Connection and Integration of Offshore Renewable Energy Farms into UK Power Systems - Offshore Study Scenarios Report
Abstract:
The ETI has engaged Sinclair Knight Merz (SKM) to identify the opportunity for the development of innovative solutions for the collection of electrical energy from individual and multiple offshore renewable energy farms, and the transportation of bulk electrical energy from these offshore farms to the onshore power system. The study comprises four main tasks :
- Offshore renewable scenarios – to define the timeline of the expected volumes of offshore renewable generation capacities
- State of the art of offshore network technologies – establishment of the current state of the art of offshore network technologies and their prospective future development path
- Analysis at individual farm level – identification of the challenges and resultant technology opportunities from connection of individual large-scale offshore wind or marine energy farms to the UKgrid system, and recommendations for connection solutions for investigation.
- Analysis at multiple farm level – evaluation of the optimal architecture(s) that could be developed to collect, manage and transmit back to shore the electrical energy produced by multiple, large-scale offshore renewable energy farms.
We have generated two long-term scenarios to assess the UK’s economically recoverable offshore renewable resource. ?The first looks at a ‘low’ overall renewable development out to 2050. ?The second looks at a ‘high’ overall renewable strategy out to 2050. We assess the two scenarios over the period to 2020 (short term), 2030 (medium term) and finally out to 2050 (long term). Seven cases were considered in detail:
- Distributed Smaller Windfarms
- Large Windfarms
- Very Large Windfarms
- Small Marine (tidal and wave)
- Medium Wave
- Large Tidal
- Combined Tidal and Wind
Publication Year:
2010
Publisher:
ETI
Author(s):
Sinclair Knight Merz
Energy Category
Class Name:
Subclass Name:
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Language:
English
File Type:
application/pdf
File Size:
1569342 B
Rights:
Energy Technologies Institute Open Licence for Materials
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Further information:
N/A
Region:
United Kingdom
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Subject:
Theme(s):
Energy Storage and Distribution
Related Dataset(s):
No related datasets
Related Project(s):
Connection and Integration of Offshore Renewable Energy Farms
Related Publications(s):
