Ford Mondeo Mk5 2.0 HEV High Voltage Hybrid Battery Cell HG98-10B759-CB

Ford Mondeo Mk5 2.0 HEV High Voltage Hybrid Battery Cell is an original high-voltage system component designed for Ford hybrid powertrains. As part of the Electric car batteries category, it serves as a key component for storing electrical energy in the hybrid system, ensuring stable drive operation and energy recovery. This used OEM part allows for a technically correct vehicle repair while maintaining the factory system design.

Specifications and technical data

• SKU: 2673933
• Mark: Ford
• Condition: Used
• OEM Part Number: 2673933
• Substitutable numbers: HG98-10B759-CB, HG9810B759CB, 2673933
• Part type: Drive Motor Battery
• Category: Batteries

Purpose and role in the hybrid system

The presented high-voltage cell module is dedicated to the hybrid system in the Ford Mondeo Mk5 2.0 HEV model. It is responsible for storing electrical energy used both to assist the internal combustion engine and to power the electric drive in hybrid driving modes.

This element works with the inverter, converter, and battery management system (BMS) to create a cohesive energy management system. A properly selected cell module allows for maintaining the correct operating parameters of the entire system, which translates into:

• stable operating voltage across a wide range of loads,
• repeatable charging and discharging characteristics,
• efficient use of regenerative braking.

Original origin and installation compatibility

As a Ford brand part from the OEM group, the cell module is structurally matched to the factory high-voltage battery pack used in the Mondeo Mk5 2.0 HEV. This means maintaining the original geometry, mounting points, and electrical connectors, which facilitates installation and reduces the risk of compatibility issues.

Thanks to the use of an original component, it is possible to maintain the consistency of electrical parameters throughout the entire pack, which is important for the operation of the battery management system (BMS) and for the even load distribution of individual modules. This solution is particularly beneficial for servicing vehicles used intensively, where the predictability of the hybrid system's behavior is important.

Characteristics of the used component

The module comes from the Electric car batteries category and is offered as a used part. Such components are often chosen in professional workshops as an economical alternative to new packs, while maintaining the manufacturer's original specifications. This allows for restoring the efficiency of the hybrid system without the need to interfere with the vehicle's construction.

In practice, installing a used cell module is particularly useful in situations where:

• it is necessary to replace a single battery segment instead of the entire pack,
• it is important to maintain the original electrical architecture of the vehicle,
• optimizing repair costs while maintaining OEM standards is a priority.

Benefits of using an original cell module

Using an original cell module in a Ford hybrid system translates into a number of practical benefits. The most important of these are:

• Consistency with the factory system design – maintaining the parameters specified by the vehicle manufacturer.
• Simplified diagnostics – controllers and diagnostic systems work with a component of known characteristics.
• Seamless integration with the existing pack – no need for installation adaptation or software modifications.

For workshops specializing in hybrid repairs, choosing original, used components is often an optimal compromise between costs and maintaining the manufacturer's technical standards.

Technical support and development of knowledge about used parts

If you are planning a comprehensive repair or upgrade of the electric drive area in your Ford and need other elements from the same group, such as battery modules, pack segments, or other energy storage components, check the available parts in the Ford electric car batteries category.

Choosing original components from dismantling is an approach that works not only for Ford. It is worth getting acquainted with a practical discussion of this service strategy using the example of another premium brand – this is described in detail in the article Servicing Porsche cars: how to reduce repair costs by choosing only original used parts?, showing how to consciously use used OEM parts while maintaining a high level of safety and reliability.