The following results were achieved:
- Establishment of an innovative, universal test infrastructure for electrochemical storage systems and peripheral components for electrochemical and chemical characterisation and analysis.
- Based on the electrochemical cells tested for application-specific requirements and validated for use, a new kind of modular energy storage concept was developed and created that can be used for practically all voltage ranges and can be interconnected.
- Compared to individual, applicationspecific developments, an economic advantage is in particular achieved when interconnecting modules up to 400V.
- Unique integration of the specifically developed peripheral components, such as the battery management system (BMS), the various cooling concepts and the modular communication system.
- A new form of development of a modular concept for the highly varied levels of electrification in the field of electromobility: the »high-power« version for hybrid drive systems and the »highenergy« version for fully electric types.
- Through the development of innovative processes it was possible to demonstrate that the module could be economically produced for new niche markets with small unit numbers.