PST 19.2 kWh Li-ion EV Battery Pack
High-Voltage Battery System for Electric Vehicles
Product Overview
The PST 96V 200Ah Lithium Battery Pack is a high-capacity, high-voltage energy solution designed specifically for electric vehicle (EV) applications. Built with advanced LiFePO4 prismatic cells, this battery delivers high power output, extended driving range, and superior safety, making it ideal for modern EV platforms.
Engineered for durability and efficiency, the system ensures stable voltage, high discharge capability, and long cycle life, supporting demanding EV operations with consistent performance.
Key Features
- High Energy Capacity: 19.2 kWh for extended driving range
- High Voltage Platform: 96V system for efficient power delivery
- High Discharge Capability: Supports up to 200A (1C) for strong acceleration
- Fast Charging Support: 0.5C (100A) charging reduces downtime
- Long Cycle Life: ≥3000 cycles for long-term usage
- Advanced BMS: Integrated protection with CAN/RS485/BT communication (optional)
- Rugged Design: IP55 rated for protection against dust and water
- Maintenance-Free: No servicing required
Technical Specifications
- Model: PST-19.2 kWh
- Nominal Voltage: 96V
- Operating Voltage Range: 84V – 108V
- Capacity: 200Ah
- Energy: 19.2 kWh
- Battery Chemistry: LiFePO4
- Cell Type: Prismatic
Applications
- Electric Cars
- Electric Cargo Vehicles
- Utility EVs
- High-Power EV Platforms
Benefits
- Extended Driving Range: High energy capacity improves vehicle autonomy
- Strong Performance: High discharge current supports acceleration and load demand
- Reduced Charging Time: Fast charging improves vehicle availability
- Low Operating Cost: Long life and high efficiency reduce overall cost
- Enhanced Safety: LiFePO4 chemistry ensures thermal and operational stability
Why Choose PST for EV?
PST lithium battery systems are engineered to deliver reliable, high-performance energy solutions for electric vehicles. With robust design, advanced BMS, and high-quality cells, they ensure long life, safety, and efficiency for next-generation mobility.
