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– TETHYS –
Innovative Floating Multi-Purpose Marine
Renewable Energy Platform
Team Members
Alasdair Fulton, Giacomo Politi, Ignacio Alvarez Freire, Ioannis Tsichlis, Theofanis Katsoulis
Introduction
Project Aim
• Investigate the reduction of LCOE in
floating renewable energy farms
• Motivate industry to move far from
shore into deep waters
Introduction
Why Far from Shore into Deep Waters?
Opportunity for Wind & Wave Synergy
Limitations with Fixed Structures
Near-Shore Shallow Sites
Developed/Leased
Enormous Wind & Wave Resources
The Project
Introduction
TETHYS Platform
Floating Wind Farm
Deep Sea – Far from Shore
Floating Wind Farm
• How to support O&M reducing the cost
• O&M cost = 25% of LCOE
• How to reduce Lifecycle Cost?
TETHYS
Multi-Purpose Platform
Floating Wind Farm
• How to support O&M reducing the cost
• O&M cost = 25% of LCOE
• How to reduce Lifecycle Cost?
Pneumatically
Stabilized Platform
Oscillating Water Column
Integrated Wave Device
2x Integrated
Wind Turbines
• Substation
• Personnel Accommodation
• Operations & Maintenance Facilities
• Offshore Assembly Workshop
Calm-side for safe Vessel Mooring
and Equipment Transfer
Other Purposes/Uses
Research Facilities
Aquaculture Facilities
Introduction
Offshore Electrical Network Connection Hub
Objectives
Feasibility of Tethys Concept
Levelised Cost of Electricity (LCOE) Calculation
Introduction
LCOE Comparison with Mothership
What’s next?
Wind & Wave Synergy
Location
Technical Analysis
Financial Analysis
Introduction
Wind&WaveSynergy
Steady output - 80:20 ratio Complementary energy sources
Area optimization Wave subsidies
Mix of Wind & Wave
• Major wave resource
• 30 - 40 kW/m
• Major wind resource
• 10 m/s
• Depth
• 95 - 120 m
Site Selection
Location
Grid Connection Point
Dounreay (275 kV)
GridConnection
Cable Arrangement – Key Challenge
Export Cable (132 kV)
• Distance > 75 km from shore > HVDC
• Commercial availability: ABB & Siemens
• DC to reduce losses
Inter-array cables (33 kV)
• Moored at specific points – umbilical cables
• PSP & WTG Units floating > Dynamic cables
• HVAC
Transformation
33 kV AC 132 kV DC
GridConnection
Offshore Substation
Capacity >100 MW Distance from Shore >75 km
Windfarm
WT Distance
1,200-1,400 m Radius mooring lines
700-900 m
Windfarm/WEC - Specifications
FLOAT INCORPORATED
Wave Energy Converter
28.8 MW
SIEMENS SWT-6.0-154
Wind Turbines
6 MW
191°
Lay-Down Area
50 m
200 m
1000 m2
SS
C
A
WEC Power Take-Off
WS
H
R
A = Accommodation
SS = Substation
WS = Workshop & Stores
C = Crane
H = Helipad
R = Research Centre
DesignFeasibility
TETHYS Layout
720 m
Hydrostatics Model Design
DesignFeasibility
DesignFeasibility
M
G
K
B
Keel
Center of Gravity
K
G
Center of Buoyancy
Metacenter
B
M
Hydrostatics Parameters
DesignFeasibilityDesignFeasibility
Metacentric Height > 0 35.7 m > 0
Displaced weight of water = total
weight of the structure 333,512 Tons
Hydrostatics Results - Floating Conditions
Wave Energy Collector and PSP
Integrated Design
Capacity Coefficient = 41%
Tuned to Absorb Waves
Across Spectrum
No Moving Parts Under
Water
50-70% ~20-25%
Incoming Waves
Calm Side
DesignFeasibility
DesignFeasibility
Hydrodynamics Model
Meshed design of the platform using MaxSurf
Hydrodynamics - JONSWAP Inputs
DesignFeasibility
Maxsurf Used to Analyse 6 Sea States
6 Degrees of Freedom Analysed
0.3 m to 7.5 m
Analysis using the JONSWAP Spectrum - location based
Heave
Pitch
Roll
Sway
Surge
Yaw
Hydrodynamics Results
DesignFeasibility
Heave
0
1
2
3
4
5
6
7
8
Sea
State 2
Sea
State 3
Sea
State 4
Sea
State 5
Sea
State 6
Sea
State 7Metres
Wave Height
(Hs)
Platform
Motion
(Heave)
CostAnalysis Cost Analysis: Levelised Cost of Electricity
𝐿𝐶𝑂𝐸 =
𝑡=1
𝑛 𝐶𝑥 𝑡 + 𝑂𝑥 𝑡
1 + 𝑟 𝑡
𝑡=1
𝑛 𝐸𝑡
1 + 𝑟 𝑡
Wind Turbine
CAPEX
Wind Turbine
OPEX
Platform
CAPEX
Platform
OPEX
Distance to Shore = 75 km
Water Depth = 100 m
Platform Size = 720 m
Number of Turbines
(Variable) LCOE £ per MWh
WEC High / Low
TETHYS vs
Mothership
SENSITIVITY
Fixed Inputs
Project Specific Inputs
Wind Turbine
Energy Yield
Platform
Energy Yield
Cost Analysis: TETHYS LCOE - Wind & Wave Synergy
Industry Leading WEC FLOAT Inc. L-Shaped OWC
CostAnalysis
15%20%
80%
6 x
6 MW
WTs
41%
16 x
6 MW
WTs
172 GWh/yr 461 GWh/yr
Cost Analysis: LCOE Wind & Wave Synergy
60%
Loss
22%
Profit
£296/MWh
£144/MWh
CostAnalysis
27%
£182
Break
Even
Cost Analysis: LCOE TETHYS vs Mothership
Wind Strike Price £155/MWh | Wave Strike Price £305/MWh
Scenarios
&
Sensitivities
Low Case:
WEC 15% Cap. Coef.
High Case:
WEC 41% Cap. Coef.
Comparison:
Mothership
CostAnalysis
Cost Analysis: Profit TETHYS vs Mothership
Wind Strike Price £155/MWh | Wave Strike Price £305/MWh
Profit
• WEC Strike Price
£305/MWh
• WIND Strike Price
£155/MWh
• High (41%) Case
More Profitable
CostAnalysis
Profit(Discounted)
Cost Analysis: TETHYS vs Mothership
• Based on 50 Wind
Turbines
• Wave Energy Sales
Contribute 17% in
High Case (7% in
Low)
• Wave-Wind 8:100
CostAnalysis
Comparison
Conclusions - Financial
Conclusions
Profitable and Technically Viable
Competes with
Mothership
Wave Energy Extraction Feasible
Improved
Profitability
Economics Influenced by Platform
CAPEX & WEC Performance
Optimisation
Required
Conclusions - Overall
Conclusions
Stabilised, Comfortable,
Multi-Use Platform
Reduced Motion,
Improved Safety
Wind & Wave Combined
Future Grid
Benefits
Supports Wind Farm Expansion
and Additional Renewable Farms
Expandable
Any Questions?

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TETHYS Presentation

Editor's Notes

  1. Swell & Wind Decoupled – Average Output Smoothed Optimum Ratio