Reduce footprint and save on-site workload
Extended Battery Life: smart liquid cooling system supports optimal cell performance throughout its lifecycle, increasing battery system longevity
Lowered Costs: Thermal control strategies adapt to various operating conditions, reducing auxiliary power consumption and energy costs
Early Safety Alerts: Digital modelling technology ensures AI analysis throughout the cell's lifecycle to provide early warnings for cell safety
Comprehensive Monitoring: Multi-dimensional intelligent sensing system monitors cell, electrical and structural safety, ensuring proactive safety management
Robust Protection: Multi-level electrical protection and fire suppression design enhance overall system safety
Higher Energy Density: 30% increase in energy density and reduced space requirement compared with the air-cooling system
Modular Design: Easy to transport and install
Broad Compatibility: Compatible with multiple PCS (Power Conversion Systems) and EMS (Energy Management Systems)
Local Data AI Analysis: Engineering, commissioning and equipment diagnosis enhanced with AI-driven insights
Fault Response Support: On-site O&M backed by actionable fault response suggestions
