Grade A LiFePO4 prismatic cells (3.2V/314Ah) with liquid-cooled thermal management for optimal cell temperature uniformity (±2°C across all cells). 6000+ cycles at 80% DoD. Multi-layer BMS with cell-level monitoring, insulation detection, and arc-fault protection. Dual redundant coolant pumps. 5-year warranty. Certified: CE, UN38.3, RoHS, IEC62619. Recommended for high-power and high-ambient-temperature installations.
Features & Advantages
- Advanced liquid cooling - maintains cell temperature within ±2°C for maximum cycle life
- Higher power density - supports higher C-rates than air-cooled equivalents
- 6000+ cycle lifespan (80% DoD) with active cell balancing
- High-voltage DC bus for efficient power transmission
- Sealed cabinet - suitable for indoor and semi-outdoor installation
- Intelligent BMS with fault prediction and remote diagnostics
- Liquid-to-air heat exchanger with redundant circulation pumps
- Compatible with major PCS brands via CAN/RS485/Modbus TCP
- Remote cloud monitoring platform with data analytics dashboard
- Pre-filled and pressure-tested coolant loop - zero maintenance
- Grid-tied, off-grid, and hybrid operation modes supported
Material & Design
- Cells: Grade A LiFePO4 prismatic 3.2V/314Ah with liquid-cooled cold plates
- Coolant: Water-glycol mixture, pre-filled and sealed
- Enclosure: Heavy-duty steel with thermal insulation and acoustic damping
- Fire Safety: Aerosol fire suppression + fusible-link automatic discharge
- Display: 10-inch HMI touchscreen with thermal management dashboard
- Communication: CAN, RS485, Ethernet (Modbus TCP), optional 4G
- Cell QC - 100% inspection; IR and capacity matching (±1%)
- Module Assembly - Cells bonded to liquid-cooled cold plates with thermal interface material
- Coolant Loop - Cooling plates connected; loop pressure tested at 2× operating pressure
- BMS Integration - Central BMS with coolant temperature, flow, and cell temp sensors
- System Assembly - Modules into cabinet; coolant filled, purged, and sealed
- Fire Suppression - Aerosol fire system installed with smoke/heat detectors
- 72-Hour Burn-In - Full-power cycling with continuous temperature logging
- Thermal Survey - Full IR scan at rated power to validate coolant performance
- EOL Test - Protection features, comms, pressure/flow alarms verified
- Final QC - Visual, dimensional, labeling, and packaging inspection
FAQ
Q: Can the system help reduce carbon footprint for my company?
A: Yes, by storing renewable energy and reducing grid reliance, carbon emissions are significantly lowered.
Q: How reliable is the system for 24/7 operations?
A: Our commercial batteries are designed for continuous operation with high reliability and minimal downtime.
Q: What is the installation timeline for commercial battery solutions?
A: Most systems can be installed within 1–3 days, depending on size and site conditions.
Q: How are software updates and firmware upgrades handled?
A: Updates are pushed remotely and can be scheduled to minimize operational disruption.
Q: Can the system be integrated with demand response programs?
A: Yes, it can participate in demand response to optimize energy costs and support the grid.
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