Hydrogen Supply Networks‘ Evolution for Air Transport

Development of hydrogen supply networks for H2-powered aviation and its integration into renewable energy systems

Subject area 1: Renewable energy systems

From the perspective of the energy system, the production of green H2 is an issue of supraregional importance.

In the context of the global energy system, the energy demand for air travel is of secondary importance. However, this does not apply to the immediate surrounding region of an airport. In a future sector-coupled energy system, an airport represents a significant energy consumer with a significant demand for renewable energy on a regional level.

In this subproject, both regional and transregional interactions of H2 supply from the energy system are considered using energy system analysis methods. It is the goal to generate meaningfull results on opportunities and challenges for the supply of H2 for aviation given the close connection of a broader energy system and aviation fuel supply.

Subject area 2: LH2 supply chains

Reliable, economical, and environmentally friendly supply of LH2 to airports requires optimised, most efficient supply chains.

The modeling of H2 supply chains considers the relevant components for H2 production, compression and liquefaction as well as transport and storage. Optimal supply networks are derived based on the H2 demands at the airports taking into account geographics and techno-economic aspects.  For this purpose, mathematical optimization models are developed and applied on different geographical regions and time scales.

Subject area 3: Flight networks

While production and LH2 supply depend on regional and global energy systems, flight networks have to be considered to analyse future demands of H2 at individual airports.

In the sub-goal “Network planning for H2 aviation” the influence of the LH2 supply for varying prices at different airports is investigated from an air traffic network perspective. With the help of mathematical optimization models market penetration of H2 aircraft are determined given the results of subject area one and two. Thus, the effect on airline networks and route planning for H2 aviation are defined.

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Economic impacts of power-to-liquid fuels in aviation: A general equilibrium analysis of produc-tion and utilization in Germany

Green hydrogen is a promising energy carrier to decarbonize the air transportation system and offers different application options. The use of liquid hydrogen (LH2) requires extensive changes to the existing infrastructure and is therefore more realistic in the long-term. However, hydrogen can also be utilized to produce synthetic fuels, so-called Power-to-Liquid (PtL) fuels which allow…

Second HyNEAT Advisory Board Workshop in Munich

Last week, the second industry advisory board workshop for our research project, HyNEAT, took place in Munich at the TUM Faculty Club. The HyNEAT project investigates future hydrogen (H2) supply networks focusing on integration into renewable energy systems, liquid hydrogen (LH2) supply chains, and future flight networks. In small groups, we discussed the first project…

Status Quo Analysis of German Airports Regarding Fuel Infrastructure and Hydrogen Development Opportunities

In order to understand how the future supply of liquid hydrogen (LH2) for airports could work, it is essential to understand the organisation and structure of the current fuel infrastructure. For this reason, we initiated and accompanied a study on this topic in the HyNEAT project, which was carried out by the Pro Aviation Consult…