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World Hydrogen Leader Charley Rattan Associates

UK based offshore wind & hydrogen corporate advisor, investment broker and trainer; Faculty member World Hydrogen Leaders. Delivering global hydrogen and offshore wind corporate investment...

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Export infrastructure from turbines and onwards to wider hydrogen distribution networks will be a key challenge for Siemens Gamesa and developers as they pursue a vision of gigawatt-scale offshore green H2 arrays operating independently of power infrastructure.

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Offshore wind and hydrogen – Charley Rattan Associates

 

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Roger Arnold on Dec 8, 2021

This kind of makes sense -- particularly if the offshore wind turbines are very far offshore. Few people are aware of it, but at large scale, hydrogen pipelines can transmit more energy with lower energy cost per mile than electricity. As a side benefit, the pipeline provides built-in storage as well as transport.

I'm not sure it's optimal to distribute electrolysis capacity to the level of individual turbines, however. The advantages of pipeline transport only kick in at large scale. As. in hundreds of gigawatt-miles. At lower power levels and shorter distances, underwater DC electrical transmission should more cost-effective. Also lower maintenance. It might make more sense to collect electrical power from group of turbines at hydrogen production hubs, and connect the hubs via hydrogen pipelines to shore. 

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