Second Life Power

The transportation and mobility sectors heavily rely on batteries, which are typically recycled after their first use. However, the potential for second-life applications of these batteries is often overlooked due to various technical and economic challenges. This project aims to develop a technical demonstrator that addresses these challenges and showcases the feasibility of second-life battery use, thereby contributing to the circular economy.

Objectives:

1. Technical Concept Development:

   • Identify and analyze the technical barriers to second-life battery applications, including capacity retention, cell chemistry, suitability, and criticality assessment.

   • Develop a technical concept for a demonstrator that addresses these barriers and showcases the feasibility of second-life battery use.

2. Economic Concept Development:

   • Evaluate the economic aspects of second-life battery applications, including cost-benefit analysis and market potential.

   • Develop a comprehensive economic concept that supports the technical demonstrator and promotes the adoption of second-life batteries.

Approach:

1. Research and Analysis:

   • Conduct thorough research on the current state of battery recycling and second-life applications.

   • Analyze technical challenges and identify potential solutions through collaboration with industry experts and stakeholders.

2. Technical Demonstrator:

   • Design and develop a technical demonstrator that showcases the feasibility of second-life battery applications.

   • Test and validate the demonstrator to ensure it meets technical requirements and addresses identified challenges.

3. Economic Evaluation:

   • Perform a detailed economic analysis to assess the viability of second-life battery applications.

   • Develop a business model that supports the adoption of second-life batteries and promotes their use in various sectors.

Expected Outcomes:

• A functional technical demonstrator that addresses key technical challenges and showcases the feasibility of second-life battery applications.

• A comprehensive economic concept that supports the technical demonstrator and promotes the adoption of second-life batteries.

Conclusion: The Circular Economy Demonstrator for Battery Technology project aims to address the technical and economic challenges of second-life battery applications. By developing a technical demonstrator and a comprehensive economic concept, the project will promote the reuse of batteries and contribute to the circular economy.