| Market Capitalization (Millions $) |
262 |
| Shares
Outstanding (Millions) |
118 |
| Employees |
57 |
| Revenues (TTM) (Millions $) |
-391 |
| Net Income (TTM) (Millions $) |
-32 |
| Cash Flow (TTM) (Millions $) |
-15 |
| Capital Exp. (TTM) (Millions $) |
3 |
Kulr Technology Group Inc
KULR Technology Group, Inc. develops and commercializes high-performance thermal management solutions for batteries, electronics, and other components in a variety of battery-powered applications through its fully owned subsidiary KULR Technology Corporation. KULR is addressing the growing need for cooler, lighter, and safer batteries and electrical equipment as the global economy becomes more electrified and networked. KULR provides customers with industry-leading battery safety technologies as well as cost-effective cooling technologies that outperform traditional solutions, leveraging the companys roots in developing breakthrough cooling solutions for NASA space missions and backed by a strong intellectual property portfolio. The worlds foremost aerospace, electronics, energy storage, 5G infrastructure, and electric car manufacturers rely on KULR to tackle ethical and ecologically sustainable safety, reliability, and efficiency concerns.
Energy Storage
The U.S. doubled its energy storage capacity in 2021 and is expected to increase 17x by 2030, according to Wood Mackenzie. Lithium-ion batteries are the dominant technology on the market for energy storage because of their cost and availability but do carry well documented safety risks. While rare, cell to cell thermal runaway in lithium-ion batteries can cause a fire or explosion. For example, an explosion at Arizona Public Service's McMicken battery plant injured four emergency responders in 2019 and overheating caused the 1.2 GWh Moss Landing storage facility in California to go off-line. To reach net zero by mid-century will require an additional 245 GWh of battery capacity each year until 2030, but incidents of the like distill trust in battery technologies and threaten to slow the pace which is needed to achieve decarbonization goals. KULR's passive propagation resistant (PPR) and thermal runaway shield (TRS) technologies prevent cell to cell thermal runaway propagation and inhibit fire and ejecta of a single cell from exiting the battery enclosure, making battery energy storage packs safe for homes, hospitals, schools, and universities, and more. KULR is partnering with leaders in the energy storage industry such as Volta Energy Products, the subsidiary of Buffalo NY based parent company, Viridi Parente, to increase deployments of safe, reliable, and durable energy storage safety systems to accelerate the broader energy transition.
Battery Recycling and Management
KULR-Tech Safe_Case provides a safe and cost-effective solution to commercially store and transport lithium batteries, which is increasing in frequency as supply chain challenges and ESG commitments necessitate battery recycling and end-of-lifecycle management. Whether shipping a single battery, a battery-powered device or a load shipment of batteries, KULR's technology mitigates the impacts of cell-to-cell thermal runaway propagation and ensures a safe journey. KULR's Thermal Runaway Shield (TRS) technology is trusted by NASA to ship and store astronauts' laptop batteries on the International Space Station. In addition, KULR combines its Passive Propagation Resistant (PPR) solutions with its new CellCheck intelligent battery management system to extend battery life. The CellCheck modular battery management system platform is KULR's AI-powered battery safety technology for e-mobility, energy storage and fleet applications. It captures real time and lifetime battery intelligence, sensing adverse electrical, environmental, and physical events to analyze and control for maximum battery safety, reliability, and performance. As commercial industries across the board face greater scrutiny to comply with ESG standards, KULR is serving a total addressable market for a circular economic model for batteries that will reach over $21 billion by 2025 (estimated based on market data projections published by Grand View Research, Inc. stating that the global battery recycling market size is expected to reach $21.04 billion by 2025).
E-mobility
KULR is supporting the shift to electrified transport by enabling safer, lighter, and faster charging lithium-ion batteries for electric vehicles and micro mobility solutions. KULR's passive propagation resistant (PPR) battery pack solutions increase battery energy capacity while preventing thermal runaway events that can lead to hazardous explosions, helping the transportation industry to address growing public safety concerns around electric vehicles, electric aviation and micro-mobility markets.
Vehicle technology advancements and EV range anxiety requires more battery capacity to expand the range and power of existing platforms while adding new, power-demanding components for advances such as 5G data networks. The additional strain on batteries increases the risk for overheating and serious failures and can damage sensitive chip architecture. In addition, overheating has been a key limiting factor for advancing fast charging battery technology. KULR's carbon fiber thermal management technologies reduce the thermal resistance inside battery cells while increasing electrical conductivity to dissipate heat more efficiently to enable the safe deployment of fast charging batteries. With KULR, automotive OEMs and battery manufacturers can increase the energy capacity of battery cells so less cells are needed, making for lighter vehicles that drive further before needing to be charged.
Aerospace/Defense
KULR's thermal management solutions enable the defense and aerospace industries to safely deploy electronic technologies that support critical missions and protect national security. Technology in this sector is developing at increasing rates - the space industry alone will be worth nearly $3 trillion in 30 years. The electronic devices being placed into aircrafts, satellites, and missiles are becoming ever smaller and more powerful. Lithium-ion batteries, which are already prone to overheating and propagation, are exposed to harsh thermal environments as well as shock and vibration during aerospace and defense operations. The Company has partnered with Lockheed Martin, Leidos and other prime contractors to develop and supply mission-critical technologies for hypersonic vehicles, high-power magnetic wave, and other defense systems.
High-Powered Computing & 5G
Demand for improved, cost-effective cooling solutions in the rapidly growing 5G and cloud computing industries is ever-increasing. KULR's portfolio of thermal management solutions target air and liquid-cooling of high-performance computing applications such as crypto mining, cloud computing, AI, and AR/VR simulations to maximize performance, energy efficiency and safety. KULR's proprietary carbon fiber-based suite of thermal interface materials leverage advanced carbon fiber based heatsink technology that offers customers highly customizable, lightweight, and cost-effective solutions with industrial-level reliability due to their high thermal conductivity, lightweight, and low contact pressure.
New Battery Cell Development
KULR started a research and development initiative using carbon fiber structures to produce battery cells with higher energy density and faster charging capabilities. Fast-charging will be the killer app for next-gen batteries. Right now, overheating is a key limiting factor in advancing fast-charging battery technology. There may be a way to solve that problem by using carbon fiber inside the battery cell to reduce thermal and electrical resistance which can dissipate heat more effectively. The R&D initiatives include thicker cathode with higher loading factor, silicon anode, lithium metal anode and solid-state electrolyte development. This is a long-term strategic development for KULR.
Company Address: 4863 Shawline Street San Diego 92111 CA
Company Phone Number: 663-5247 Stock Exchange / Ticker: NYSE KULR
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