✔ Purpose-Built for Small and Medium-Sized Businesses — Specifically designed for the energy demands of garden centres, farm shops, schools, zoos, pubs, restaurants, micro-breweries, business parks, data centres, petrol stations, and solar car parks.
✔ CATL LFP Battery Cells — Market-Leading Cell Technology — Built around CATL lithium iron phosphate (LFP) cells, the industry benchmark for cycle life, thermal stability, and long-term performance reliability in commercial energy storage applications.
✔ Double Fire Suppression System — A dual-layer fire suppression system provides redundant protection against thermal events, meeting the rigorous safety standards demanded by commercial and public-facing installations.
✔ 1+1 Redundancy Design — Built-in redundancy ensures the system maintains operation even in the event of a component fault.
✔ Factory Pre-Installed — Minimal On-Site Installation Complexity — Arrives pre-assembled and pre-configured from the factory, significantly reducing on-site installation time, labour costs, and commissioning complexity.
✔ Integrated BMS and EMS — Intelligent Energy Management — Onboard battery management and energy management systems provide comprehensive monitoring, protection, and optimisation across a wide range of commercial application configurations.
✔ Cloud Control — Remote Monitoring and Management — Full cloud connectivity enables effortless remote system monitoring, performance analysis, and operational management from any location at any time.
✔ 100% Depth of Discharge — Maximum Usable Capacity — Full 100% DOD capability ensures every unit of stored energy is available for use, maximising return on investment and making full use of installed capacity.
✔ Scalable Architecture — Expand as Required — Modular design allows capacity to be expanded incrementally as energy demands grow, avoiding unnecessary upfront capital expenditure and allowing the system to scale in line with business requirements.
✔ Efficient HVAC Design — Energy-Saving Thermal Management — An optimised internal HVAC design maintains battery operating temperature within ideal parameters while minimising the energy consumed by the thermal management system itself.