Complete portfolio of containerized BESS and energy storage solutions
Standard and high‑capacity battery storage containers with integrated thermal management, fire protection, and smart controls.
Compact and modular, ideal for C&I and small‑utility projects. Capacity up to 2.5 MWh, IP65 rating.
Utility‑scale solution with advanced thermal management. Supports 4‑6 MWh per unit, grid‑forming capability.
High‑density LFP battery racks with individual BMS, pre‑wired and tested for rapid container integration.
Built‑in HVAC units maintaining optimal temperature and humidity for battery longevity and safety.
Proprietary liquid‑cooled thermal management for optimal battery temperature, extending cycle life and maintaining peak efficiency.
Closed‑loop liquid cooling with coolant distribution to each battery module, achieving ±0.5°C temperature control.
Integrated chiller with variable speed compressors, providing efficient cooling for the entire container.
Pre‑assembled manifolds with flow meters and valves for even coolant distribution across all battery strings.
Distributed temperature sensors with real‑time feedback to the EMS for dynamic cooling adjustment.
Multi‑layer protection with aerosol, gas, and water‑mist systems. Certified to NFPA 855 and UL 9540A.
Condensed aerosol generators for total flooding protection – no toxic residues, safe for electronics.
Clean agent gas systems for rapid fire extinguishing without damage to electrical equipment.
High‑pressure water‑mist nozzles for cooling and fire suppression – minimal water damage, effective on thermal runaway.
Multi‑gas (CO, H2, CH4) and smoke detectors for early warning, integrated with the fire suppression control panel.
High‑efficiency Power Conversion Systems and Energy Management Software for grid services, peak shaving, and renewable firming.
Bi‑directional power conversion units with efficiency up to 98.5%, supporting grid‑forming and grid‑following modes.
Advanced energy management software with machine learning for load prediction, price arbitrage, and battery degradation optimization.
Per‑cell monitoring with active balancing, state‑of‑charge/health estimation, and safety protection.
Protection relays, transformers, and switchgear for safe grid connection, complying with grid codes.
End‑to‑end support from site assessment, system design, factory acceptance testing, to on‑site installation and remote handover.
Detailed site surveys, grid interconnection studies, and financial feasibility analysis for BESS projects.
Custom system design using 3D modelling, including container layout, electrical single‑line diagrams, and control architecture.
Rigorous testing of all components at our facility before shipment – including performance, safety, and communication tests.
Experienced engineers for on‑site installation supervision, commissioning, and operator training.