Hydrogen and methane production

Electricity can be stored in chemical products like hydrogen and methane. These production facilities can adjust their consumption of power to imbalances between consumption and production in the power grid. The goal is to produce hydrogen or methane in a sustainable way. Their electricity consumption is therefore tailored to renewable resources and has to be able to adapt quickly and often with a large capacity. The facilities uses this ability to provide frequency balancing, adequacy and in some cases congestion management. This type of chemical storage is also a way to store renewable energy. The hydrogen or methane can participate with balancing the power grid directly by powering a gas plant or indirectly by powering hydrogen cars instead of electric vehicles.


Components & enablers

  • Proton exchange membrane (PEM) electrolysis to produce hydrogen. Important to enable rapid change in consumption, especially to offer frequency balancing.

State of the art in application and research

Micro gas turbines especially designed for chemicals.


Technology Readiness Level

TRL 7 - demonstration:

The response time and capacity for adjusting the production in the factories are continuously improving. PEM electrolysis has a lot of potential and research in this area might make the production of hydrogen even more efficient.

EASE TRL is 6-7.


Current focus of R&D and research gaps

Investigating ways to use CO2 to create e.g methanol or methane.


References

[1] H2Future. [Link]

[2] HyBalance. [Link]

[3] Underground Sun Storage. [Link]

[4] MefCO2. [Link]