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==Description== | ==Description== | ||
Tidal Farms are composed by a series of devices that can harnest the energy of tides. This is usually done with fixed structures that can vary in size and functioning. However the general concept is simple; the turbines produce energy when the water harvested during the high tide is released (during low tide). | Tidal Farms are composed by a series of devices that can harnest the energy of tides. This is usually done with fixed structures that can vary in size and functioning. However the general concept is simple; the turbines produce energy when the water harvested during the high tide is released (during low tide). | ||
{{Youtube|YTLINK=https://www.youtube.com/watch?v=1-2TyKqP84o}} | |||
==MSP Challenge== | ==MSP Challenge== | ||
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Not applicable, there were no wave farms in the Adriatic Sea at the time of the development of the MSP Challenge Adriatic Sea Edition (2020). | Not applicable, there were no wave farms in the Adriatic Sea at the time of the development of the MSP Challenge Adriatic Sea Edition (2020). | ||
= Eastern Mediterranean Sea = | |||
At the time of the development of the MSP Challenge Eastern Mediterranean Sea (2022/2023), there was no data available regarding wave farms in the Eastern Mediterranean Sea. This data layer is for planning purposes only. | |||
== Placement Restrictions == | |||
Coming soon. | |||
== Pressure on Ecology == | |||
Coming soon. | |||
== Types == | |||
* 3MW | |||
<headertabs/> | == Metadata == | ||
Not applicable, there were no tidal farms in the Eastern Mediterranean Sea at the time of the development of the MSP Challenge Eastern Mediterranean Sea Edition (2022/2023).<headertabs/> |
Latest revision as of 09:31, 2 July 2023
This page was last edited on 2 July 2023, at 09:31. Content is available under GPLv3 unless otherwise noted.