KULR Technology Redefines Battery Safety and Reliability Standards with Next-Gen Battery Management System
KULR Technology Group (NYSE American: KULR) has launched its next-generation Battery Management System (kBMS), offering advanced solutions for both defense/terrestrial and spacecraft applications. The space-focused variant comes in two configurations: a cost-effective version using commercial chipsets with radiation protection, and a premium version with radiation-tolerant components throughout.
The kBMS features key innovations including an analog architecture with rad-tolerant chipset integration, dual-redundancy hardware, lower-impedance MOSFETs for improved energy efficiency, isolated communication interface, and unique recalibration capability. The system is designed to enhance reliability, safety, and energy efficiency in mission-critical power systems.
KULR Technology Group (NYSE American: KULR) ha lanciato il proprio sistema di gestione della batteria di nuova generazione (kBMS), offrendo soluzioni avanzate per applicazioni difesa/terrestri e spaziali. La variante focalizzata sullo spazio è disponibile in due configurazioni: una versione economica che utilizza chipset commerciali con protezione contro le radiazioni e una versione premium con componenti tolleranti alle radiazioni in tutto il sistema.
Il kBMS presenta innovazioni chiave tra cui un’architettura analogica con integrazione di chipset tollerante alle radiazioni, hardware a doppia ridondanza, MOSFET a bassa impedenza per una maggiore efficienza energetica, interfaccia di comunicazione isolata e una capacità di ricalibrazione unica. Il sistema è progettato per migliorare affidabilità, sicurezza ed efficienza energetica in sistemi di alimentazione mission-critical.
KULR Technology Group (NYSE American: KULR) ha lanzado su sistema de gestión de baterías de próxima generación (kBMS), ofreciendo soluciones avanzadas para aplicaciones de defensa/terrestres y espaciales. La variante enfocada en el espacio viene en dos configuraciones: una versión rentable que usa chipsets comerciales con protección contra radiación, y una versión premium con componentes tolerantes a la radiación en todo el sistema.
El kBMS presenta innovaciones clave como una arquitectura analógica con integración de chipset tolerante a la radiación, hardware de doble redundancia, MOSFET de baja impedancia para una mayor eficiencia energética, una interfaz de comunicación aislada y una capacidad de recalibración única. El sistema está diseñado para mejorar la fiabilidad, la seguridad y la eficiencia energética en sistemas de alimentación críticos para la misión.
KULR Technology Group (NYSE American: KULR)은 차세대 배터리 관리 시스템(kBMS)을 출시했으며, 방위/지상 및 우주선용 응용 분야를 위한 고급 솔루션을 제공합니다. 우주 중심 버전은 두 가지 구성을 가지며, 방사선 보호가 있는 상용 칩셋을 사용하는 비용 효율적 버전과, 방사선 내성 부품을 전부 사용하는 프리미엄 버전이 있습니다.
kBMS는 방사선 내성 칩셋 통합을 통한 아날로그 아키텍처, 이중 중복 하드웨어, 에너지 효율성을 높이는 저 임피던스 MOSFET, 격리된 통신 인터페이스, 그리고 고유한 재보정 기능과 같은 핵심 혁신을 구현합니다. 이 시스템은 임무-중요 전원 시스템의 신뢰성, 안전 및 에너지 효율성을 향상시키도록 설계되었습니다.
KULR Technology Group (NYSE American: KULR) a lancé son système de gestion de batteries de nouvelle génération (kBMS), offrant des solutions avancées pour des applications de défense/terrestres et spatiales. La variante axée sur l’espace est disponible en deux configurations: une version économique utilisant des chipsets commerciaux avec protection contre les radiations, et une version premium avec des composants tolérants aux radiations partout.
Le kBMS présente des innovations clés telles qu’une architecture analogique avec intégration de chipset tolérant aux radiations, un matériel à double redondance, des MOSFET à faible impédance pour une meilleure efficacité énergétique, une interface de communication isolée et une capacité de recalibration unique. Le système est conçu pour améliorer la fiabilité, la sécurité et l’efficacité énergétique dans les systèmes d’alimentation critiques pour la mission.
KULR Technology Group (NYSE American: KULR) hat sein Battery Management System der nächsten Generation (kBMS) vorgestellt und bietet fortschrittliche Lösungen für Verteidigungs-/Terrestrik- und Raumfahrtanwendungen. Die raumfahrtorientierte Variante gibt es in zwei Konfigurationen: eine kostengünstige Version mit kommerziellen Chipsets mit Strahlenschutz und eine Premium-Version mit strahlenresistenten Bauteilen durchgehend.
Das kBMS verfügt über Schlüsselinnovationen einschließlich einer Analogarchitektur mit rad-toleranter Chipset-Integration, hardwareseitige Duplizierung, MOSFETs mit niedriger Impedanz für verbesserte Energieeffizienz, isolierte Kommunikationsschnittstelle und eine einzigartige Neukalibrierungsfähigkeit. Das System soll Zuverlässigkeit, Sicherheit und Energieeffizienz in mission-critical Stromversorgungssystemen verbessern.
KULR Technology Group (NYSE American: KULR) أطلقت نظام إدارة البطاريات من الجيل التالي (kBMS)، مقدمًا حلولاً متقدمة لتطبيقات الدفاع/الأرض والفضاء. النسخة المخصصة للفضاء تأتي في تكوينين: نسخة اقتصادية تستخدم شرائح تجارية مع حماية إشعاعية، ونسخة فاخرة تحتوي على مكونات مقاومة للإشعاع في جميع الأنحاء.
