Company Overview

KULR Technology Group, Inc. is a U.S.-based energy management and thermal technologies company focused on battery safety, thermal management, and energy storage solutions for aerospace, defense, space, electric mobility, and industrial applications. The company develops technologies designed to improve lithium-ion battery safety, thermal performance, and operational reliability, particularly in environments where overheating, vibration, or high energy density create operational risks. KULR operates at the intersection of advanced materials, battery systems engineering, and energy storage infrastructure.

The company’s primary revenue drivers include battery safety testing, thermal management products, energy storage solutions, and engineering services related to battery transport and performance optimization. Its portfolio includes thermal interface materials, battery safety platforms, internal short circuit testing technologies, and modular energy storage systems. KULR has positioned itself as a specialist provider for mission-critical applications, particularly in aerospace and defense markets where compliance, safety certification, and thermal stability are highly valued. The company traces its origins to thermal management technologies originally developed for NASA-related applications and has expanded through acquisitions, partnerships, and product commercialization into broader battery and electrification markets.

Business Operations

KULR conducts operations through integrated energy storage and thermal management activities centered on advanced battery safety and performance solutions. Its principal business activities include battery design and testing services, energy storage system development, thermal management technologies, and transportation safety solutions for lithium-ion batteries. The company generates revenue from product sales, engineering contracts, testing services, and commercial deployments of battery-related technologies. Key offerings include passive propagation resistant battery architectures, thermal runaway mitigation technologies, and battery testing services designed to comply with transportation and safety standards.

The company operates primarily in the United States but serves commercial and government customers internationally across aerospace, defense, automotive, robotics, and industrial sectors. KULR controls proprietary thermal management technologies and battery safety methodologies, including carbon fiber-based heat dissipation technologies and battery safety testing capabilities. Strategic collaborations have included relationships with NASA-related programs, defense contractors, and battery manufacturers. Subsidiary and operational entities associated with the business include KULR Technology Corporation and energy storage-focused operating initiatives tied to commercial battery system deployment and recycling support activities.

Strategic Position & Investments

KULR’s strategic direction has focused on expanding its role in battery safety infrastructure and advanced energy storage systems amid growing electrification demand. The company has pursued growth through the commercialization of battery testing services, modular battery platforms, and energy management technologies targeting aerospace, military, electric vehicle, and grid storage applications. Management has emphasized scaling recurring service revenue tied to battery safety validation, transportation compliance, and energy storage deployment.

The company has also pursued acquisitions and strategic investments intended to strengthen vertical integration and battery lifecycle capabilities. Notable initiatives have included expansion into battery recycling logistics, energy storage deployments, and advanced battery pack development. KULR has publicly highlighted involvement in emerging sectors including electric aviation, autonomous systems, space technologies, and AI-enabled energy management applications. Its strategic positioning centers on safety-focused differentiation in lithium-ion battery systems, particularly in industries where thermal runaway mitigation and regulatory compliance are operational priorities.

Geographic Footprint

KULR is headquartered in Texas, United States, with operational activities and customer engagements extending across North America, portions of Europe, and select international aerospace and defense markets. The company’s customer base includes U.S. government agencies, commercial aerospace firms, battery manufacturers, and industrial technology companies. Its operations are heavily concentrated in the United States due to the importance of domestic defense, aerospace, and energy storage contracts.

Internationally, KULR’s influence primarily stems from technology deployment, battery transport compliance support, and participation in global electrification supply chains rather than extensive physical infrastructure abroad. The company’s technologies have relevance in markets experiencing rapid lithium-ion battery adoption, including electric transportation and grid-scale storage sectors across multiple continents. Public filings and investor disclosures indicate continued emphasis on expanding commercial relationships with multinational industrial and aerospace customers.

Leadership & Governance

KULR’s leadership team has emphasized battery safety, disciplined commercialization, and strategic participation in high-growth electrification markets. The company’s governance structure includes executives with backgrounds in aerospace engineering, defense technologies, energy systems, and corporate finance. Public communications and regulatory filings consistently frame the company’s long-term strategy around scalable energy storage solutions, thermal management innovation, and safety-focused engineering.

Key executives include:

• Michael Mo – Chief Executive Officer
• Shawn Canter – Chief Financial Officer
• Simon Westbrook – Chief Operating Officer
• William Walker – Chief Technology Officer

The company’s leadership philosophy has centered on leveraging advanced thermal management expertise to support next-generation battery systems in regulated and mission-critical environments. Strategic priorities outlined in public disclosures include commercialization growth, customer diversification, and continued investment in battery safety technologies and energy storage infrastructure.