Applications of NaXcell™

Smart Cities

NaXcell™ energy storage systems support the growing demands of smart cities by enabling reliable power for street lighting, EV charging stations, traffic systems, and public safety infrastructure. With our cold-climate tolerance and long-life design, cities can enhance energy resilience while optimizing grid interaction and renewable energy use.

Cold Climate Energy Projects

Designed to excel in harsh environments, NaXcell™ batteries operate reliably at temperatures as low as -40°C. This makes them ideal for Arctic communities, Nordic industrial zones, and winter-prone installations where traditional lithium-ion systems struggle. Our solutions minimize the need for insulation or heating systems, reducing total system cost and improving safety.

Solar + Storage Installations

Whether residential, commercial, or off-grid, solar energy systems benefit from NaXcell™’s stable and scalable storage platform. Sodium-ion pairs naturally with solar PV to store excess energy for evening use, backup, or energy trading. The result is greater energy independence and improved system ROI with lower upfront and long-term maintenance costs.

Microgrids & Community Power

NaXcell™ enables decentralized energy systems with flexible, modular battery units ideal for microgrids, community grids, and shared energy networks. Our systems enhance local grid stability, enable demand response, and reduce reliance on diesel or expensive peaker plants. Easy deployment and wide temperature range make them perfect for community-based infrastructure in rural or remote locations.

Fleet Charging & Buffering

With growing demand for electrified fleets, NaXcell™ supports buffer storage at EV depots, logistics hubs, and transit terminals. Our batteries reduce peak demand charges and enable more predictable load management for bus, scooter, and light commercial vehicle fleets. The sodium-ion platform's high safety margin and cost advantage make it ideal for fleet operators looking to scale cleanly and affordably.