THE VIRGINIA OFFSHORE WIND COALITION PROMOTING THE OFFSHORE WIND INDUSTRY IN VIRGINIA.
Offshore Wind Energy –Multi Use - Topsector Energie · 2018-10-30 · Source: Workshop...
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Offshore Wind Energy – Multi Use Bob Meijer
Transcript of Offshore Wind Energy –Multi Use - Topsector Energie · 2018-10-30 · Source: Workshop...
Offshore Wind Energy – Multi Use
Bob Meijer
Over 160 TKI Wind op Zee partners!
29-10-18 MARIN Multi Use Event 2
R&D and education Wind turbine design & production Windfarm development
Maintenance
Miscellaneous
Consultancy, design & engineering
Construction & installation
± 100 projects ± 80 M€ R&D value
Delivering- Knowledge- Innovations- New products- Test facilities- Start up and
Innovation project support
29-10-18 MARIN Multi Use Event 3
29-10-18 MARIN Multi Use Event 4
11181005 - Offshore wind R&D agenda - WORKSHOP RESULTS.pptx
Spatial planning
The main challenges to achieve our 2050 vision were specified
Challenges Specifications
Costs
Supply security
Challenges with their specifications as defined in the workshop
Value of energy
Roll-out
Environment
Public support
Grid integration
Safety
> Reduce costs for full competitiveness in energy system (min. EUR/MWh)
> Use acceptable space of the North Sea (max. MWh/km3)
> Achieve maximum value of energy to end-users including intermittency effects
> Safeguard full supply security
> Achieve positive impact on environment
> Achieve necessary capacity for roll-out
> Achieve positive social cost-benefit
> Achieve optimal grid integration (cost, supply security)
> Achieve full safety during construction and operation
PREL
IMIN
ARY
D Beacons
Source: Workshop discussions, TKI Wind op Zee, Roland Berger
11181005 - Offshore wind R&D agenda - WORKSHOP RESULTS.pptx
Spatial planning
The main challenges to achieve our 2050 vision were specified
Challenges Specifications
Costs
Supply security
Challenges with their specifications as defined in the workshop
Value of energy
Roll-out
Environment
Public support
Grid integration
Safety
> Reduce costs for full competitiveness in energy system (min. EUR/MWh)
> Use acceptable space of the North Sea (max. MWh/km3)
> Achieve maximum value of energy to end-users including intermittency effects
> Safeguard full supply security
> Achieve positive impact on environment
> Achieve necessary capacity for roll-out
> Achieve positive social cost-benefit
> Achieve optimal grid integration (cost, supply security)
> Achieve full safety during construction and operation
PREL
IMIN
ARY
D Beacons
Source: Workshop discussions, TKI Wind op Zee, Roland Berger
11181005 - Offshore wind R&D agenda - WORKSHOP RESULTS.pptx
Spatial planning
The main challenges to achieve our 2050 vision were specified
Challenges Specifications
Costs
Supply security
Challenges with their specifications as defined in the workshop
Value of energy
Roll-out
Environment
Public support
Grid integration
Safety
> Reduce costs for full competitiveness in energy system (min. EUR/MWh)
> Use acceptable space of the North Sea (max. MWh/km3)
> Achieve maximum value of energy to end-users including intermittency effects
> Safeguard full supply security
> Achieve positive impact on environment
> Achieve necessary capacity for roll-out
> Achieve positive social cost-benefit
> Achieve optimal grid integration (cost, supply security)
> Achieve full safety during construction and operation
PREL
IMIN
ARY
D Beacons
Source: Workshop discussions, TKI Wind op Zee, Roland Berger
29-10-18 MARIN Multi Use Event 5
11181005 - Offshore wind R&D agenda - WORKSHOP RESULTS.pptx
Spatial planning
The main challenges to achieve our 2050 vision were specified
Challenges Specifications
Costs
Supply security
Challenges with their specifications as defined in the workshop
Value of energy
Roll-out
Environment
Public support
Grid integration
Safety
> Reduce costs for full competitiveness in energy system (min. EUR/MWh)
> Use acceptable space of the North Sea (max. MWh/km3)
> Achieve maximum value of energy to end-users including intermittency effects
> Safeguard full supply security
> Achieve positive impact on environment
> Achieve necessary capacity for roll-out
> Achieve positive social cost-benefit
> Achieve optimal grid integration (cost, supply security)
> Achieve full safety during construction and operation
PREL
IMIN
ARY
D Beacons
Source: Workshop discussions, TKI Wind op Zee, Roland Berger
11181005 - Offshore wind R&D agenda - WORKSHOP RESULTS.pptx
Spatial planning
The main challenges to achieve our 2050 vision were specified
Challenges Specifications
Costs
Supply security
Challenges with their specifications as defined in the workshop
Value of energy
Roll-out
Environment
Public support
Grid integration
Safety
> Reduce costs for full competitiveness in energy system (min. EUR/MWh)
> Use acceptable space of the North Sea (max. MWh/km3)
> Achieve maximum value of energy to end-users including intermittency effects
> Safeguard full supply security
> Achieve positive impact on environment
> Achieve necessary capacity for roll-out
> Achieve positive social cost-benefit
> Achieve optimal grid integration (cost, supply security)
> Achieve full safety during construction and operation
PREL
IMIN
ARY
D Beacons
Source: Workshop discussions, TKI Wind op Zee, Roland Berger
11181005 - Offshore wind R&D agenda - WORKSHOP RESULTS.pptx
Spatial planning
The main challenges to achieve our 2050 vision were specified
Challenges Specifications
Costs
Supply security
