KULR Technology Group, Inc. is a technology company specializing in advanced thermal management solutions, with a particular focus on lithium-ion batteries and high–power electronics. Headquartered in Santa Clara, California, KULR was founded to address thermal runaway and performance issues associated with compact energy storage systems. The company’s proprietary carbon fiber–based heat dissipation technology is designed to improve safety and reliability across a range of applications including electric vehicles, aerospace, defense and energy storage infrastructure.
The company’s core products include its patented COOLCable and COOLBattery thermal management platforms. COOLCable integrates carbon fiber heat sinks into power cabling assemblies to reduce operating temperatures and extend service life, while COOLBattery incorporates high–thermal–conductivity composites into battery modules to mitigate heat buildup during charge and discharge cycles. In addition to its product lines, KULR offers design and engineering services, enabling customers to develop custom solutions for demanding thermal and mechanical requirements.
KULR serves a global customer base, with active projects in North America, Europe and Asia. The company collaborates with leading aerospace and defense contractors, electric vehicle manufacturers and renewable energy developers to integrate its materials and systems into next–generation technologies. Recent partnerships include joint development work on high–power battery packs for unmanned aerial systems and support for grid–scale energy storage installations, reflecting KULR’s commitment to versatile, scalable applications.
Under the leadership of Chief Executive Officer Stefan Gotthold, who brings more than two decades of experience in aerospace engineering and advanced materials, KULR continues to expand its research, development and manufacturing capabilities. The company’s management team includes experts in composite materials, battery engineering and thermal analysis, positioning KULR to address evolving industry requirements and to advance the safety and performance of energy storage and electronic systems worldwide.
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