Barth M, Gutwald B, Russwurm E, Lavery M, Schwanninger R, März M, Franke J (2024)
Publication Type: Journal article
Publication year: 2024
Book Volume: 34
Pages Range: 61-70
Issue: 2
This paper proposes a simulation-based planning concept and a simulation architecture for the design of hybrid AC/DC grids, which have the potential to significantly contribute to the energy transition. The paper discusses the lack of knowledge for the design of these grids, and presents a simulation approach to efficiently design hybrid grids and analyze them based on an electrical simulation. The authors also address the need to include process-specific characteristics in the planning and analysis of the electrical network, which is why common simulation tools for production processes are included in the approach. This allows economical, ecological, safety-relevant and technical aspects to be integrated into the planning process. The proposed concept is further discussed and planned for validation on the basis of a demonstrator currently under construction.
APA:
Barth, M., Gutwald, B., Russwurm, E., Lavery, M., Schwanninger, R., März, M., & Franke, J. (2024). Holistic Concept for Simulation-based Planning and Design of Hybrid AC/DC Energy Grids for Production Systems. Simulation Notes Europe, 34, 61-70. https://doi.org/10.11128/sne.34.tn.10682
MLA:
Barth, Martin, et al. "Holistic Concept for Simulation-based Planning and Design of Hybrid AC/DC Energy Grids for Production Systems." Simulation Notes Europe 34 (2024): 61-70.
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