Reliable power when it matters most
Grid instability, peak demand costs and rising resilience requirements demand smarter energy solutions.
EnBrilion delivers advanced battery energy storage systems engineered for Nordic conditions, EU compliance and long-term operational safety. Our solutions support municipalities, utilities and industrial operators where uptime is critical.
Island Mode and Backup Power
Keep essential operations running during grid outages.
Our systems support autonomous operation with battery storage as the backbone, and optional integration with solar PV and generators.
Automatic transfer and intelligent energy management ensure seamless transition and reconnection.
Built for schools, water infrastructure, healthcare facilities and industrial sites.
Why EnBrilion?
Enhanced Safety
Immersion and liquid cooling reduce thermal risk and improve system stability.
European EMS Platform
Secure energy management system developed in Europe with GDPR compliance.
System-Level Engineering
Cooling, power electronics and control systems designed as one integrated solution.
Built for Nordic Conditions
Engineered for demanding climates and strict regulatory environments.
Energy Storage Systems Built for Safety and Efficiency
EnBrilion’s energy storage systems combine advanced thermal management, fire-safe LFP chemistry, and immersion cooling technology to ensure maximum reliability.
For applications that demand the highest level of safety, our immersion liquid cooling submerges each battery module in a dielectric, non-conductive fluid — eliminating fire risks and maintaining stable performance, even under extreme conditions.
Sustainable by Design
EnBrilion systems are built with LiFePO₄ (LFP) batteries — nickel- and cobalt-free for safer, more ethical production.
Our modular, scalable design minimizes waste, while advanced cooling and smart energy management ensure maximum lifespan, efficiency, and renewable integration.
Learn more about our technology.
Introducing EnBrilion Data Center infrastructure
Built for the next generation of computing — EnBrilion’s EnCube, EnEdge, and EnNova redefine how AI infrastructure is powered, cooled, and deployed.
Combining GPU-ready architecture, battery storage, and liquid cooling, we deliver scalable, TÜV-certified data center infrastructure that are faster to deploy, safer to operate, and built for the future of AI.
Learn more about our technology.
Latest news
Collaborations
At EnBrilion, we work closely with industry partners, research institutions and energy leaders to advance safe and resilient energy systems.
Checkwatt is a leader in energy monitoring and optimisation, providing real-time tracking and management. Together, we enhance EnBrilion ESS with state-of-the-art monitoring and control, helping customers maximise savings.
Glava Energy Center is a leading Swedish innovation hub for renewable energy and energy storage. Through our collaboration, EnBrilion contributes to advancing sustainable technologies and testing next-generation energy systems in real-world environments — strengthening the path toward a resilient, carbon-neutral energy future.
Aire is an expert in smart energy management systems. Through this collaboration, EnBrilion integrates advanced optimisation and grid service participation, ensuring performance and efficiency for every customer.
Together with Gjuteriföreningen, EnBrilion explores how advanced energy storage and smart microgrid solutions can support the industrial sector’s transition to electrification. The partnership focuses on improving energy efficiency, resilience, and sustainability across Sweden’s manufacturing industries.
Nordic Finance provides flexible leasing and financing solutions that make it easier for organisations to invest in resilient energy storage. By lowering upfront costs, they help our customers deploy safe, TÜV-certified ESS faster and with confidence.
In partnership with Stena Recycling, EnBrilion promotes circular energy solutions by enabling responsible reuse and recycling of critical battery materials. Together, we ensure that every stage of our energy storage lifecycle — from production to recycling — supports environmental responsibility and resource efficiency.