Danish Strategy for Hydrogen and Fuel Cells - HY-CO Home
Danish Strategy for Hydrogen and Fuel Cells - HY-CO Home
Danish Strategy for Hydrogen and Fuel Cells - HY-CO Home
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• to establish <strong>and</strong> maintain the general idea of <strong>Danish</strong> R&D activities in the<br />
field including <strong>Danish</strong> participation in international projects;<br />
• to assess the need <strong>for</strong> education of both researchers (PhDs <strong>and</strong> industrial<br />
PhDs) <strong>and</strong> graduates;<br />
• to assess <strong>Danish</strong> results in the light of international results in the field;<br />
• to coordinate activities with those of other relevant fields of technology<br />
<strong>and</strong> to promote the contact with relevant <strong>Danish</strong> environments <strong>and</strong><br />
international plat<strong>for</strong>ms;<br />
• to in<strong>for</strong>m both people in the field <strong>and</strong> the public in general of hydrogen<br />
technology development <strong>and</strong> its future potential by publishing newsletters<br />
<strong>and</strong> articles in scientific journals, organising seminars <strong>and</strong> workshops as<br />
well as technical study tours;<br />
• to create an efficient framework <strong>for</strong> evaluation of the results of the ef<strong>for</strong>ts<br />
(after five years as a maximum).<br />
Costs<br />
When assessing future costs, it is beneficial to take into account that hydrogen <strong>and</strong><br />
fuel cells are inter-related, as the development of hydrogen technology to a large<br />
extent will be kicked off by the development of fuel cells.<br />
In order to make significant technological progress, as described in this strategy, it<br />
is estimated that the public sector – in addition to the basic funding of the<br />
universities, etc. – will need to allocate around DKK 1.5–2.0 billion over a 10-<br />
year period to R&D <strong>and</strong> demonstration of hydrogen <strong>and</strong> fuel cell projects.<br />
The estimate of potential costs has been prepared by a number of players in the<br />
field of hydrogen <strong>and</strong> fuel cell technology. The estimate is based on an evaluation<br />
of past investments <strong>and</strong> the expectations to the activities in the fuel cell<br />
technology field in coming years. It also takes into account the requirement <strong>for</strong><br />
initiating a similar long-term development in hydrogen technology 15 .<br />
A scenario involving a distribution of costs on various investment areas is shown<br />
in the figure below. The scenario points to fuel cells as the main investment area,<br />
<strong>and</strong> the figure indicates an immediate increase in funds <strong>for</strong> demonstrations. The<br />
investment in hydrogen technology increases over time. About half of the total<br />
<strong>Danish</strong> investment is expected to be allocated to demonstration purposes.<br />
A considerable amount of research <strong>and</strong>/or development is needed be<strong>for</strong>e funding<br />
can be obtained <strong>for</strong> the demonstration of new technologies. Demonstration<br />
15 Over the past 15 years or so, extensive research has been carried out in the fuel cell<br />
technology field. The total annual <strong>Danish</strong> investment in 2004 is estimated at around DKK<br />
130 million, of which approximately DKK 60 million represent public funding. Players<br />
within the development environment estimate that the total amount invested will have to<br />
be increased over the next couple of years. The need will continue to grow as the number<br />
of final demonstrations increases, be<strong>for</strong>e the market can eventually take over.<br />
27