Hyper-responsive load management system for hyperscalers: MARA and TAE Power Solutions partner for first-of-its-kind grid efficiency platform
MARA (NASDAQ: MARA) and TAE Power Solutions have announced a strategic partnership to develop an advanced load management system for hyperscale data centers and cryptocurrency mining operations. The collaboration will deploy a 10MW clean energy storage network featuring microsecond-responsive load balancing technology.
The system will utilize TAE Power Solutions' D-Series BESS platform, which employs advanced hardware, real-time control, and machine learning algorithms to monitor and balance battery performance. The technology aims to address the challenges of unpredictable energy loads in High-Performance Computing (HPC) environments while maintaining grid stability.
Initial prototypes are scheduled for deployment in late summer 2025, with broader commercialization planned for early 2026.
MARA (NASDAQ: MARA) e TAE Power Solutions hanno annunciato una partnership strategica per sviluppare un avanzato sistema di gestione del carico per data center hyperscale e operazioni di mining di criptovalute. La collaborazione prevede l'implementazione di una rete di accumulo di energia pulita da 10MW dotata di tecnologia di bilanciamento del carico con risposta in microsecondi.
Il sistema utilizzerà la piattaforma D-Series BESS di TAE Power Solutions, che sfrutta hardware avanzato, controllo in tempo reale e algoritmi di machine learning per monitorare e bilanciare le prestazioni delle batterie. Questa tecnologia mira a risolvere le sfide legate ai carichi energetici imprevedibili negli ambienti di High-Performance Computing (HPC), garantendo al contempo la stabilità della rete elettrica.
I primi prototipi sono previsti per la fine dell'estate 2025, con una commercializzazione più ampia programmata per l'inizio del 2026.
MARA (NASDAQ: MARA) y TAE Power Solutions han anunciado una alianza estratégica para desarrollar un avanzado sistema de gestión de carga para centros de datos hyperscale y operaciones de minería de criptomonedas. La colaboración implementará una red de almacenamiento de energía limpia de 10MW con tecnología de balanceo de carga con respuesta en microsegundos.
El sistema utilizará la plataforma D-Series BESS de TAE Power Solutions, que emplea hardware avanzado, control en tiempo real y algoritmos de aprendizaje automático para monitorear y equilibrar el rendimiento de las baterías. Esta tecnología busca abordar los desafíos de las cargas energéticas impredecibles en entornos de Computación de Alto Rendimiento (HPC), manteniendo la estabilidad de la red eléctrica.
Los primeros prototipos están programados para ser desplegados a finales del verano de 2025, con una comercialización más amplia prevista para principios de 2026.
MARA (NASDAQ: MARA)와 TAE Power Solutions는 하이퍼스케일 데이터 센터 및 암호화폐 채굴 운영을 위한 첨단 부하 관리 시스템 개발을 위한 전략적 파트너십을 발표했습니다. 이번 협력은 마이크로초 반응 부하 균형 기술을 갖춘 10MW 클린 에너지 저장 네트워크를 구축할 예정입니다.
이 시스템은 TAE Power Solutions의 D-Series BESS 플랫폼을 활용하며, 고급 하드웨어, 실시간 제어, 머신러닝 알고리즘을 통해 배터리 성능을 모니터링하고 균형을 맞춥니다. 이 기술은 HPC(고성능 컴퓨팅) 환경에서 예측 불가능한 에너지 부하 문제를 해결하는 동시에 그리드 안정성을 유지하는 것을 목표로 합니다.
초기 프로토타입은 2025년 늦여름에 배치될 예정이며, 2026년 초에 본격적인 상용화가 계획되어 있습니다.
MARA (NASDAQ : MARA) et TAE Power Solutions ont annoncé un partenariat stratégique pour développer un système avancé de gestion de charge destiné aux centres de données hyperscale et aux opérations de minage de cryptomonnaies. Cette collaboration déploiera un réseau de stockage d'énergie propre de 10MW doté d'une technologie d'équilibrage de charge réactive en microsecondes.
Le système utilisera la plateforme D-Series BESS de TAE Power Solutions, qui combine matériel avancé, contrôle en temps réel et algorithmes d'apprentissage automatique pour surveiller et équilibrer les performances des batteries. Cette technologie vise à relever les défis liés aux charges énergétiques imprévisibles dans les environnements de calcul haute performance (HPC), tout en maintenant la stabilité du réseau électrique.
Les premiers prototypes sont prévus pour la fin de l'été 2025, avec une commercialisation plus large planifiée pour début 2026.
MARA (NASDAQ: MARA) und TAE Power Solutions haben eine strategische Partnerschaft angekündigt, um ein fortschrittliches Lastmanagementsystem für hyperskalige Rechenzentren und Kryptowährungs-Mining-Betriebe zu entwickeln. Die Zusammenarbeit wird ein 10MW sauberes Energiespeichernetz mit mikrosekundenschneller Lastenausgleichstechnologie einsetzen.
Das System nutzt die D-Series BESS-Plattform von TAE Power Solutions, die moderne Hardware, Echtzeitsteuerung und maschinelle Lernalgorithmen einsetzt, um die Batterieleistung zu überwachen und auszugleichen. Die Technologie zielt darauf ab, die Herausforderungen unvorhersehbarer Energiebelastungen in Hochleistungsrechenumgebungen (HPC) zu bewältigen und gleichzeitig die Netzstabilität zu gewährleisten.
Die ersten Prototypen sollen Ende Sommer 2025 bereitgestellt werden, mit einer breiteren Kommerzialisierung Anfang 2026.
