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14.8V 153Ah 2.26kWh NCM EV Battery Module for Electric Vehicle Lithium Ion Battery Module Packs

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14.8V 153Ah 2.26kWh NCM EV Battery Module for Electric Vehicle Lithium Ion Battery Module Packs

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 :	2,000 Pieces per Month

Place of Origin:	Hunan,China	Brand Name:	Chalongfly
Certification:	UN38.3, MSDS	Model Number:	CLF-EVM-NCM-148-153

Detail Information

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14.8V EV Battery Module

153Ah NCM Battery Module

2.26kWh Lithium Ion Battery Module

Product Description

ELECTRIC VEHICLE BATTERY MODULE

14.8V 153Ah NCM Lithium-Ion EV Battery Module

2.26kWh nominal energy module for electric vehicle traction battery integration and custom lithium battery pack engineering.

14.8V Nominal Voltage

153Ah Rated Capacity

2.26kWh Nominal Energy

High-Capacity NCM Battery Module for EV Applications

The Chalongfly 14.8V 153Ah NCM lithium-ion battery module is offered as a reference platform for electric vehicle battery integration and custom traction battery system projects.

With approximately 2.26kWh of nominal stored energy per module, it can be evaluated for applications that require multiple battery modules connected within a professionally engineered battery pack.

Final module configuration, electrical ratings, physical dimensions, battery condition and monitoring interfaces are confirmed according to the selected module and approved technical specification.

Technical Specifications

Model	CLF-EVM-NCM-148-153
Product Type	EV Lithium-Ion Battery Module
Battery Chemistry	NCM / NMC Lithium-Ion
Nominal Voltage	14.8V
Rated Capacity	153Ah
Nominal Energy	2264.4Wh / 2.264kWh
Advertised Configuration	4S3P - Subject to Module Verification
Nominal Cell Voltage	3.7V Reference
Continuous Discharge Current	According to Approved Datasheet
Peak Discharge Current	To Be Confirmed
Charging Limits	According to Approved Cell Specification
Cycle Life	Subject to Verified Test Conditions
BMS	External Pack-Level BMS Integration Required
Temperature Monitoring	According to Actual Module Interface
Dimensions and Weight	Subject to Final Module Drawing
OEM Integration	Available for Battery Pack Projects

2.26kWh Nominal Energy per Module

14.8V × 153Ah = 2,264.4Wh Nominal Module Energy

The module's energy rating describes its nominal stored electrical energy. Larger battery systems require an appropriate number of modules arranged within an approved series or parallel configuration.

Complete battery pack energy, usable capacity, output voltage, current capability and safety architecture must be evaluated as a system rather than inferred from a single module.

NCM Lithium-Ion Battery Technology

NCM, also known as NMC, is a lithium-ion cathode chemistry used in many traction battery applications.

NCM battery modules are selected according to required energy capacity, power capability, packaging space, operating temperature, cost and complete battery system requirements.

Cell quality, thermal performance, current ratings and cycle life depend on the exact cell model and operating conditions. The approved technical datasheet determines the limits for a specific battery module.

Modular EV Battery Pack Integration

Multiple battery modules may be integrated into a complete electric vehicle traction battery system after engineering validation.

System Voltage Engineering

Module series arrangement determines the nominal battery pack voltage. The complete charge and discharge voltage range must match the vehicle power electronics.

Battery Management Integration

A suitable BMS is required to monitor cell groups, manage operating limits, coordinate contactors and support safe battery pack operation.

Electrical Protection

Fuses, contactors, suitable conductors, insulation and pre-charge equipment are selected according to the battery pack architecture.

Mechanical and Thermal Design

Module retention, electrical insulation, vibration resistance, thermal monitoring and cooling requirements are evaluated for the intended vehicle installation.

Module Inspection and Quality Requirements

Battery module inspection and acceptance criteria are important for EV battery integration, particularly when modules are sourced from different production batches.

Module identification and traceability
Nominal voltage and open-circuit voltage inspection
Capacity testing under agreed conditions
Internal resistance inspection
Cell group voltage consistency
Terminal and enclosure visual inspection
Temperature sensor and monitoring interface verification
Battery condition and state-of-health assessment where applicable

The exact inspection scope and acceptance limits are agreed according to the selected module, purchase quantity and application.

EV Battery Module Applications

EV Traction Battery Packs Battery modules for professionally engineered electric vehicle traction systems.	Automotive Battery Engineering Reference battery modules for electrical integration, testing and pack development.
Specialized Electric Vehicles Custom traction battery system projects requiring suitable voltage and capacity configurations.	EV Battery Retrofit Projects Module-level integration projects subject to vehicle compatibility and safety validation.

OEM and ODM EV Battery Pack Solutions

Chalongfly provides battery pack integration support for OEM and ODM electric mobility projects.

Engineering services can cover module selection, complete battery pack architecture, battery management, electrical protection, harnesses, enclosure design and system integration.

Battery module specification selection
Custom pack voltage and capacity design
BMS and monitoring system integration
High-voltage protection architecture
Battery cable and signal harness design
Mechanical mounting and enclosure design
Thermal management integration
Testing and inspection requirements
OEM packaging and documentation

Frequently Asked Questions

What is the nominal energy of one 14.8V 153Ah module?

One module provides approximately 2.264kWh of nominal energy, calculated from 14.8V multiplied by 153Ah.

Is this an NCM or LiFePO4 battery?

The featured module uses NCM/NMC lithium-ion chemistry. It should not be confused with a LiFePO4 battery, which has a different nominal cell voltage and charging profile.

Does one module provide 49kWh of energy?

No. A single 14.8V 153Ah module provides approximately 2.26kWh. Larger vehicle battery packs require multiple modules arranged in an approved electrical configuration.

Does this module include a BMS?

An integrated BMS is not assumed. A suitable external or pack-level battery management system must be selected and verified for the complete battery pack.

Can the module replace a Nissan Leaf battery directly?

Direct vehicle compatibility is not guaranteed. Module dimensions, electrical connections, battery management, vehicle control communication and pack architecture must be checked by a qualified integrator.

What is the maximum discharge current?

The continuous and peak discharge ratings must be confirmed from the approved module datasheet, including temperature and duration conditions.

Can several modules be connected together?

Multi-module integration is possible only within a validated battery pack architecture with appropriate BMS monitoring, electrical protection, insulation and thermal management.

Are the modules brand new?

Module condition, production batch, traceability and inspection requirements must be confirmed in the approved quotation and acceptance documentation.

Can Chalongfly provide a complete EV battery pack?

Chalongfly supports custom EV battery pack integration, including module selection, BMS, wiring, protective components, enclosure design and technical configuration according to project requirements.

What information is needed for a quotation?

Please provide the required quantity, battery application, target voltage, energy capacity, charge and discharge power, available installation space, module condition requirements, destination country and certification requirements.

Request an EV Battery Module or Custom Battery Pack Quotation

Contact Chalongfly with your target battery voltage, capacity, current requirements, module quantity, available dimensions and application details. Our team can help evaluate the 14.8V 153Ah NCM module and the corresponding BMS, electrical protection, mechanical mounting and complete EV battery pack integration requirements.

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