
Sodium-Ion Energy Storage for the World's Next Generation of BESS.
PowerCap has developed the new generation of energy storage, comprising of Sodium ion chemistry, designed to deliver scalable energy storage with safety, resilience and energy independence at its core.
From renewable energy integration to grid-scale storage, industrial power and critical infrastructure, PowerCap Sodium-Ion Energy Storage is designed for projects where safety, reliability and energy security matter.
Illustration of global project opportunity. Not a depiction of deployed projects.
Safety starts with chemistry.
Sodium-ion chemistry offers an alternative approach to energy storage where thermal behaviour and battery safety are critical considerations. BESS safety should not rely solely on external fire suppression and monitoring systems.
DON'T JUST MANAGE THE RISK. RETHINK THE CHEMISTRY.
Built around abundant materials.
Sodium is an abundant and widely available element. This offers supply chain resilience, reduced reliance on critical minerals, long-term energy security and global scalability.
From megawatts to multi-project deployments.
PowerCap technology is designed for scalable BESS applications — a project architecture that can grow from pilot installations to large-scale deployments.
Store more of the energy you generate.
Renewable generation flows into BESS and then powers the systems that define modern life — grid, industry, data centres, mining, infrastructure and microgrids.
Grid balancing, renewable integration, peak shifting and grid resilience.
Store solar and wind generation and dispatch energy when it is needed.
Energy resilience for critical digital infrastructure.
Reliable energy storage for energy-intensive operations and remote sites.
Support energy independence across communities, facilities and remote infrastructure.
Reduce energy volatility and improve operational resilience.
Energy storage where grid access is limited, unreliable or unavailable.
PowerCap is pursuing sodium-ion technology as an alternative pathway for the next generation of global energy storage.
START WITH THE CHEMISTRY. Fire suppression, monitoring and containment remain important components of BESS safety. But the conversation can start earlier — at the chemistry level.
Traditional Approach
Managing the symptoms
PowerCap Approach
Eliminating the cause
Real Product · Real Facility
These are our own units, on our own production line and test benches. Built, assembled and validated — photographed exactly as they leave our facility.
ProductionPowerCap POD units assembled and ready for dispatch
Quality AssuranceEvery POD is tested and validated before it leaves the line
ValidationEnvironmental chamber testing
ManufacturingAutomated robotic assembly on the production floor
Our FacilityInside the PowerCap manufacturing and testing facility
EngineeringCell modules built and inspected
CraftsmanshipOur General Manager of Product Development overseeing the battery rack before the commander unit and final battery unit are installed
Technical documentation is available on request.
Datasheets, safety documentation, certifications and performance data are provided to qualified project teams. Request BESS project specs to receive the relevant information.
Let's engineer the right energy storage architecture for your project.
Whether you are developing a utility-scale renewable project, industrial facility, data centre, microgrid or energy infrastructure project, our team can provide the technical information required to evaluate sodium-ion energy storage.