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The purpose of this paper is to present an applicable approach for the valuation of in-plant logistics efficiency. Therefore, we developed a time-based efficiency concept that considers all relevant time losses when executing production logistics processes. The occurring delays are captured in real-time using modern auto-ID-technologies. For the valuation and improvement of in-plant logistics efficiency, we propose to use simulation modelling to investigate the cause-effect relations in the production system in advance. Thus, a discrete event simulation model has been constructed to model the workflow of a production system with discrete manufacturing processes and its in-plant logistics processes. The aim of the provided simulation study is to prove the functionality and to verify the applicability of the current approach in business practice.

This paper aims to outline appropriate measures for generating positive effects resulting from the synergy-oriented management of freight villages (FVs). An exploratory study was conducted to investigate the development and management of FVs in Germany. This paper provides an overview of the most important empirical results regarding the development and synergy-oriented operation of FVs. Furthermore, it identifies the need for comprehensive and well-coordinated management to increase synergy for the companies involved. In conclusion, the most crucial implications for FV management are highlighted. Our recommendations for action, if implemented, could lead to greater efficiency and lower costs due to improved logistical performance.