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Demonstration of new qualitative innovative concept of hydrogen out of wind turbine electricity
Call for proposals:
Hydrogen production & Distribution
The Don Quichote project will demonstrate the technical and economic viability of an integrated hydrogen storage system for renewable electricity linked to a hydrogen refuelling facility as an interesting commercial opportunity which connects intermittent renewable electricity to transport applications.
The project aims to:
- demonstrate and validate the system-level technology readiness
- generate further fact-based data for the exploitation of renewable electricity to hydrogen fuelled sustainable mobility
The results of the Don Quichote project will be disseminated according to a Project Dissemination Plan. In addition, a Project Exploitation Plan will be developed to inform key renewable industry players, end-users and DSO’s of the technical, economical and regulatory aspects of introducing a renewable energy storage system that is based on hydrogen production, into smart local grids.
In the past, some small and isolated combinations of renewable electricity and hydrogen production were demonstrated: these projects were limited in capacity and were relatively short in duration. Topics such as ‘overall efficiency’, ‘total cost of ownership’, ‘codes/standards’ and ‘impact of different pricing levels of electricity’ among others, have not yet been addressed in a comprehensive way.
The project Don Quichote is the next logical step towards the integration of ‘renewable electricity’ and ‘hydrogen’ into the mainstream
The main idea of Don Quichote is to replace the components of an existing hydrogen refuelling system by more innovative and efficient components and to integrate those with a renewable energy source, thereby creating a renewable energy storage capacity based on hydrogen. The hydrogen can then be used to refuel mobile applications or to feed a fuel cell connected to the grid.
This project combines the targets of increasing renewable electricity, grid balancing, sustainable mobility and the use of clean hydrogen in a very concrete way and on several applications.
SP1-JTI-FCH.2011.2.1: Demonstration of MW capacity, hydrogen production and storage for balancing the grid and supply to a hydrogen refuelling station
Monday, October 1, 2012
Saturday, March 31, 2018
60 months (originally), extended to 66 months
Hydrogenics Europe NV, Belgium
Dr. Jan Vaes
Other participating organisations:
|Etablissement Franz Colruyt NV||Belgium|
|TUV Rheinland Industrie Service GmbH||Germany|
|JRC-Joint Research Centre-European Commission||Belgium|
|PE International AG||Germany|
|Icelandic New Energy Ltd||Iceland|
|FAST – Federazione delle associazioni scientifiche e tecniche||Italy|
|(Hydrogen Efficiency Technologies (HYET) BV)||The Netherlands|