Beverungen Daniel, Klör Benjamin, Bräuer Sebastian, Monhof Markus
Research article in edited proceedings (conference) | Peer reviewedThe diffusion of electric mobility suffers from an immature and expensive battery technology. Reusing electric vehicle batteries (EVBs) is a prospective opportunity for lowering the total costs of ownership of electric vehicles and using scarce natural resources more efficiently. However, to determine how to reuse a battery is a complex decision problem. In this study we set out to develop a design theory for a class of decision support systems (DSS) that implement two main functions: First, a consideration set of feasible reuse scenarios is compiled based on an assessment of a battery's structure and condition. Second, an offering is configured based on bundling batteries with customized services. We conclude with an outlook to our ongoing design science project that will, amongst others, explore to what extent systems instantiated from the design theory can remedy adverse effects caused by the ‘lemon market' properties of the second-hand battery market.
| Beverungen, Daniel | |
| Bräuer, Sebastian Alexander | |
| Klör, Benjamin | |
| Monhof, Markus |
Duration: 01/12/2013 - 31/03/2015 | 1st Funding period Funded by: Federal Ministry of Research, Technology and Space Type of project: Participation in federally funded joint project |