Complete ecosystem for industrial storage, battery packs, and C&I solutions
High‑density liquid‑cooled battery cabinets with precise thermal regulation – ideal for industrial peak shaving and backup, up to 2MWh per unit
Direct liquid immersion cooling for maximum heat dissipation, enabling higher C‑rates and extended cycle life – up to 1MWh per module.
Efficient cold‑plate cooling for rack‑mounted batteries, reducing temperature gradients and improving pack uniformity – ideal for high‑power applications.
20ft/40ft containerised solutions with integrated liquid cooling, fire suppression, and EMS – 500kWh to 5MWh for utility and industrial storage.
Advanced chiller units and coolant distribution systems for precise temperature control, ensuring battery safety and performance in extreme climates.
Cost‑effective forced‑air cooling systems for smaller sites and distributed storage – scalable from 50kWh to 500kWh
IP54/IP65 rated outdoor cabinets with forced‑air cooling, LFP batteries, and integrated BMS – 50‑500kWh for commercial and industrial use.
Scalable rack systems with individual fan cooling per module – easy expansion and hot‑swappable for distributed storage sites.
Intelligent fan speed control based on battery temperature and load – reduces parasitic loss and extends fan life.
Cloud‑based monitoring of fan status, temperature profiles, and predictive maintenance alerts for air‑cooled BESS.
Turnkey outdoor cabinets and container solutions – integrated with battery racks, HV boxes, fire systems, and HVAC
Weatherproof cabinets with thermal insulation, integrated battery racks, and optional HVAC – ideal for harsh outdoor telecom and industrial sites.
Compact 20ft container with up to 500kWh capacity, pre‑wired with BMS, fire suppression, and liquid/air cooling options – ready for site connection.
High‑voltage DC distribution box (up to 1500V) with fused inputs, surge protection, and monitoring – integrated inside the cabinet.
Integrated aerosol or gas‑based fire suppression systems, with thermal runaway detection – compliant with UL 9540A and local regulations.
High‑voltage LFP battery packs, clusters (up to 1500V), and rugged battery racks with integrated BMS
LiFePO4 battery packs with built‑in cell balancing, temperature sensors, and CAN communication – 48V and 380V options.
Series‑parallel cluster configuration for high‑voltage DC bus – scalable from 100kWh to MWh, with cluster‑level BMS and isolation monitoring.
Industrial‑grade racks for battery clusters – seismic rated, powder‑coated steel, with cable management and modular shelving.
Distributed BMS with cell‑level monitoring, SOC/SOH estimation, and balancing – supports Modbus, CAN, and Ethernet.
Multi‑layer fire suppression (aerosol, gas, water‑mist) and advanced thermal management for battery longevity and safety
Condensed aerosol generators that suppress fires without damaging equipment – ideal for battery enclosures and cabinets.
Inert gas (N₂, Ar) or chemical gas (HFC‑227ea) systems for total flooding protection in containerised BESS – fast and safe.
Multi‑sensor detection (gas, temperature, smoke) for early warning of thermal runaway – integrated with BMS and fire panel.
Phase‑change materials (PCM) and thermal insulation layers to maintain battery temperature without active cooling – for off‑grid and remote sites.
Complete commercial and industrial storage systems – integrated, distributed, and customisable for peak shaving, load shifting, and backup
Pre‑engineered DC‑coupled system combining solar, battery, and inverter – for new C&I sites, reducing installation time by 40%.
Modular, scalable storage nodes for multi‑site aggregation – each node 50‑200kWh, centrally managed via cloud EMS.
Energy management system with AI‑based load forecasting, tariff optimisation, and demand‑charge reduction – reduces OPEX by up to 25%.
Energy‑as‑a‑Service models – we finance, install, and operate your C&I storage with guaranteed performance and transparent OPEX.