KULR Awarded $6.7M by Texas Space Commission to Advance Cold-Temperature KULR ONE Space Battery Platform
KULR Technology Group (NYSE: KULR) has secured a $6.7 million award from the Texas Space Commission, part of a larger $26 million grant program aimed at enhancing Texas' space technology leadership. The funding supports KULR's development of cold-temperature lithium-ion battery solutions for future Lunar and Martian missions.
The project, conducted in partnership with NASA Johnson Space Center and South 8 Technologies, focuses on creating space-rated battery technology using liquefied gas (LiGas) electrolyte. The batteries will operate at temperatures as low as -60°C and integrate into the KULR ONE Space platform.
KULR's Webster, TX facility, located near NASA JSC, will serve as the engineering and testing center for the initiative. The project supports NASA's Artemis objectives by reducing heater energy requirements, improving safety margins, and enabling extended operations in deep space environments.
KULR Technology Group (NYSE: KULR) ha ottenuto un finanziamento di 6,7 milioni di dollari dalla Texas Space Commission, parte di un programma di sovvenzioni più ampio da 26 milioni di dollari volto a rafforzare la leadership tecnologica spaziale del Texas. Il finanziamento sostiene lo sviluppo da parte di KULR di soluzioni per batterie al litio a basse temperature destinate a future missioni lunari e marziane.
Il progetto, realizzato in collaborazione con il NASA Johnson Space Center e South 8 Technologies, si concentra sulla creazione di una tecnologia per batterie spaziali che utilizza un elettrolita a base di gas liquefatto (LiGas). Le batterie funzioneranno a temperature fino a -60°C e saranno integrate nella piattaforma KULR ONE Space.
La struttura di KULR a Webster, TX, situata vicino al NASA JSC, fungerà da centro di ingegneria e test per l’iniziativa. Il progetto supporta gli obiettivi della missione Artemis della NASA riducendo il fabbisogno energetico dei riscaldatori, migliorando i margini di sicurezza e permettendo operazioni prolungate in ambienti spaziali profondi.
KULR Technology Group (NYSE: KULR) ha asegurado un premio de 6,7 millones de dólares de la Comisión Espacial de Texas, parte de un programa de subvenciones más amplio de 26 millones de dólares destinado a fortalecer el liderazgo tecnológico espacial de Texas. La financiación apoya el desarrollo por parte de KULR de soluciones de baterías de iones de litio para bajas temperaturas para futuras misiones lunares y marcianas.
El proyecto, realizado en colaboración con el NASA Johnson Space Center y South 8 Technologies, se centra en crear tecnología de baterías aptas para el espacio que utilizan un electrolito de gas licuado (LiGas). Las baterías funcionarán a temperaturas tan bajas como -60°C e integrarán la plataforma KULR ONE Space.
La instalación de KULR en Webster, TX, ubicada cerca del NASA JSC, servirá como centro de ingeniería y pruebas para esta iniciativa. El proyecto apoya los objetivos de Artemis de la NASA al reducir los requerimientos energéticos de los calentadores, mejorar los márgenes de seguridad y permitir operaciones prolongadas en ambientes de espacio profundo.
KULR Technology Group (NYSE: KULR)는 텍사스 우주 위원회로부터 670만 달러의 지원금을 확보했으며, 이는 텍사스의 우주 기술 리더십 강화를 목표로 하는 총 2,600만 달러 규모의 보조금 프로그램의 일부입니다. 이 자금은 미래의 달 및 화성 임무를 위한 저온 리튬이온 배터리 솔루션 개발을 지원합니다.
NASA 존슨 우주 센터 및 South 8 Technologies와 협력하여 진행되는 이 프로젝트는 액화 가스(LiGas) 전해질을 사용하는 우주 등급 배터리 기술 개발에 중점을 둡니다. 배터리는 -60°C까지 낮은 온도에서 작동하며 KULR ONE Space 플랫폼에 통합될 예정입니다.
NASA JSC 인근에 위치한 텍사스 Webster에 있는 KULR 시설이 이 이니셔티브의 엔지니어링 및 테스트 센터 역할을 합니다. 이 프로젝트는 히터 에너지 요구량을 줄이고 안전 마진을 개선하며 심우주 환경에서 장기간 작동을 가능하게 하여 NASA의 Artemis 목표를 지원합니다.
KULR Technology Group (NYSE: KULR) a obtenu une aide de 6,7 millions de dollars de la Texas Space Commission, dans le cadre d’un programme de subventions plus large de 26 millions de dollars visant à renforcer le leadership technologique spatial du Texas. Ce financement soutient le développement par KULR de solutions de batteries lithium-ion à basse température pour les futures missions lunaires et martiennes.
Le projet, mené en partenariat avec le NASA Johnson Space Center et South 8 Technologies, se concentre sur la création d’une technologie de batteries adaptées à l’espace utilisant un électrolyte à base de gaz liquéfié (LiGas). Les batteries fonctionneront à des températures aussi basses que -60°C et seront intégrées à la plateforme KULR ONE Space.
Les installations de KULR à Webster, TX, situées près du NASA JSC, serviront de centre d’ingénierie et de tests pour cette initiative. Le projet soutient les objectifs Artemis de la NASA en réduisant les besoins énergétiques des chauffages, en améliorant les marges de sécurité et en permettant des opérations prolongées dans des environnements spatiaux lointains.
