Report on Electrolyser Technology
The Haeolus project presents its latest public report on recent and future developments of electrolyser technology.
The Haeolus project presents its latest public report on recent and future developments of electrolyser technology.
How much money can be made by an electrolyser providing balancing services to the grid? Haeolus researchers have recently published an article detailing just that, and there are some unexpected results.
The article has been published in the International Journal of Hydrogen Energy and is available from this link (open access).
More than a year ahead of the conclusion of the project, the publication targets of Haeolus have been achieved, with six conference contributions and three peer-reviewed journal articles.
The MSc thesis of Haeolus-funded students Sølvi Truc Nguyen and Lene Lerum Bruheim of the University of Stavanger has received top marks, and has recently been published (in Norwegian). Congratulations!
The HAEOLUS project is pleased to inform you that the new building welcoming the full system is now finalized. All the details are given in the deliverable D7.2 authored by Christian Bue (Varanger Kraft).
The Haeolus project is pleased to publish a new deliverable on the protocols for the demonstration of the Haeolus system when configured for operations in the mini-grid use case authored by Iker Marino and Maider Santos (TECNALIA).
The Haeolus project is pleased to publish a new deliverable on the protocols for the demonstration of the Haeolus system when configured for operations in the energy storage use case authored by Iker Marino and Maider Santos (TECNALIA).
In the framework of the HAEOLUS project, a new deliverable is published on the valorisation plan for hydrogen an by-products.
The Haeolus project is pleased to publish a new deliverable on the control system developed for mini grid use case authored by Muhammad B. Abdelghany, Muhammad F. Sheshzad, Davide Liuzza, Valerio Mariani, and Luigi Glielmo (UniSannio).
Muhammad B. Adbelghany, Muhammad F. Sheshzad, Davide Liuzza, Valerio Mariani and Luigi Glielmo (UniSannio) are the authors of the deliverable on the control system developed for energy-storage use case, for the HAEOLUS project.