ForskEL - Farmhouse Design

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Who participates in the projects? ForskEL and ForskVE encourage everybody with an interest in developing environmental technologies that can be implemented in the electricity system to submit a project application. Figure 10 illustrates that around 51% of the projects have a university included in the project. As expected, a great deal of projects in the area of applied research have included a university, but it is also important to observe that the presence of universities is identified in all the technology phases, indicating that universities do play a significant role in energy research. A RTO is often a privately held company which specialises in consulting in research and technology. In Denmark they are called advanced technology groups (GTS) and there are nine independent organisations across the country specialised in different areas. Figure 11 illustrates that 16% of the projects includes an RTO and they are primarily in the technology phases applied research and demonstration (not shown in the figure). International partners can be a foreign university or a privately held company. Figure 12 shows the percentage of international partners in the projects of ForskEL and ForskVE. Around 11% of the projects include international partners and in nearly 57% of the projects which includes an international partner, the partner is a university (not shown in the figure). It is also observed that the number of international partners is relatively constant over the years. The only requirement of a project with an international partner is that the main responsible partner of the project is a Danish institution. Furthermore, ForskEL and ForskVE support Danish partners in international projects such as ERA-Net projects in Smart grid, Biomass and Solar energy. These projects are not included in the dataset as projects with an international partner. Being included in a project and being responsible for a project is two different things. Being the main responsible partner of a project implies that the current partner has the overall responsibility for the project and they often also invest more time and money in the project compared to the other partners depending on the arrangement of the project. Figure 13 illustrates the responsible partners in the funded projects, divided into different groups such as universities, private companies, RTO and public institutions such as a municipality. The figure shows that a majority of the projects have a privately held company as the main responsible for the projects. This means that it for example is a utility or a producer of electricity that forms a project, incorporating others partners in the project. Moreover, it is observed that the majority of these projects are in the technology phases applied research and demonstration. 24
Figure 10 - The presence of universities in the projects 51% Figure 11 - The presence of a RTO in the projects 16% 51% Projects including a university 16% Projects including a RTO 49% 49% Figure 12 - The presence of an international partner in the projects 89% 89% 11% 11% Projects not including a universaty Projects including a university Projects not including a universaty Projects not including an international partner Projects including an international partner Projects not including an international partner Projects including an international partner 84% 84% 65% 65% 8% 1% Figure 13 - Partners responsible for the projects divided into groups 8% 1% 26% 26% Projects not including Projects a RTO including a RTO Projects not including a RTO University Private company RTO Public University institution Private company RTO Public institution 25
Page 1 and 2: ForskEL and ForskVE - a description
Page 3 and 4: Introduction The amount of public r
Page 5 and 6: Performance evaluation of ForskEL a
Page 7 and 8: projects with a long time span must
Page 9 and 10: mate, environment and cost-effectiv
Page 11 and 12: Selection process of the projects a
Page 13 and 14: Number of projects 30 25 20 15 10 5
Page 15 and 16: Wave power devices extract energy f
Page 18 and 19: When examining how the total amount
Page 20 and 21: the technological development phase
Page 22 and 23: The construction of the projects It
Page 26 and 27: The second largest group is univers
Page 28 and 29: Network analysis of ForskEL and For
Page 30 and 31: Technology development phases and t
Page 32 and 33: The last technology development pha
Page 34 and 35: Performance The definition of perfo
Page 36 and 37: Table 5 shows that around 50% of th
Page 38 and 39: One of the main aims of ForskEL and

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