Stefan Rauscher
Papers
1
Total Citations
6
H-Index
1
About
Stefan Rauscher’s research focuses on the intersection of agricultural engineering, energy efficiency, and automation in dairy farming. His most-cited work, “Impacts of Divergent Moving Drives on Energy Efficiency and Performance of Various AMS in Operative Conditions” (2021), examines how different drive mechanisms in automatic milking systems (AMS) affect both energy consumption and operational performance. This study is particularly significant given the rising energy costs and increased mechanization in modern dairy farming, where electric energy is primarily consumed by milking and milk cooling processes. By analyzing the trade-offs between moving drive designs and system efficiency, Rauscher provides actionable insights for optimizing AMS to reduce energy footprints without compromising productivity. His work bridges practical farm management with sustainable engineering solutions, contributing to the broader goal of lowering the environmental and economic costs of dairy operations. With 6 citations, this paper serves as a foundational reference for researchers and practitioners seeking to improve energy performance in automated agricultural systems. Rauscher’s contributions are especially valuable for students and engineers exploring precision livestock farming and energy-conscious automation.
Research Focus
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Top Papers
- 1