1P12S 58Ah NMC Battery Module (VDA 355 Standard)

The 1P12S 58Ah NMC Battery Module is engineered based on the VDA 355 structural standard and equipped with high-performance 58Ah NMC prismatic cells. Designed for powertrain and high-load applications, the module delivers high energy density, robust mechanical strength, and excellent electrochemical stability.

With a nominal voltage of 44.4 V and a single-parallel configuration, the module provides high discharge capability and stable thermal behavior, ensuring reliable operation under continuous high-current loads. The module features integrated busbars, reinforced side plates, and precise cell spacing to maintain mechanical integrity and thermal uniformity.

This product supports series and parallel system expansion, making it suitable for EV, AGV, industrial equipment, and custom battery pack solutions.

Key Technical Features

• Configuration: 1P12S

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

• Standard Compliance: VDA 355 module dimension & structure

• Nominal Voltage: 44.4 V

• Nominal Capacity: 58Ah

• Energy: 2.57 kWh

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

• Continuous Discharge Capability: High-rate discharge support

• Thermal Management: Optimized spacing and aluminum structural design

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

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

• Scalability: Supports series/parallel expansion for high-voltage or high-capacity packs

Why Choose Our 1P12S 58Ah NMC Module?

Engineered for high performance and built to international standards, this module delivers the reliability, safety and power density demanded by modern electric mobility. Whether you are developing EV powertrains or designing advanced industrial equipment, our NMC solution ensures stable output, long service life, and seamless integration into your system.

Empower your innovation with a battery module designed for real-world performance.
Choose stability. Choose efficiency. Choose next-generation NMC power.