KULR Technology Group (NYSE: KULR) hat eine Fördersumme von 6,7 Millionen US-Dollar von der Texas Space Commission erhalten, die Teil eines größeren Förderprogramms über 26 Millionen US-Dollar ist, das darauf abzielt, die führende Position von Texas in der Raumfahrttechnologie zu stärken. Die Finanzierung unterstützt KULRs Entwicklung von Lithium-Ionen-Batterielösungen für niedrige Temperaturen für zukünftige Mond- und Marsmissionen.
Das Projekt, das in Zusammenarbeit mit dem NASA Johnson Space Center und South 8 Technologies durchgeführt wird, konzentriert sich auf die Entwicklung raumtauglicher Batterietechnologie unter Verwendung eines verflüssigten Gas-Elektrolyten (LiGas). Die Batterien sollen bei Temperaturen bis zu -60°C arbeiten und in die KULR ONE Space Plattform integriert werden.
Die KULR-Einrichtung in Webster, TX, in der Nähe des NASA JSC, dient als Ingenieur- und Testzentrum für diese Initiative. Das Projekt unterstützt die Artemis-Ziele der NASA, indem es den Energiebedarf der Heizelemente reduziert, die Sicherheitsmargen verbessert und längere Einsätze in Tiefraumumgebungen ermöglicht.
- Secured significant $6.7M government funding
- Strategic partnership with NASA Johnson Space Center
- Development of innovative cold-temperature battery technology
- Alignment with NASA's Artemis program objectives
- None.
Insights
KULR's $6.7M space grant provides significant non-dilutive capital and strategic positioning in the high-value space sector.
The
The financial significance extends beyond the immediate capital injection. Working alongside NASA Johnson Space Center creates powerful validation for KULR's technology in the space sector—a market with extremely high barriers to entry. This collaboration positions KULR in the growing space economy with potential for follow-on contracts.
Strategically, KULR's Webster facility's proximity to NASA JSC creates operational efficiencies that should streamline development and testing processes. The focus on the KULR ONE Space platform, specifically engineered for extreme environments, aligns with the company's core technological strengths while addressing a critical need in space power systems.
This funding targets development of cold-temperature batteries that solve significant power challenges in lunar and Martian missions—potentially creating a specialized product line with the premium margins typically associated with space-rated components.
KULR's cold-temperature battery technology addresses a critical power limitation in lunar exploration, with applications beyond NASA.
The Texas Space Commission award focuses on a pivotal technological challenge: developing batteries that function efficiently in extreme cold without excessive power-draining heating elements. KULR's development of lithium-ion cells operating down to -60°C directly addresses one of space exploration's most significant energy constraints.
Current lunar missions rely heavily on battery heating systems that consume substantial power just to keep energy storage systems operational. By integrating South 8's liquefied gas electrolyte technology into their KULR ONE Space platform, the company is targeting a fundamental redesign of space power architecture that could significantly extend mission durations and capabilities.
This technology aligns perfectly with NASA's Artemis program requirements for lunar surface operations, where temperatures can plunge below -100°C during lunar nights. The reduced heater energy requirements explicitly mentioned in the article would translate to more power available for scientific instruments and mission objectives.
Beyond government applications, this cold-temperature battery technology has potential applications in commercial satellite systems operating in eclipse periods and private lunar initiatives. The Webster facility's role as the engineering and test hub positions KULR to control critical safety validation processes—a key advantage in the risk-averse space sector where reliability requirements are exceptionally stringent.
HOUSTON, April 22, 2025 (GLOBE NEWSWIRE) -- KULR Technology Group, Inc. (NYSE American: KULR) (the "Company" or "KULR"), a leader in advanced energy management platforms, announced today that it has been awarded
KULR’s selection supports its role in an ambitious program to develop cold-temperature lithium-ion battery solutions for the next generation of Lunar and Martian missions. The initiative is being carried out in close collaboration with NASA Johnson Space Center (JSC) and in partnership with South 8 Technologies, aligning public, private, and academic stakeholders to deliver scalable, space-rated battery technology.
“This award underscores KULR’s commitment to powering the next era of space exploration with safe, high-performance, and environmentally adaptive KULR ONE Space platform,” said Michael Mo, CEO of KULR Technology Group. “Working alongside visionary partners at NASA JSC and South 8, we’re proud to anchor this Texas-led effort to develop scalable, space-rated battery technology that advances national objectives and commercial innovation.”
Throughout the program, KULR will manage the design, testing, and production of lithium-ion cells using liquefied gas (LiGas) electrolyte from South 8 Technologies. These cells will operate down to -60°C and be integrated into the KULR ONE Space platform, optimized for extreme environments encountered during lunar and Martian missions.
Located just minutes from NASA Johnson Space Center, KULR’s Webster, TX facility will serve as the engineering and test hub for this effort, performing advanced battery safety testing and performance validation. The project aligns with NASA’s Artemis objectives by reducing heater energy requirements, improving safety margins, and enabling longer-duration operations in deep space environments.
For more information about KULR Technology Group and its advanced energy solutions, please visit www.kulr.ai.
About KULR Technology Group Inc.
KULR Technology Group Inc. (NYSE American: KULR) delivers cutting-edge energy storage solutions for space, aerospace, and defense by leveraging a foundation of in-house battery design expertise, comprehensive cell and battery testing suite, and battery fabrication and production capabilities. The Company’s holistic offering allows the delivery of commercial off-the-shelf and custom next-generation energy storage systems in rapid timelines for a fraction of the cost compared to traditional programs. On December 4, 2024, KULR announced that its Board of Directors has agreed to include bitcoin as a primary asset in its treasury program and committed to allocating up to
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