unachievable possible. We are enabling the always-on world to operate – all of the time, anywhere, even in the cold.”
Addionics continues to redefine battery performance through advanced architecture. The company collaborates with leading global companies across robotics and physical AI- related applications, including defense, space, automotive, energy storage, and next-generation industrial applications.
For more information about the Battery Architecture for Low-Temperature Performance, please visit here.
About Addionics
Addionics is redefining battery performance through advanced smart metal architecture. The company’s proprietary Smart 3D Porous Current Collectors replace conventional flat metal foils with an engineered three-dimensional structure that transforms how batteries manage current, heat, and mechanical stress from within the cell. Compatible with existing and emerging battery chemistries and manufacturing processes, Addionics’ technology enables higher energy density, faster charging, greater power capability, longer lifetime, improved safety, and more efficient manufacturing. As the world transitions to an AI-driven, always-on future, Addionics is building the battery architecture designed to power the next generation of autonomous systems, robotics, EVs, defense and aerospace.
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