- Development of first-of-its-kind microsecond-responsive load balancing system for better energy efficiency
- Strategic partnership with TAE Power Solutions provides access to advanced power management technology
- Technology enables real-time response to operational demands, reducing impact of volatile HPC loads
- System can be modularly deployed up to GW scales for various industrial applications
- Commercial deployment not expected until early 2026
- System still in prototype phase with unproven real-world performance
- Significant investment in new infrastructure required for implementation
Insights
MARA's partnership with TAE introduces microsecond-responsive power management technology to optimize energy use in cryptocurrency mining operations.
MARA's strategic partnership with TAE Power Solutions represents a significant technological advancement in power management for high-intensity computing operations. The collaboration will develop a 10MW clean energy storage network with microsecond-responsive load balancing capabilities—addressing a critical challenge in the cryptocurrency mining and data center industries.
The technology leverages TAE's expertise from fusion energy research to create a system capable of responding to unpredictable energy loads that can fluctuate within microseconds. This is particularly valuable for MARA's cryptocurrency mining operations, which experience highly variable computational demands. By implementing this advanced battery energy storage system (BESS), MARA can potentially achieve several operational benefits:
- Reduced grid stress during peak loads
- Enhanced power stability at the microsecond level
- Improved efficiency in energy utilization
- Better management of stranded or underutilized energy resources
The solution's modularity allows scaling up to gigawatt levels, making it adaptable to MARA's growing infrastructure needs. The technology uses real-time control systems and machine learning algorithms to continuously monitor and balance battery performance metrics, which enables precision load management essential for maintaining grid efficiency.
With prototypes scheduled for deployment in late summer 2025 and commercialization expected in early 2026, this partnership positions MARA at the forefront of energy optimization in cryptocurrency mining. The technology could provide MARA with a competitive advantage through increased operational efficiency and potentially reduced energy costs, while also supporting more sustainable use of energy resources in power-intensive computing applications.
Advanced power management system will meet accelerating energy needs of data centers and cryptocurrency mining operations with real-time optimization, reduced peak loads and fast frequency response
Fort Lauderdale, FL, June 25, 2025 (GLOBE NEWSWIRE) -- MARA (NASDAQ: MARA), a leading digital energy and infrastructure company, and TAE Power Solutions, a company commercializing proprietary power management systems derived from fusion energy research, today announced a strategic collaboration to jointly develop a high-frequency, real-time responsive load management system that can be modularly deployed up to GW scales, to meet the energy demand of hyperscale data centers, digital asset compute and other power-intensive industrial operations.
High-Performance Computing (HPC) requires an ultra-responsive energy resource because of unpredictable loads that can spike or drop in a microsecond. This rapid variability in energy use puts stress on data center equipment and the local utility grid.
To mitigate the consequences of load volatility, MARA will leverage TAE Power Solutions’ proprietary power management technology to deliver a 10MW clean energy storage network that provides first-of-its-kind microsecond-responsive, controllable load balancing.
The TAE Power Solutions platform is part of an innovative power supply system originally developed for parent company TAE Technologies’ (TAE) fusion energy research. Today, TAE Power Solutions’ power storage and delivery systems are integral to TAE’s fusion progress, along with TAE’s advanced particle beam technology and cutting-edge machine learning tools co-developed with support from Google.
At the core of the strategic collaboration will be the TAE Power Solutions D-Series BESS, a flexible and robust platform developed for large commercial and industrial (C&I) and utility-scale applications, designed to operate as a grid-responsive energy module that can be easily integrated into new or existing facilities.
TAE Power Solutions’ system uses advanced hardware, real-time control and machine learning–driven algorithms to continuously monitor and balance battery temperature, State of Charge (SOC) and State of Health (SOH) on a microsecond time scale. This high-speed feedback unlocks precision load balancing and fast frequency response, which are essential for maintaining power stability and grid efficiency.
“Meeting the demands of today’s compute infrastructure isn’t just about adding more energy, it’s about making better use of the power we have,” said Fred Thiel, CEO of MARA. “In MARA’s flexible data centers, unused, underutilized or otherwise stranded energy resources are tapped to secure the world’s preeminent blockchain ledger, converting clean energy that would otherwise go to waste into economic value. By collaborating with TAE Power Solutions, we’ll have the ability to respond in real-time to operational demands, reducing the impact of volatile HPC loads and reinforcing resiliency within high-tier data centers."
“As more advanced technologies like AI and HPC become part of daily life, it’s essential that the power systems supporting them can keep up with demand without burdening local electrical grids,” said Kedar Munipella, CEO of TAE Power Solutions. “Our platform is built to deliver reliable, real-time power without putting added strain or cost on utilities or their customers. Together with MARA, we’re enabling the next generation of digital infrastructure to grow in a way that’s not only scalable, but also resilient and responsible.”
The first prototypes are scheduled for deployment by late summer of this year, with larger scale commercialization expected to start in early 2026.
Media contacts:
MARA:
mara@wachsman.com
TAE:
press@tae.com
About MARA
MARA (NASDAQ:MARA) deploys digital energy technologies to advance the world's energy systems. Harnessing the power of compute, MARA transforms excess energy into digital capital, balancing the grid and accelerating the deployment of critical infrastructure. Building on its expertise to redefine the future of energy, MARA develops technologies that reduce the energy demands of high-performance computing applications, from AI to the edge. Learn more at www.mara.com
About TAE Power Solutions
TAE Power Solutions sees a future fueled by good, clean power. The company’s revolutionary technologies were originally developed to bridge the gap between the amount of power needed to run a TAE fusion research reactor and what was supplied by the local power grid. That innovation has unlocked a complete clean energy ecosystem, including more affordable and efficient storage, ultrafast charging capabilities, electric vehicle powertrains, peak shaving, buffering and second life of batteries. Learn more at www.power-solutions.tae.com
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