The N54° containerized BESS unit. 10-ft high-cube. Up to 3.5 MW per container. German-engineered.
A standardized, transport-ready battery container designed for rapid siting alongside grid infrastructure, data centers, and renewable generation.
A single unit, engineered for the full deployment lifecycle.
Each N54° container is designed to arrive complete: battery modules, integrated thermal management, fire safety, BMS, and internal switchgear interfaces — to be assembled and factory-tested at the planned Rostock-Laage facility. Sites integrate at the AC boundary using components from established European power-distribution partners.
The result is a repeatable building block for grid and data-center projects — one that is intended to scale linearly from first pilot batches to gigawatt-scale portfolios.
Specifications are indicative and configuration-dependent. Pricing varies with buyer requirements and configuration and is discussed per project. Detailed datasheets available under NDA.
SafeCore™ — engineered for safety where people live and work
When a battery cell enters thermal runaway, hazardous and flammable off-gases can be released before or during a fire event. SafeCore™ is N54° Battery’s Norwegian-developed hazardous-gas mitigation solution, designed to capture and treat these gases before they are released from the BESS container.
By adding a dedicated gas-management layer to the system’s wider safety architecture, SafeCore™ is designed to reduce hazardous-gas exposure and limit the consequences of a thermal-runaway event. This is especially important for BESS installations near homes, workplaces, hospitals, data centres, ports, airports and other critical infrastructure.
Reduced off-gas exposure
Designed to limit the release of hazardous gases during thermal runaway.
Protection beyond the container
Supports safer conditions for nearby communities, site personnel and emergency responders.
Built for sensitive locations
Strengthens the safety case for BESS deployed in populated, urban and infrastructure-critical environments.
SafeCore™ complements cell monitoring, ventilation, fire detection and suppression. It is a hazardous-gas mitigation solution—not a fire-suppression system. The technology is being advanced through validation and system integration.
Grid-scale storage
Frequency regulation, capacity markets, arbitrage, and firming of renewables at transmission and distribution scale.
Data center resilience
Backup, peak shaving, and power-quality smoothing for hyperscale and colocation facilities under compute-driven load growth.
Renewable integration
Shifting solar and wind output to match demand, recovering curtailment, and enabling higher-utilization interconnections.
All phases and timelines are planning targets for a company under establishment and are subject to change.