Energy Cables

General Information

North Sea

Baltic Sea

Clyde Marine Region

Adriatic Sea

Energy Cables

File:Layer Energy Cables.png
Layer Info
Category	Activities
Sub-category	Cables and pipelines

Description

Electricity or Energy Cables are essentially submarine power cables. Such a cable is a major transmission cable for carrying electric power below the surface of the water. The purpose of submarine power cables is the transport of electric current at high voltage. The electric core is a concentric assembly of inner conductor, electric insulation and protective layers. Modern three-core cables (e.g. for the connection of offshore wind turbines) often carry optical fibers for data transmission or temperature measurement, in addition to the electrical conductors.

MSP Challenge

Electricity Cables is a static data layer. They are point-by-point lines that you can draw in, edit or remove when making a plan.

Electricity Cables create the following pressures on the ecosystem:

• Artificial substrate
• Noise during construction
• Bottom disturbance during construction

Electricity Cables disallow all three fishing fleets (bottom trawl, drift and fixed nets, industrial and pelagic trawl).

Types

• 25MW
• 50MW
• 80MW
• 150MW
• 300MW
• 460MW

Metadata

Data Source

Enter data source for North Sea here.

Original Title

Enter name of the layer at the North Sea source.

Description

Enter the description of the North Sea dataset here.

Creation Date

yyyy-mm-dd North Sea

Methodology

Enter here how the layer was prepared to be integrated into the MSP Challenge North Sea Edition.

Types

• 25MW
• 50MW
• 80MW
• 150MW
• 300MW
• 460MW
• 10GW Corridor

Metadata

Data Source

HELCOM HOLAS II Dataset: Cables (2018)

Original Title

Cables

Description

"The dataset was created in order to update the information regarding underwater cables in the Baltic Sea Region for the HELCOM Assessments. Data was collected by the HELCOM Secretariat during 2015 and 2016. The dataset contains information on submarine cables in the Baltic Sea. The dataset is based on available public sources on cables and due to variety of data sources (national and international), should be taken as general data based on best available public data with variable resolution over the different region in the Baltic. For Danish areas, the data represents constructions on Danish territorial waters, authorized facilities and activities from 2015. Depending on area, more accurate spatial data might exist, but data is unavailable for public use. National data submissions from Latvia and Russia were not available.

For 2018 version of dataset, cables that have only approximate location were removed from the dataset, as the spatial accuracy of these objects is not sufficient for the scale of the index.

Attribute specification and units

NAME

COUNTRY

CAPACITY (MW)

STATUS (Operational, Under Construction, Application Submitted, Planned, Unknown)

SOURCE"

Description retrieved from HELCOM's metadata page for this resource (2021-07-19).

Creation Date

2018-01-15

Methodology

Based on the "Cables" and the "Wind farms" layers a model for the renewable energy scenario in 2016 was created. Only the cables that would be needed to bring the energy from the wind farms to shore are taken into account in the plafform as energy cables. Some geometries might have been simplified for optimization of the platform's performance.

Types

None

Metadata

Data Source

Enter data source for Clyde Marine Region here.

Original Title

Enter name of the layer at the source.

Description

Enter the description of the Clyde Marine Region dataset here.

Creation Date

yyyy-mm-dd Clyde Marine Region

Methodology

Enter here how the layer was prepared to be integrated into the MSP Challenge.

Types

• 25MW
• 50MW
• 80MW
• 150MW
• 300MW
• 460MW

Metadata

Data Source

Enter data source for Adriatic Sea here.

Original Title

Enter name of the layer at the source.

Description

Enter the description of the Adriatic Sea dataset here.

Creation Date

yyyy-mm-dd Adriatic Sea

Methodology

Enter here how the layer was prepared to be integrated into the MSP Challenge.