3P4S 58Ah NMC Battery Module – VDA 355 Standard, High-Performance & Scalable

The 3P4S 58Ah NMC Battery Module is engineered according to VDA 355 structural standards, integrating three parallel strings of four series 58Ah NMC prismatic cells. With a nominal voltage of 14.8 V per string and combined capacity of 174Ah, this module delivers high energy density, robust mechanical strength, and excellent thermal stability.

Optimized for EVs, AGVs, industrial equipment, and custom battery pack solutions, the module supports series and parallel expansion for scalable high-voltage or high-capacity systems. The design features reinforced side plates, integrated busbars, precise cell spacing, and advanced safety protections, ensuring reliable operation under continuous load and long cycle life.

Built for stability, safety, and performance, the 3P4S module is ideal for applications demanding redundancy, high current capability, and thermal uniformity.

Key Technical Features

• Configuration: 3P4S

• Cell Type: High-performance 58Ah NMC prismatic cells

• Standard Compliance: VDA 355 module dimensions & structure

• Nominal Voltage: 14.8 V per string

• Nominal Capacity: 174Ah (3P)

• Energy: 2.57 kWh per module

• Cycle Life: ≥ 2000 cycles (80% SOH, typical conditions)

• Continuous Discharge Capability: High-rate discharge support

• Thermal Management: Optimized spacing, aluminum structural design

• Mechanical Design: High-strength frame, vibration-resistant

• Safety: Multiple protection design; compatible with advanced BMS systems

• Scalability: Supports series/parallel expansion for higher voltage/capacity packs

Why Choose Our 3P4S 58Ah NMC Module?
Engineered for reliable, high-performance operation, this module offers redundancy, stability, and long service life. Perfect for EV powertrains, AGVs, industrial machinery, and custom energy storage solutions, it ensures seamless integration and consistent output even under demanding conditions.

Empower your projects with a battery module built for real-world performance.
Choose reliability. Choose safety. Choose next-generation NMC power.