Mapping local green hydrogen cost-potentials by a multidisciplinary approach

Ishmam, S.; Heinrichs, H.; Winkler, C.; Bayat, B.; Lahnaoui, A.; Agbo, S.; Pena Sanchez, E.U.; Franzmann, D.; Oijeabou, N.; Koerner, C.; Michael, Y.; Oloruntoba, B.; Montzka, C.; Vereecken, H.; Hendricks Franssen, H.; Brendt, J.; Brauner, S.; Kuckshinrichs, W.; Venghaus, S.; Kone, D.; Korgo, B.; Ogunjobi, K.; Chiteculo, V.; Olwoch, J.; Getenga, Z.; Linßen, J.; Stolten, D.

doi:10.1016/j.ijhydene.2024.08.501

International Journal of Hydrogen Energy

2024

DOI: 10.1016/j.ijhydene.2024.08.501

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Mapping local green hydrogen cost-potentials by a multidisciplinary approach

S. Ishmam,

H. Heinrichs,

C. Winkler

et al.

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Cited by 2 publications

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Higher Onshore Wind Energy Potentials Revealed by Kilometer‐Scale Atmospheric Modeling

Chen,

Goergen,

Hendricks Franssen

et al. 2024

Geophysical Research Letters

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Reliable and highly resolved information about onshore wind energy potential (WEP) is essential for expanding renewable energy to eventually achieve carbon neutrality. In this pilot study, simulated 60 m wind speeds (ws60m) from a km‐scale, convection‐permitting 3.3 km‐resolution ICON‐LAM simulation and often‐used 31 km‐resolution ERA5 reanalysis are evaluated at 18 weather masts. The estimated ICON‐LAM and ERA5 WEPs are then compared using an innovative approach with 1.8 million eligible wind turbine placements over southern Africa. Results show ERA5 underestimates ws60m with a Mean Error (ME) of −1.8 m s−1 (−27%). In contrast, ICON‐LAM shows a ME of −0.1 m s−1 (−1.8%), resulting in a much higher average WEP by 48% compared to ERA5. A combined Global Wind Atlas‐ERA5 product reduces the ws60m underestimation of ERA5 to −0.3 m s−1 (−4.7%), but shows a similar average WEP compared to ERA5 resulting from the WEP spatial heterogeneity.

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Higher Onshore Wind Energy Potentials Revealed by Kilometer‐Scale Atmospheric Modeling

Chen,

Goergen,

Hendricks Franssen

et al. 2024

Geophysical Research Letters

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Green Hydrogen—Production and Storage Methods: Current Status and Future Directions

Chirosca,

Rusu,

Minzu

2024

Energies

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Green hydrogen has become a central topic in discussions about the global energy transition, seen as a promising solution for decarbonizing economies and meeting climate goals. As part of the process of decarbonization, green hydrogen can replace fossil fuels currently in use, helping to reduce emissions in sectors vital to the global economy, such as industry and transport, as well as in the power and heat sectors. Whilst there is significant potential for green hydrogen, there are also challenges. The upfront costs for infrastructure and technology are high, and the availability and accessibility of the renewables needed for production varies by region. Green hydrogen production and storage technologies are continuously evolving and being promoted as the demand for hydrogen in many applications grows. Considering this, this paper presents the main methods for its production and storage, as well as its economic impact. Hence, the trend of governments and international organizations is to invest in research and development to make this technology more accessible and efficient, given the carbon reduction targets.

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Mapping local green hydrogen cost-potentials by a multidisciplinary approach

Cited by 2 publications

References 97 publications

Higher Onshore Wind Energy Potentials Revealed by Kilometer‐Scale Atmospheric Modeling

Higher Onshore Wind Energy Potentials Revealed by Kilometer‐Scale Atmospheric Modeling

Green Hydrogen—Production and Storage Methods: Current Status and Future Directions

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