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Lillgrund offshore wind farm
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Lillgrund
110.4 MW
Updated weekly to include the latest news, your feedback and other data.
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9111
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Events,
824
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154
Turbines
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Status
Name
Nogersund - Svante 1
SeaTwirl Prototype III
Bockstigen
Lillgrund
Risholmen - Arendal
Utgrunden I
Vindpark Vänern
Yttre Stengrund
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Klasarden
Featured Port
Rebo terminal, port of Oostende, Belgium
Maximum Trenched Depth: 13 m
Entrance Width: 250 m
Spring Tidal Range: 4.5 m
Quay Length: 1500 m
Quay Loading Capability: 20 tonnes/m
2
Land for Development: 15 ha
More details...
Offshore Wind Ports
Aalborg Port
Able Humber Port
Able Middlesbrough Port
Able Seaton Port
BOW Terminal Vlissingen
EastPort UK
Great Yarmouth - Fendercare Marine Equipment & Lifting Services
Harwich Navyard
Lyness - Fendercare Marine
Newhaven - Fendercare Marine
Port of Wilhelmshaven
Rebo terminal, port of Oostende
Rønne Havn
Vlissingen - Verbrugge Terminals
More ports...
Who's Generating Power?
1.
United Kingdom
-
3321.2000 MW
2.
Denmark
-
871.4800 MW
3.
China
-
559.5000 MW
More...
Whose Turbines are Generating?
1.
Siemens Wind Power A/S (Siemens AG)
-
3084.8000 MW
2.
Vestas Offshore A/S (Vestas Wind Systems A/S)
-
1401.1200 MW
3.
REpower Systems AG (Suzlon Energy Limited)
-
434.5000 MW
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Developers/Owners/Operators
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Role
Organisation
Description
Developer
Vattenfall Europe Windkraft GmbH
(Vattenfall AB)
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Operator
Vattenfall Europe Windkraft GmbH
(Vattenfall AB)
http://powerplants.vattenfall.com/powerplant/lillgrund
Owner
Vattenfall Europe Windkraft GmbH
(Vattenfall AB)
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Equipment Available for Charter
Statistics for Lillgrund
Database in Excel
General Information
Name
Lillgrund
Other names
Country name
Sweden
Region
Malmö Kommun
Comments
Also known as Orestads.
Round (or category)
Development status
Fully Commissioned
Comments on the status
Power & Turbines
Notice any Errors?
You can keep this an open resource by submitting corrections!
Project Capacity
110.4 MW
Turbine Model
SWT-2.3-93 (Siemens)
Turbine Capacity
2.3 MW
Number of Turbines
48
Total Turbine Height
114.5 m
Hub Height
68.00 m
Rotor Diameter
93 m
Foundation
Grounded: Gravity-Base
Download Database for Excel
Windspeed
10 Year Mean Wind Speed (2000-2009)
Available online now
Detailed wind speed data
6 hr/day/month historic data
Costs
Stated Project Cost
SEK(mill) 1800.00
Location & Environment
Sea name
Öresund
Centre latitude
55.511°
Centre longitude
12.779°
Area
6 km
2
Depth range (Chart Datum)
4 m - 13 m
Depth range stated by developer
4 m - 8 m
Distance From Shore (reported)
11.3 km
Distance From Shore (computed from centre)
9.3 km
Ports
Installation base
Nyborg, Denmark
Ops and maintenance
Grid
Converter platforms
None
Offshore transformers
Lillgrund Substation
Grid connection point
Bunkeflo, Skåne
Cable landing point
Bunkeflo
Export Cables
Please note that export cables connect the offshore transformer (substation) to either; shore or an offshore HVAC-HVDC converter station for onward transmission via HVDC cabling. Please see the
converters page
for planned converter stations and transmission cables.
The export cable length does not generally include the onshore component. The exception is when the onshore substation is close to shore.
Number of Export Cables
1
Average length per cable
7 km
Transmission type (e.g. HVAC)
HVAC
Nominal voltage
130 kV
Maximum voltage
145 kV
Power rating
Number of cores
3
Conductor type
Section
400 mm
2
Insulation
Number fibre optics
Minimum bend radius (MBR)
Burial depth
1 m
Comments
FXBTV 3 x 400 mm2 145 kV
Onshore Cables
(new)
Number of onshore cables
1
Average length per cable
2 km
Comments
ABB 145kV, 1x630mm2 Al, 5.9kg/m
Array Cables
Array cable length
23.85 km
Estimated cable length
In purchased database
Transmission type (e.g. MVAC)
MVAC
Nominal voltage
33 kV
Maximum voltage
36 kV
Burial depth
1 m
Number of cores
3
Conductor type
Cu
Section
95/185/240 mm
2
Insulation
XLPE
Power rating
Number of fibre optics
Minimum bend radius (MBR)
Comments
The infield cables consisted of the following 3 types FXCTV 3 x 95 mm2 36 kV, FXCTV 3 x 185 mm2 36 kV and FXCTV 3 x 240 mm2 36 kV
Benefits
Homes powered annually
61730
CO
2
reduced per year
124756 tonnes
SO
2
reduced per year
2901 tonnes
Expected life
Other
Website
Visit
Events on Lillgrund
Database in Excel
Date
Type
Description
Source
Correct
12-May-2013
Operation - Service and Maintenance
A cable fault resulted in the site stopping operations. The cause is not known.
Visit
Dec-2007
Operation - Fully Commissioned
Started to generate power in December 2007.
Visit
Oct-2007
Installation - Turbine Installation
Turbine installation finishes.
Other
03-Aug-2007
Installation - Turbine Installation
Turbine installation starts.
Other
Aug-2007
Installation - Cable installation
Both the infield and export cables were installed during the summer of 2007.
Visit
11-May-2007
Installation - Cable installation
First infield cable was installation
Other
26-Feb-2007
Installation - Foundation Installation
Finish installing the foundations.
Visit
Mar-2006
Installation - Offshore Construction Starts
Construction of the wind farm began and the installation of the foundations.
Visit
2006
Installation - Foundation Installation
Foundation installation starts.
Visit
31-Aug-2003
Installation - Met Mast
Installation of 65m high Met mast. Met mast moved 350m East in 2006 to present position
Visit
Please click to add windfarm events via this link, providing approximate date etc. Possible events include consent submission, approval, installation, generating power etc.
Comments on Lillgrund offshore wind farm
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Added:
Thu, 04 Feb 2010 09:45:00 GMT
All cables (Infield and Export) was manufacturered and installed by ABB on time and budget. Export cable installation was subcontracted to Selöy Undervannsservices (not Baltic Offshore). The export cable installation (offshore part) started in November 2006, the worst possible season. Extreme WOW was encountered but the delivery milestone was still met.
Jörgen Larsen
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