Next-generation energy storage – safe, sustainable, and ready for Nordic conditions.
Na-ion battery module
In today’s geopolitical landscape, defence forces and mission-critical industries need energy systems that deliver — no matter the terrain, temperature, or logistical constraints. Our 1.5 kWh sodium-ion battery module offers a next-generation solution that outperforms legacy battery technologies like Lead Acid, LFP and NMC — with higher resilience, greater safety, and a supply chain built for European autonomy.
Developed with Altris sodium-ion pouch cells and engineered in the Nordics, this module is purpose-built for extreme conditions, demanding mobility, and long-term energy reliability.
Designed for Defence. Ready for the Action.
While conventional batteries struggle in cold climates, our Na-ion module delivers consistent performance even in sub-zero temperatures — down to -40°C. Whether deployed in arctic operations or exposed to desert heat, the module maintains stability and power, significantly reducing the risk of field failure due to temperature sensitivity.
And with over 4,000 charge cycles at full depth of discharge, operational lifespan is extended far beyond traditional chemistries — reducing replacement needs and easing the logistical burden in the field.
Zero-Volt Ready — Tactical Advantage in the Field
While traditional chemistries needs to be maintenance charge, Altris technology and the Oscilion battery system is engineered for safe 0V storage, allowing batteries to be discharged fully when not in use. This capability simplifies transport and depot staging, reduces handling and regulatory burdens, and lowers the risk associated with long-term storage in forward or covert operations. Units can be recommissioned reliably when needed, cutting downtime and easing maintenance cycles.
Oscilion battery system reduces logistical strain, enhances safety, and transforms batteries from a maintenance liability into a manageable tactical asset.
Safety Comes Standard
The sodium-ion chemistry allows for safe 0 V storage, eliminating live voltage hazards during transportation, storage, and maintenance. This feature dramatically increases safety for personnel, especially in battlefield conditions where risk mitigation is paramount.
The module is also inherently stable. Its robust thermal profile minimizes the risk of fire or thermal runaway, reducing the need for additional protective measures — especially valuable for integration in armoured vehicles, drones, and off-grid storage units.
A Supply Chain You Can Trust
Unlike conventional battery technologies that depend on lithium, cobalt, and nickel — materials often tied to conflict zones or geopolitical tension — sodium-ion batteries use only abundant, low-cost materials. That means no critical material dependencies, and no reliance on a China-dominated value chain.
For defence applications, this isn’t just sustainability — it’s strategic autonomy.
Eco-Conscious by Design
Free from toxic heavy metals and compliant with REACH and RoHS, our battery module supports European sustainability goals without compromising operational performance. It’s a cleaner, safer choice for military and industrial users looking to future-proof their energy systems.
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