Battery pack
Energy Storage Battery Pack & System Integration
Based on 314Ah+ large-capacity lithium iron phosphate (LFP) cells, Fusshia Battery develops upstream modules, battery packs, and cabinet/container systems, focusing on core technologies such as thermal safety prevention & control, high-voltage platform integration, flexible structural design, and full-scenario adaptability, providing customers with plug-and-play energy storage solutions.
Core Advantages
Ultra-Long Life, Stable & Reliable: 0.5C charge/discharge for ≥8,000 cycles, calendar life ≥15 years, with gradual capacity fade.
Intelligent Thermal Management, Precise Temperature Control: Cells always operate within the optimal range of 10°C–35°C, with a temperature difference ≤5°C within the same pack.
Standardized Design, Easy Integration & Installation: Standardized mounting holes at the four bottom corners, compatible with mainstream PCS equipment.
High Protection Rating, Strong Environmental Adaptability: Temporary waterproofing to 2 meters depth for 30 minutes, suitable for special scenarios such as flooding, underground installations, and shipboard applications.
Multi-Layered Safety Protection: Built-in intelligent BMS with short-circuit response time <10ms, full-dimensional protection, real-time cell status monitoring, and fault alarm support.
Full Lifecycle Service, Worry-Free After-Sales: A dedicated team supports project implementation, operation, and maintenance.
Battery Pack Product Platform
| Product Level | Voltage / Capacity Range | Core Features |
| Storage Module / PACK | 24V ~ 768V customizable series/parallel connection | Flexibly adapts to different power requirements, supports multi-cluster parallel connection |
| Commercial & Industrial Storage Cabinet / Skid | 10kW / 20kWh ~ 500kW / 1MWh | Integrated outdoor design, plug-and-play |
| Large Container System | 20ft / 40ft standard containers, 5MWh+ / 10MWh+ | Utility-grade high energy density, prefabricated transport-ready design |
System-Level Performance Validation
| Test Item | Coverage Content |
| Electrochemical Performance | Charge/discharge efficiency, rate capability, DCR (DC internal resistance) |
| Thermal Performance | Temperature rise distribution, thermal runaway trigger threshold |
| Safety Tests | Overcharge, short circuit, crush, fire exposure |
| Cycle Life | Cycling at room temperature / high temperature, EOL (End-of-Life) prediction |
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