Making your products cooler, lighter, and safer with
carbon fiber-based energy and thermal management technology.
Customers can most easily see one of our successful products on a clear night. Pull out your telescope, and direct it toward the stars. Should you locate Mars, you will not only be able to see the Red Planet, but also one of our ARA Thermal Capacitors, as it traipses the landscape on one of NASA’s Rovers. Should you locate the International Space Stations, you will find yet another ARA Thermal Capacitor. KULR Technology has been producing space-proven energy and thermal management solutions for over three decades, and we look forward to sending more of our products into space in the near future.
Superior Energy and Thermal
KULR's core technology is a NASA-developed, vertically aligned carbon fiber material that is lighter, more flexible, and more efficient than traditional thermal management products. As pure carbon, KULR fiber is perfectly heat efficient. Because it behaves like a flexible fabric, it can fit with just about any power or electronic configuration in extremely demanding spaces with minimal contact pressure, increasing efficiency and safety for a variety of thermal management and energy storage uses across a range of markets.
KULR Technology Group, Inc develops and commercializes high-performance, space-used thermal management technologies for electronics, batteries and other components across an array of applications such as electrical vehicle, autonomous driving, AI/Cloud computing, energy storage and 5G communications technologies known collectively as E-mobility. KULR's proprietary, core technology is a carbon fiber material with roots in aerospace and defense that provides superior thermal conductivity and heat dissipation in an ultra-lightweight, pliable material. By leveraging this break-through cooling solution, and its longstanding development partnerships with NASA, the Jet Propulsion Lab and others, KULR makes E-mobility and other products safer and cooler.
KULR's solution is the lightest weight battery heat sink option NASA has evaluated to date, that has excellent promise to prevent thermal runaway propagation with the highest energy density COTS Li-ion cell designs. To date, NASA has not found a design solution with as much promise for preventing Li-ion battery TRP with as positive temperature margins on the adjacent cells while also being very lightweight.
Dr. Eric Darcey (Battery Systems Lead at NASA)
The KULR team has been an essential part of many of our projects in the last two decades. We’re happy to be working with them, and incorporating their thermal solutions as part of the SHERLOC instrument on the upcoming Mars 2020 Rover Mission.
Mike Pauken (Senior Thermal Systems Engineer, JPL)