يتميز kBMS بابتكارات رئيسية تشمل بنية تناظرية مع دمج شرائح مقاومة للإشعاع، وهاردوير مزدوج التكرار، ومكونات MOSFET ذات مقاومة منخفضة لتحسين كفاءة الطاقة، وواجهة اتصال معزولة، وإمكانية معايرة فريدة. يهدف النظام إلى تعزيز الاعتمادية والسلامة وكفاءة الطاقة في أنظمة الطاقة الحيوية للمهمات.
KULR Technology Group (NYSE American: KULR) 已推出下一代电池管理系统（kBMS），为防务/地面和航天应用提供先进解决方案。面向航天的变体有两种配置：一种是使用商用芯片组并具辐射防护的成本效益版本，另一种是全程使用耐辐射元件的高端版本。
kBMS 的关键创新包括一个具有辐射耐受芯片组集成的模拟架构、双重冗余硬件、低阻抗 MOSFET 以提升能效、隔离的通信接口，以及独特的重新校准能力。该系统旨在提升关键任务供电系统的可靠性、安全性和能源效率。
- Dual product variants offering flexibility for different market applications (defense/terrestrial and space)
- Unique recalibration capability reducing lifecycle costs and downtime
- Dual-redundancy hardware architecture enhancing reliability and safety
- Improved energy efficiency through lower-impedance MOSFETs design
- None.
Insights
KULR's new kBMS offers innovative safety features and flexibility for mission-critical applications, potentially opening new revenue streams in defense and space markets.
KULR Technology has strategically positioned itself in the high-stakes mission-critical power systems market with its new Battery Management System (kBMS). The dual-variant approach—offering both defense/terrestrial and spacecraft configurations—demonstrates shrewd market segmentation. What makes this development particularly significant is the analog architecture with radiation-tolerant integration, solving a critical industry challenge where radiation-tolerant BMS chipsets aren't readily available.
The technical innovations here are substantial. The dual-redundancy hardware architecture eliminates single points of failure—crucial for applications where system failure isn't an option. The use of lower-impedance MOSFETs addresses energy efficiency challenges that plague current BMS solutions, potentially extending mission durations. Most compelling is the recalibration capability, which dramatically reduces lifecycle costs compared to conventional systems requiring complete replacement when calibration drift occurs.
This launch marks KULR's evolution from thermal management specialist to comprehensive battery intelligence provider. By expanding beyond their core competency into the battery management realm, they're creating an integrated ecosystem of solutions that should strengthen customer retention and potentially increase revenue per client. The immediate availability for design-in programs suggests the company is confident in the product's readiness for market adoption, particularly in the Space and Defense sectors where qualification cycles are typically extensive.
HOUSTON, Oct. 02, 2025 (GLOBE NEWSWIRE) -- KULR Technology Group, Inc. (NYSE American: KULR) (the "Company" or "KULR"), a Bitcoin+ Treasury company that builds a portfolio of frontier technology businesses ranging from high-performance energy systems to AI Robotics, today announced the launch of its next generation KULR-developed Battery Management System (kBMS) — an advanced solution engineered to set a new industry benchmark for reliability, safety, and energy efficiency.
The kBMS is offered in two variants: one tailored for defense and terrestrial mission-critical applications, and another optimized for spacecraft power systems. The space-focused version can be configured in two ways — as a cost-effective system built with commercial chipsets protected from radiation within customer housings, or as a premium build utilizing radiation-tolerant components throughout. This flexibility allows KULR to deliver space-rated BMS solutions at multiple price points, giving integrators new options for balancing budget, safety, and mission assurance.
“With the launch of the kBMS, our team has built a solution that delivers reliability, safety, and efficiency for mission-critical power systems,” said Peter Hughes, Vice President of Engineering at KULR. “Its analog architecture, radiation-tolerant integration, and redundant hardware give customers confidence their systems will perform under the toughest conditions.”
Key Features and Innovations
- Analog Architecture with Rad-Tolerant Chipset Integration
KULR’s design leverages an analog architecture and operational amplifier (op-amp) programming strategy, enabling the use of rad-tolerant processors. This breakthrough overcomes the absence of radiation-tolerant BMS chipsets, allowing the kBMS to be deployed in cost-effective or premium space-rated configurations. - Firmware and Redundant Hardware for Maximum Reliability and Safety
Robust firmware paired with a dual-redundancy hardware architecture ensures safe operation even under extreme conditions, minimizing single points of failure. - Reduced Power Draw with Lower-Impedance MOSFETs
By using lower-impedance MOSFETs, the kBMS improves energy efficiency, reduces thermal losses, and extends system runtime for enhanced overall performance. - Isolated Communication Interface for Load and Power Protection
The system features an isolated communication interface that shields both the load and power electronics from damaging voltage spikes under certain conditions. - Unique Calibration Capability
Unlike most BMS solutions that must be replaced when calibration drift occurs, the kBMS can be recalibrated to restore full accuracy, lowering lifecycle costs and reducing downtime.
The introduction of the kBMS expands KULR’s offerings beyond thermal management and energy storage products, cementing its role as a comprehensive battery safety and intelligence provider. With availability beginning immediately for design-in and qualification programs, the kBMS platform is expected to accelerate adoption across Space, Defense, and other mission-critical applications where uptime, safety, and system resilience are paramount.
About KULR Technology Group, Inc.
KULR Technology Group, Inc. (NYSE American: KULR) is a Bitcoin+ Treasury company that builds a portfolio of frontier technology businesses ranging from high-performance energy systems to AI Robotics. 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 offering allows 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. Since late 2024, KULR has included bitcoin as a primary asset in its treasury program and committed to allocating up to
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