PROJECT: MODUREP
Development and Design of Battery Modules with Replaceable Cells
in short
RESEARCH OBJEcTIVES
Objective 1
Develop modular and repair-friendly battery module designs that allow easy disassembly and replacement of individual cells.
Objective 2
Implement technologies such as ETA-Leveling to optimize charge and discharge processes within the module, improving efficiency and extending cell life.
Objective 3
Create prototypes, tools, and operational strategies for safe cell replacement while minimizing environmental footprint and supporting a circular economy.
Description
The Project in detail
The Challenge
Currently, defective battery cells often require the replacement of entire modules, resulting in increased resource consumption, higher costs, and elevated CO₂ emissions. The challenge is to design modules that enable easy repair and reuse of individual cells without compromising safety, stability, or performance, while integrating novel operational strategies to maintain cell balance and module efficiency.
PEM Motion’s Approach
PEM Motion contributes industrial expertise to the development of repairable modules, focusing on:
- Integration of modular and user-friendly designs for efficient cell replacement.
- Implementation of operational strategies to maintain battery performance and longevity, including ETA-Leveling techniques.
- Development of prototypes, tools, and methods for safe disassembly, repair, and certification of modules according to EU battery regulations.
By bridging research and industrial application, PEM Motion ensures that ModuRep delivers sustainable, competitive, and economically viable battery technologies.
In Collaboration WiTH
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