Energy is life.
Let’s save it.
Green Hydrogen Hub Denmark is a strategic partnership, built on collaboration bringing together thought leaders from key European projects to develop our vision of sustainability and innovation.
Ensuring green energy even when the sun does not shine and the wind does not blow, Green Hydrogen Hub is the solution we need to unlock the true potential of renewable energy.
Learn more about Green Hydrogen Hub and the mission.
Our mission
Accelerate the integration
of renewables
Green Hydrogen Hub Denmark aims to be the world’s first project to combine large-scale green hydrogen production with two large-scale energy storage solutions, underground hydrogen storage and compressed air energy storage (CAES).
The GHH Consortium has spent the past 3 years positively engaging with the Danish Government and European Commission to accelerate the integration of renewables through innovation.
The future
A crucial step for Denmark
The Green Hydrogen Hub strategic partnership is a crucial step for Denmark, bringing together unity of the energy sector to lead the development of the green hydrogen circular economy and enable the integration of renewable energy globally.
Together, we will make a substantial mitigation against climate change.
Affordable solutions to achieve decarbonisation
is a critical component to achieving Denmark’s long-term transition to clean sustainable energy, and our commitment to a green circular economy
Keith McGrane
Corre Energy CEO
Learn more about
Green Hydrogen Hub
Our mission
Accelerate the integration
of renewables
We cannot control the main providers of renewable energy – the sun and the wind. Sometimes they are able to generate more electricity than we need and, so far, this has resulted in turning off wind turbines as to not strain the electricity grid. However, GHH makes it possible to manage all of this excess energy by storing it as hydrogen.
GHH is located in Northern Jutland where there are both renewable energy sources, easy access to the grid, and caverns in salt deposits. This enables GHH to produce green energy, convert it into hydrogen onsite through electrolysis, and transport it to nearby caverns.
In this way, GHH combines large-scale green hydrogen production with two large-scale storage solutions; underground hydrogen storage and compressed air energy storage (CAES) which allows GHH to manage excess energy that would otherwise have been wasted, and thereby provide green energy all year round.
