HiTHIUM and Turbo Energy Launch AI-Based Energy Infrastructure Across 15 Major European Industrial Sites
In a significant advancement for energy management in industrial sectors, HiTHIUM, a leader in battery energy storage technologies, has announced its first project developed in collaboration with Turbo Energy, a global integrator of AI-supported solar solutions and energy storage. This innovative initiative aims to deploy a large-scale energy storage system featuring a total capacity of 366 MWh across fifteen industrial sites owned by a major European conglomerate. The announcement was made during a joint presentation at the Intersolar Europe event, further emphasizing the importance of cutting-edge technology in sustainable industrial practices.
HiTHIUM’s solution includes the delivery of twenty-one containers, each housing a capacity of 6.25 MWh, which utilize HiTHIUM’s robust LFP (Lithium Iron Phosphate) batteries, designed for four-hour operational autonomy. What sets this project apart is the integration of Turbo Energy’s AI-based optimization platform, marking its inaugural use within battery systems, thereby enhancing efficiency and performance.
The strategic partnership between HiTHIUM and Turbo Energy, initiated in 2025, aims to merge energy management software with advanced battery storage capabilities. This cooperation is pivotal in creating smart energy storage infrastructure tailored to meet the challenges of high-power-consuming industries. As the demand for effective energy solutions continues to rise, this collaboration also represents a step towards offering integrated execution capabilities encompassing both hardware and software components necessary for effective energy system management.
This collaborative effort addresses urgent challenges faced by electricity-intensive industries in Europe, such as escalating operational costs, energy price volatility, and network instability. As large commercial and industrial players grapple with these pressures, finding efficient energy models becomes crucial. The newly launched project illustrates how HiTHIUM and Turbo Energy are positioned to deliver tailored solar and battery storage solutions optimized for complex commercial and industrial environments.
Turbo Energy’s AI software converts HiTHIUM’s battery systems into adaptive, optimized energy assets, designed to enhance performance, mitigate energy price volatility, and bolster operational resilience. According to Kelson Li, HiTHIUM's Vice President for Europe, this partnership exemplifies their commitment to providing advanced energy storage solutions that meet the specific needs of large European industrial entities. He noted that the convergence of long-duration advanced battery systems and AI-driven energy management has become increasingly vital amid rising energy costs, grid constraints, and decarbonization goals.
Mariano Soria, CEO of Turbo Energy, affirmed the transformative nature of this project, stating that it signifies a shift from traditional hardware-based energy infrastructures to intelligent, optimized systems capable of real-time decision-making. By combining HiTHIUM’s pioneering storage technology with Turbo Energy's AI platform, they are transforming battery systems into intelligent energy assets that can adapt to diverse industrial operating conditions, ultimately driving efficiency and long-term competitiveness.
The significance of this project extends beyond the immediate operational advantages it offers. It illustrates how software-defined energy storage can yield practical operational and financial benefits for large energy-consuming enterprises, facilitating a more sustainable industrial energy future. Moving forward, as industries evolve, projects like this signal a profound shift towards energy infrastructures that prioritize intelligence and sustainability, becoming integral to the future of electrification in industrial applications. Together, HiTHIUM and Turbo Energy are not only responding to today’s energy challenges but are also setting the groundwork for a more resilient energy landscape.
The initiative between HiTHIUM and Turbo Energy marks a milestone in the evolution of industrial energy management. By leveraging advanced battery storage coupled with AI-driven optimization, the partnership aims to deliver intelligent energy solutions that substantially enhance efficiency and resilience in industrial operations. As they roll out this ambitious project across Europe, it heralds a new era of energy infrastructures that prioritize sustainability, efficiency, and adaptability in the face of an ever-changing energy landscape.
HiTHIUM’s solution includes the delivery of twenty-one containers, each housing a capacity of 6.25 MWh, which utilize HiTHIUM’s robust LFP (Lithium Iron Phosphate) batteries, designed for four-hour operational autonomy. What sets this project apart is the integration of Turbo Energy’s AI-based optimization platform, marking its inaugural use within battery systems, thereby enhancing efficiency and performance.
The strategic partnership between HiTHIUM and Turbo Energy, initiated in 2025, aims to merge energy management software with advanced battery storage capabilities. This cooperation is pivotal in creating smart energy storage infrastructure tailored to meet the challenges of high-power-consuming industries. As the demand for effective energy solutions continues to rise, this collaboration also represents a step towards offering integrated execution capabilities encompassing both hardware and software components necessary for effective energy system management.
This collaborative effort addresses urgent challenges faced by electricity-intensive industries in Europe, such as escalating operational costs, energy price volatility, and network instability. As large commercial and industrial players grapple with these pressures, finding efficient energy models becomes crucial. The newly launched project illustrates how HiTHIUM and Turbo Energy are positioned to deliver tailored solar and battery storage solutions optimized for complex commercial and industrial environments.
Turbo Energy’s AI software converts HiTHIUM’s battery systems into adaptive, optimized energy assets, designed to enhance performance, mitigate energy price volatility, and bolster operational resilience. According to Kelson Li, HiTHIUM's Vice President for Europe, this partnership exemplifies their commitment to providing advanced energy storage solutions that meet the specific needs of large European industrial entities. He noted that the convergence of long-duration advanced battery systems and AI-driven energy management has become increasingly vital amid rising energy costs, grid constraints, and decarbonization goals.
Mariano Soria, CEO of Turbo Energy, affirmed the transformative nature of this project, stating that it signifies a shift from traditional hardware-based energy infrastructures to intelligent, optimized systems capable of real-time decision-making. By combining HiTHIUM’s pioneering storage technology with Turbo Energy's AI platform, they are transforming battery systems into intelligent energy assets that can adapt to diverse industrial operating conditions, ultimately driving efficiency and long-term competitiveness.
The significance of this project extends beyond the immediate operational advantages it offers. It illustrates how software-defined energy storage can yield practical operational and financial benefits for large energy-consuming enterprises, facilitating a more sustainable industrial energy future. Moving forward, as industries evolve, projects like this signal a profound shift towards energy infrastructures that prioritize intelligence and sustainability, becoming integral to the future of electrification in industrial applications. Together, HiTHIUM and Turbo Energy are not only responding to today’s energy challenges but are also setting the groundwork for a more resilient energy landscape.
Conclusion
The initiative between HiTHIUM and Turbo Energy marks a milestone in the evolution of industrial energy management. By leveraging advanced battery storage coupled with AI-driven optimization, the partnership aims to deliver intelligent energy solutions that substantially enhance efficiency and resilience in industrial operations. As they roll out this ambitious project across Europe, it heralds a new era of energy infrastructures that prioritize sustainability, efficiency, and adaptability in the face of an ever-changing energy landscape.
Topics Energy）
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