Difference between revisions of "Portal:MERMAID/Atlantic Ocean"
Hanspirlet (talk | contribs) (New page: There are two test sites proposed for the project: Ubiarco and Santoña. Both test sites are located in Spain, off-shore the region of Cantabria. The Ubiarco test site is expected to be op...) |
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| − | There are two test sites proposed for the project: Ubiarco and Santoña. Both test sites are located in Spain, | + | There are two test sites proposed for the project: Ubiarco and Santoña. Both test sites are located in Spain, off-shore the region of Cantabria. |
| − | off-shore the region of Cantabria. | + | |
| − | The Ubiarco test site is expected to be operational by the end of 2012. It will be able to manage three floating | + | The Ubiarco test site is expected to be operational by the end of 2012. It will be able to manage three floating wind turbines and three wave energy concepts. They will be deployed reducing interaction and wake effects between them. Weather will be assessed thanks to a meteorological mast, which have been already deployed (June 2010) thanks to the R&D Company IDERMAR. |
| − | wind turbines and three wave energy concepts. They will be deployed reducing interaction and wake effects | + | |
| − | between them. Weather will be assessed thanks to a meteorological mast, which have been already deployed | + | Santoña test site will be a small site devoted to wave energy devices and will also be connected to the grid. The electrical connection will be based on an onshore electrical substation, submerged power cables and a submerged pod all of them already available and ready for deployment. |
| − | (June 2010) thanks to the R&D Company IDERMAR. | + | |
| − | Santoña test site will be a small site devoted to wave energy devices and will also be connected to the grid. | + | Both sites will be fully monitored thanks to existing operational systems for wind, waves and currents. The floating platforms open up the opportunity of installing wind farms in deep waters because they do not need anchorage, something especially important in Spain, where the continental shelf is narrow. |
| − | The electrical connection will be based on an onshore electrical substation, submerged power cables and a | + | |
| − | submerged pod all of them already available and ready for deployment. | + | Aquaculture experiences from other deep water sites will be used as a basis for analysing the potential at this site. The site is in particular challenged with very harsh wave conditions, which potential can be a large problem for aquaculture |
| − | Both sites will be fully monitored thanks to existing operational systems for wind, waves and currents. The | ||
| − | floating platforms open up the opportunity of installing wind farms in deep waters because they do not need | ||
| − | anchorage, something especially important in Spain, where the continental shelf is narrow. Aquaculture | ||
| − | experiences from other deep water sites will be used as a basis for | ||
| − | in particular challenged with very harsh wave conditions, which potential can be a large problem for aquaculture | ||
equipment. | equipment. | ||
Revision as of 14:59, 10 April 2013
There are two test sites proposed for the project: Ubiarco and Santoña. Both test sites are located in Spain, off-shore the region of Cantabria.
The Ubiarco test site is expected to be operational by the end of 2012. It will be able to manage three floating wind turbines and three wave energy concepts. They will be deployed reducing interaction and wake effects between them. Weather will be assessed thanks to a meteorological mast, which have been already deployed (June 2010) thanks to the R&D Company IDERMAR.
Santoña test site will be a small site devoted to wave energy devices and will also be connected to the grid. The electrical connection will be based on an onshore electrical substation, submerged power cables and a submerged pod all of them already available and ready for deployment.
Both sites will be fully monitored thanks to existing operational systems for wind, waves and currents. The floating platforms open up the opportunity of installing wind farms in deep waters because they do not need anchorage, something especially important in Spain, where the continental shelf is narrow.
Aquaculture experiences from other deep water sites will be used as a basis for analysing the potential at this site. The site is in particular challenged with very harsh wave conditions, which potential can be a large problem for aquaculture equipment.
