XING Mobility presents its latest immersion-cooled energy storage systems at All-Energy 2025 in SEC Glasgow, Booth P59. With up to 4 times higher discharge power and industry-leading safety design, the system is positioned to address the UK’s growing demand for scalable, high-performance energy storage in both on-grid and off-grid environments.
Designed for Power, Engineered for Safety
ING Mobility’s new XBE1000 cabinet is equipped with XING Mobility’s proprietary IMMERSIO™ immersion cooling battery system, offering flexible energy capacity from 200 to 1000 kWh and supporting both standalone and parallel cabinet configurations. The system’s 2P (double-rated) discharge capability delivers up to 4x the power of conventional air-cooled systems—ideal for applications such as renewable energy integration, EV fast-charging, and AI data center backup power.
By fully submerging battery cells in a dielectric coolant, IMMERSIO technology dramatically improves thermal management and operating stability. Field tests demonstrate the system’s thermal runaway suppression, capable of reducing internal temperatures by over 1,000°C in under 15 seconds, mitigating fire and propagation risks while extending battery lifespan by up to 2x.
Nordic Deployment Proof Points: Mobility and Versatility
At All-Energy 2025, XING Mobility is also showcasing a real-world deployment: the Hummingbird high-power mobile charger, developed by Norwegian energy provider Nordic Booster. Powered by XING’s immersion-cooled modules, Hummingbird delivers 300 kW of mobile fast-charging, providing a compact, resilient solution for remote or temporary energy needs. Compared to traditional LFP batteries limited to 0.5C discharge, IMMERSIO™ offers significantly higher power density and thermal resilience.
The company also highlights its 2.4 MWh immersion-cooled ESS installed at Taiwan Power Company’s offshore Changbin wind farm—the world’s first deployment of immersion-cooled batteries in a wind energy application—demonstrating commercial viability and safety in large-scale energy storage.
Supporting the UK’s Net-Zero Mission
As the UK accelerates its shift toward a net-zero energy future—expanding wind, solar, and hydrogen energy infrastructure—high-performance, safe, and flexible battery systems are becoming critical. Through its participation at All-Energy 2025, XING Mobility aims to deepen partnerships with UK stakeholders and contribute its proven battery innovation to the region’s energy transition.
