Fraunhofer EMI Develops Advanced Simulation Tool for Hydrogen Infrastructure Resilience
Researchers at the Fraunhofer Institute are creating a hydraulic simulation tool to enhance the resilience of hydrogen networks. This tool is vital for planning robust infrastructure to ensure stable energy supply amid various disruptions.
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The Fraunhofer Institute for High-Speed Dynamics is developing a hydraulic simulation tool aimed at improving the resilience of hydrogen infrastructure, essential for safeguarding energy supply. The tool utilizes numerical network modeling to analyze dynamic responses of hydrogen networks to disruptions, identifying vulnerabilities and assessing resilience.
Originally developed for natural gas networks under the EU's SecureGas project, the simulation method has been adapted for hydrogen, accounting for its unique physical properties. It provides insights into system behavior during extreme conditions, including the timeline for supply restoration. The advancement of resilient hydrogen infrastructure is crucial as a significant portion of Germany's hydrogen network will rely on repurposed natural gas pipelines, necessitating careful planning and adaptation.
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