Challenges with their specifications as defined in the workshop
Value of energy
Roll-out
Environment
Public support
Grid integration
Safety
> Reduce costs for full competitiveness in energy system (min. EUR/MWh)
> Use acceptable space of the North Sea (max. MWh/km3)
> Achieve maximum value of energy to end-users including intermittency effects
> Safeguard full supply security
> Achieve positive impact on environment
> Achieve necessary capacity for roll-out
> Achieve positive social cost-benefit
> Achieve optimal grid integration (cost, supply security)
> Achieve full safety during construction and operation
PREL
IMIN
ARY
D Beacons
Source: Workshop discussions, TKI Wind op Zee, Roland Berger
29-10-18 MARIN Multi Use Event 6
11181005 - Offshore wind R&D agenda - WORKSHOP RESULTS.pptx
Spatial planning
The main challenges to achieve our 2050 vision were specified
Challenges Specifications
Costs
Supply security
Challenges with their specifications as defined in the workshop
Value of energy
Roll-out
Environment
Public support
Grid integration
Safety
> Reduce costs for full competitiveness in energy system (min. EUR/MWh)
> Use acceptable space of the North Sea (max. MWh/km3)
> Achieve maximum value of energy to end-users including intermittency effects
> Safeguard full supply security
> Achieve positive impact on environment
> Achieve necessary capacity for roll-out
> Achieve positive social cost-benefit
> Achieve optimal grid integration (cost, supply security)
> Achieve full safety during construction and operation
PREL
IMIN
ARY
D Beacons
Source: Workshop discussions, TKI Wind op Zee, Roland Berger
11181005 - Offshore wind R&D agenda - WORKSHOP RESULTS.pptx
Spatial planning
The main challenges to achieve our 2050 vision were specified
Challenges Specifications
Costs
Supply security
Challenges with their specifications as defined in the workshop
Value of energy
Roll-out
Environment
Public support
Grid integration
Safety
> Reduce costs for full competitiveness in energy system (min. EUR/MWh)
> Use acceptable space of the North Sea (max. MWh/km3)
> Achieve maximum value of energy to end-users including intermittency effects
> Safeguard full supply security
> Achieve positive impact on environment
> Achieve necessary capacity for roll-out
> Achieve positive social cost-benefit
> Achieve optimal grid integration (cost, supply security)
> Achieve full safety during construction and operationPR
ELIM
INAR
Y
D Beacons
Source: Workshop discussions, TKI Wind op Zee, Roland Berger
11181005 - Offshore wind R&D agenda - WORKSHOP RESULTS.pptx
Spatial planning
The main challenges to achieve our 2050 vision were specified
Challenges Specifications
Costs
Supply security
Challenges with their specifications as defined in the workshop
Value of energy
Roll-out
Environment
Public support
Grid integration
Safety
> Reduce costs for full competitiveness in energy system (min. EUR/MWh)
> Use acceptable space of the North Sea (max. MWh/km3)
> Achieve maximum value of energy to end-users including intermittency effects
> Safeguard full supply security
> Achieve positive impact on environment
> Achieve necessary capacity for roll-out
> Achieve positive social cost-benefit
> Achieve optimal grid integration (cost, supply security)
> Achieve full safety during construction and operation
PREL
IMIN
ARY
D Beacons
Source: Workshop discussions, TKI Wind op Zee, Roland Berger
The scope of the R&D Program
Cost Reduction andOptimisation
• Support Structures
• Wind Turbine and Wind Farm
• Inter Array network and grid
connection
• Transport Installation and
Logistics
• Operations and Maintenance
Integration in the Energy System
• Offshore Grid
• Conversion and Storage
Offshore Wind and theEnvironment
• Multi-use
• Increase ecological value
29-10-18 MARIN Multi Use Event 7
TKI Wind op Zee Programma 2018-2019
Versie: Finale versie
Datum: december 2017
Spatial claims
29-10-18 MARIN Multi Use Event 8
Source: TNO North Sea Energy Atlas
Transitions impacting spatial claims
Energy Transition: • Wind energy: potentially using 20-25% of the EEZ
• Oil & Gas transition: decommissioning – reuse of infrastructure
• CCS
• Transmission systems and pipelines
• Offshore energy storage and conversion
• Energy Islands and port infrastructure
• Offshore Solar, Wave & Tidal energy
Food Transition:• Fishing
• Aquaculture
Safety: • Working Offshore
• Navigation
• Aviation
• Coastal defence
• Military activities
• Security of supply
Nature: • Improvement of the biodiversity
• Ecological networks
• Fish, Bats, Birds, Sea mammals
• Hazardous materials
• Recreation
29-10-18 MARIN Multi Use Event 9
International dimension
Multi Use
Integrated
Must be close to wind farms
• Wave & Tidal Energy
• Floating Solar
• Energy Storage
• Energy Conversion
• Grid Integration and Interconnection
• Oil & Gas systems (electrification)
• CCS
• …
Co-located
Can be in the vicinity of wind farms but not required
• Oil & Gas systems (stand alone)
• CCS
• Seaweed, Algae
• Oysters, Scallops, Mussels
• Shipping (incl. recreational)
• Fisheries
• …
29-10-18 MARIN Multi Use Event 10
Tender System Integration on the North Sea
• Objective: development of new components, products, tools and services to support the integration of very high volumes of offshore wind power
• Reduction of imbalance risk and cost• Create flexibilibility in the chain from generation to use of electricity• Optimise the technical integration• Not at all cost
29-10-18 MARIN Multi Use Event 11
Call open until 6 November (1M€ available)
www.tki-windopzee.nl
Onderdeel van de Topsector Energie
