Contact Person : Rosa Liu

Phone Number : +86 18975107916

WhatsAPP : +8618975107916

14.8V 4S1P 195Ah NCM EV Battery Module for OEM NCM Lithium Battery Module Pack Integration

Contact Now

14.8V 4S1P 195Ah NCM EV Battery Module for OEM NCM Lithium Battery Module Pack Integration

Minimum Order Quantity :	2 Packs	Price :	Negotiable
Packaging Details :	Each battery is packed in a protective PE bag with foam cushioning and a strong export carton. Wooden cases or pallets are available for bulk orders.	Delivery Time :	25–35 Working Days
Supply Ability :	300 Packs per Month

Place of Origin:	Hunan,China	Brand Name:	Chalongfly
Certification:	UN38.3, MSDS	Model Number:	CLF-EVM-NCM-4S-174-195

Detail Information

Highlight:

14.8V NCM EV Battery Module

4S1P NCM Lithium Battery Module

195Ah NCM Traction Battery Module

Product Description

HIGH-CAPACITY NCM EV BATTERY MODULE

14.8V 4S1P NCM EV Battery Module

174Ah / 180Ah / 195Ah lithium-ion traction battery modules for electric vehicle battery pack integration.

14.8V Nominal Voltage

4S1P Module Architecture

195Ah Highest Advertised Capacity

High-Capacity Lithium-Ion Modules for EV Battery Systems

Chalongfly offers high-capacity NCM lithium-ion battery module solutions for electric vehicle traction battery development, OEM battery pack engineering and specialized electric mobility projects.

The featured 14.8V 4S1P battery module series includes advertised 174Ah, 180Ah and 195Ah capacity options, providing approximately 2.58kWh to 2.89kWh nominal energy per module.

These modules are intended for integration into professionally engineered battery systems with suitable BMS monitoring, electrical protection, mechanical retention and thermal management.

Three High-Capacity Module Options

Specification	174Ah	180Ah	195Ah
Nominal Voltage	14.8V	14.8V	14.8V
Rated Capacity	174Ah	180Ah	195Ah
Nominal Energy	2.575kWh	2.664kWh	2.886kWh
Chemistry	NCM	NCM	NCM
Module Design	4S1P	4S1P	4S1P

Energy values are calculated from nominal voltage and advertised capacity. Final model availability and capacity tolerances require verification.

Technical Specifications

Model Series	CLF-EVM-NCM-4S-174-195
Product Type	EV Traction Battery Module
Battery Chemistry	NCM / NMC Lithium-Ion
Nominal Voltage	14.8V
Advertised Configuration	4S1P
Capacity Options	174Ah / 180Ah / 195Ah
Nominal Energy	2575.2Wh / 2664Wh / 2886Wh
Charging Voltage	According to Approved Cell Specification
Continuous Current	To Be Confirmed
Peak Current	To Be Confirmed
Internal Resistance	Subject to Module Test Report
Cycle Life	According to Verified Test Conditions
BMS	External / Pack-Level Integration Required
Temperature Monitoring	According to Module Interface
Dimensions / Weight	According to Final Module Drawing
OEM Pack Integration	Available

4S1P Battery Module Architecture

The advertised 4S1P configuration connects four NCM cell groups in series with one parallel path, providing a nominal module voltage of 14.8V.

Multiple modules can be considered for higher-voltage traction battery systems, provided that the complete battery pack architecture has been validated.

Important Integration Requirement

Module voltage, cell capacity, internal resistance, operating condition and thermal characteristics must be matched before connecting modules into a complete battery pack.

External BMS and Electrical Protection Integration

A traction battery module requires suitable battery management and protection at the complete pack level. An integrated BMS is not assumed for this module.

Battery Management System

Monitor cell-group voltages and operating temperatures and manage system charging and discharging limits.

Current and Fault Protection

Integrate correctly rated fuses, contactors and current-monitoring components for the complete traction battery.

Mechanical Module Mounting

Evaluate module retention, vibration resistance, insulation, busbar clearances and enclosure mechanical strength.

Thermal Management

Provide the appropriate thermal monitoring and cooling strategy according to the selected battery module and vehicle duty cycle.

Module Quality and Batch Inspection

For EV battery module sourcing, actual module condition and production traceability are critical to successful battery pack integration.

Manufacturer identification and advertised battery grade should be verified against the supplied module labels and relevant supporting documents.

Original module label and manufacturer identification
Production batch and serial number traceability
Module open-circuit voltage inspection
Cell-group voltage consistency
Capacity test under agreed conditions
Internal resistance testing
Physical condition and terminal inspection
State-of-health assessment where applicable
Agreement on new, unused or previously operated module condition

Applications for NCM EV Battery Modules

EV Traction Battery Packs Module components for professionally engineered electric vehicle battery systems.	Specialized Electric Vehicles Battery integration projects requiring suitable traction energy capacity and system voltage.
OEM Battery Pack Manufacturing NCM modules for customized battery pack development and equipment integration.	EV Engineering Projects Battery module selection, validation and integration for technical development projects.

OEM and ODM Battery Pack Integration

Chalongfly supports OEM and ODM lithium battery pack integration using suitable NCM battery modules and approved electrical components.

Battery module selection and matching
Custom traction battery voltage and capacity
BMS and battery monitoring integration
High-voltage protection and pre-charge design
Power cables and signal wiring harnesses
Battery pack enclosure and module mounting
Thermal management integration
Inspection and acceptance testing
OEM product identification and technical documentation

Frequently Asked Questions

What capacity options are available?

The advertised 14.8V 4S1P NCM module series includes 174Ah, 180Ah and 195Ah capacity options. Actual model availability must be confirmed before ordering.

What is the energy capacity of each module?

At 14.8V nominal voltage, the 174Ah module provides 2.575kWh, the 180Ah module provides 2.664kWh and the 195Ah module provides 2.886kWh nominal energy.

What does 4S1P mean?

4S1P indicates four series-connected cell groups with one parallel path. The exact internal cell and terminal arrangement should be verified from the selected module drawing.

Is this an NCM or LiFePO4 battery?

The featured module is advertised as NCM/NMC lithium-ion. It is not a LiFePO4 module, and its charging requirements must be matched to the correct cell chemistry.

Does the module have a built-in BMS?

A built-in BMS is not assumed. Complete traction battery systems require appropriate external or pack-level battery management and electrical protection.

Are these original Grade A modules?

The supplier advertises Grade A modules. Manufacturer identification, production traceability, actual module condition and test results should be verified for the supplied batch.

Can several modules be connected into a larger EV battery pack?

Multi-module integration is possible with a validated battery pack architecture, suitable BMS, insulation, contactors, fuses, cables and thermal management.

Can the module directly replace an original vehicle battery?

Direct replacement is not guaranteed. Mechanical dimensions, terminal layout, electrical ratings, BMS interfaces and vehicle communication must be verified for the intended vehicle.

What current and cycle life are available?

Charge and discharge current limits and cycle life are determined by the approved module datasheet and defined operating conditions.

What information is needed for a quotation?

Please provide the required capacity, quantity, application, battery pack voltage, power demand, available installation dimensions, module condition requirements, destination country and certification requirements.

Request a 14.8V NCM EV Battery Module Quotation

Contact Chalongfly with your required 174Ah, 180Ah or 195Ah module configuration, project quantity, battery pack voltage, current requirements and application details. Our team can help evaluate module sourcing, inspection, battery matching, BMS integration, protective components and customized EV battery pack engineering.

Tag: