2P3S 117Ah VDA355 NMC Battery Module

CATEGORY AND TAGS:
Battery Module, NMC Battery Module, VDA Battery Module

2P3S 117Ah NMC battery module is an standard VDA355 lithium ion battery module with FPC solution which can maximises battery module stability and saves space. It has already certificated with MSDS, UN38.3 and Sea transportation Certification.

Shipping Terms
Packaging Details cartons , pallets or plywood cases
Shipping terms: EXW, FOB, CIF, DDU, DDP
Shipping way: By air, by sea, by land

Payment Terms
Retail Price/Wholesale Price Negotiable
Payment Terms T/T (Wire transfer)

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Specifications

Module Introduction

The 2P3S 117Ah NMC battery module is designed for EV battery pack integration where module standardization, stable electrical output, and scalable pack architecture are important. Based on a VDA355-standard module concept, this module is suitable for passenger EV platforms, light commercial vehicle battery systems, and custom vehicle electrification projects that require a compact and structured module foundation. Compared with direct cell integration, a module-based approach helps simplify pack design, electrical grouping, and system expansion.

Cell Foundation

This module is built from SVOLT CE1L4L36B-117Ah prismatic lithium-ion cells. According to the supplied product standard, the cell is a 117Ah 3.75V rechargeable NMC power battery designed for traction applications and controlled operating conditions.

Item	Value
Cell Manufacturer	SVOLT
Cell Model	`CE1L4L36B-117Ah`
Cell Type	Prismatic Li-ion Cell
Chemistry	NMC
Nominal Capacity	`>=117Ah` at `1/3C`
Nominal Energy	`>=438.7Wh` at `1/3C`
Nominal Voltage	`3.75V`
Standard Voltage Range	`2.8V-4.4V`
Low-Temperature Voltage Range	`2.5V-4.4V` when `-20C < T <= 0C`
Extreme Low-Temperature Voltage Range	`2.1V-4.4V` when `-30C <= T <= -20C`
ACR (1kHz)	`<=0.4 mOhm`
DCR	`<=0.8 mOhm`
Outgoing Voltage	`3.970 +/- 0.010V`
Max Continuous Charge Current	`228A`
Standard Charge Current	`39A`
Max Continuous Discharge Current	`228A`
Peak Discharge Current (30s)	`669A`
Peak Discharge Current (10s)	`917A`
Charge Temperature	`-20C to 55C`
Discharge Temperature	`-30C to 55C`
Cycle Life	`>=1400 cycles`
Recommended SOC Range	`10% to 95%`
Cell Weight	`1805 +/- 30g`
Energy Density	`>=240Wh/kg` at `1/3C`
Discharge Power @ 25C	`>=2700W`

Derived Module Parameters

Based on a 2P3S configuration, the module uses six 117Ah NMC prismatic cells, with two cells connected in parallel and three groups connected in series. The following module values are derived directly from the supplied cell specification and the 2P3S electrical configuration.

Item	Value
Module Configuration	`2P3S`
Cell Quantity	`6`
Module Standard Positioning	`VDA355-oriented`
Nominal Capacity	`234Ah`
Nominal Voltage	`11.25V`
Estimated Nominal Energy	`Approx. 2.63kWh`
Standard Operating Voltage Range	`8.4V-13.2V`
Low-Temperature Voltage Range	`7.5V-13.2V` when `-20C < T <= 0C`
Extreme Low-Temperature Voltage Range	`6.3V-13.2V` when `-30C <= T <= -20C`
Max Continuous Charge Current	`456A`
Standard Charge Current	`78A`
Max Continuous Discharge Current	`456A`
Peak Discharge Current (30s)	`1338A`
Peak Discharge Current (10s)	`1834A`
Charge Temperature	`-20C to 55C`
Discharge Temperature	`-30C to 55C`
Recommended SOC Range	`10% to 95%`
Estimated Cell-Only Weight	`Approx. 10.83kg`
Estimated Minimum Energy	`Approx. 2.53kWh` at `114Ah` basis

Applications

Application Area	Description
Passenger EV Battery Packs	Suitable for EV battery systems that require compact NMC module architecture and strong discharge capability
Light Commercial Vehicles	Supports electrification projects that need standardized module planning and scalable pack integration
Medium Commercial Vehicles	Can be used in modular battery development for higher-demand vehicle platforms
Custom Battery Enclosures	Suitable for projects that benefit from VDA355-style module packaging logic
Traction Battery Platforms	Practical for prototype, development-stage, and modular vehicle battery systems

LYTH focuses on turning battery cells into practical module and PACK solutions for real vehicle and energy projects. Beyond supplying battery products, we support customers with module configuration planning, structure matching, application-oriented development, and follow-up PACK integration based on project requirements. If you are looking for a VDA355-standard NMC battery module for EV battery systems, LYTH can support your project from cell selection to module design and scalable system cooperation.

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