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www.fabtest.com “Making Sense of Sustainable Energy Systems” 13 th February 2019 Dr. George Crossley Falmouth Bay Test Site (FaBTest) Manager Renewable Energy, Penryn Campus, University of Exeter

“Making Sense of Sustainable Energy Systems” › media › universityofexeter › ... · “Making Sense of Sustainable Energy Systems” ... • Proved robustness of design and

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Page 1: “Making Sense of Sustainable Energy Systems” › media › universityofexeter › ... · “Making Sense of Sustainable Energy Systems” ... • Proved robustness of design and

www.fabtest.com

“Making Sense of Sustainable Energy Systems”

13th February 2019

Dr. George CrossleyFalmouth Bay Test Site (FaBTest) Manager

Renewable Energy, Penryn Campus, University of Exeter

Page 2: “Making Sense of Sustainable Energy Systems” › media › universityofexeter › ... · “Making Sense of Sustainable Energy Systems” ... • Proved robustness of design and

www.fabtest.com

Why sustainable energy?

Climate change Energy security

Page 3: “Making Sense of Sustainable Energy Systems” › media › universityofexeter › ... · “Making Sense of Sustainable Energy Systems” ... • Proved robustness of design and

www.fabtest.comFaBTest

Climate Change: Atmospheric CO2

97% of climate scientists agree that climate change is being caused by greenhouse gas emissions.

Direct correlation between carbon dioxide concentration in the atmosphere and global average temperature.

Page 4: “Making Sense of Sustainable Energy Systems” › media › universityofexeter › ... · “Making Sense of Sustainable Energy Systems” ... • Proved robustness of design and

www.fabtest.comFaBTest

Climate Change:Pathways

+1°C now: already seeing more storms, flooding, heatwaves, drought, and island nations at risk of going underwater.

+2°C is going to mean a lot of human suffering, and tremendous damage to the planet, and a requirement for more energy.

Page 5: “Making Sense of Sustainable Energy Systems” › media › universityofexeter › ... · “Making Sense of Sustainable Energy Systems” ... • Proved robustness of design and

www.fabtest.comFaBTest

UK Energy Imports

Page 6: “Making Sense of Sustainable Energy Systems” › media › universityofexeter › ... · “Making Sense of Sustainable Energy Systems” ... • Proved robustness of design and

www.fabtest.comFaBTest

UK Energy importsBy fuel

Page 7: “Making Sense of Sustainable Energy Systems” › media › universityofexeter › ... · “Making Sense of Sustainable Energy Systems” ... • Proved robustness of design and

www.fabtest.comFaBTest

Global ReservesFossil Fuels

Page 8: “Making Sense of Sustainable Energy Systems” › media › universityofexeter › ... · “Making Sense of Sustainable Energy Systems” ... • Proved robustness of design and

www.fabtest.comFaBTest

Population growth& human displacement

Page 9: “Making Sense of Sustainable Energy Systems” › media › universityofexeter › ... · “Making Sense of Sustainable Energy Systems” ... • Proved robustness of design and

www.fabtest.comFaBTest

UK Energy

Page 10: “Making Sense of Sustainable Energy Systems” › media › universityofexeter › ... · “Making Sense of Sustainable Energy Systems” ... • Proved robustness of design and

www.fabtest.comFaBTest

Renewable EnergyPenryn CampusEnergy Policy

Solar Energy

Energy Storage

Electrical Power Systems

Marine Renewable Energy

Offshore wind energy

Tidal energy

Wave energy

Page 11: “Making Sense of Sustainable Energy Systems” › media › universityofexeter › ... · “Making Sense of Sustainable Energy Systems” ... • Proved robustness of design and

www.fabtest.com

FaBTest

Page 12: “Making Sense of Sustainable Energy Systems” › media › universityofexeter › ... · “Making Sense of Sustainable Energy Systems” ... • Proved robustness of design and

www.fabtest.comFaBTest

Sheltered nursery siteEasy access to port facilities

Page 13: “Making Sense of Sustainable Energy Systems” › media › universityofexeter › ... · “Making Sense of Sustainable Energy Systems” ... • Proved robustness of design and

www.fabtest.comFaBTest

Crown Estate LeaseMarine License

Page 14: “Making Sense of Sustainable Energy Systems” › media › universityofexeter › ... · “Making Sense of Sustainable Energy Systems” ... • Proved robustness of design and

www.fabtest.comFaBTest

2.8km2

15m

50m

Page 15: “Making Sense of Sustainable Energy Systems” › media › universityofexeter › ... · “Making Sense of Sustainable Energy Systems” ... • Proved robustness of design and

www.fabtest.comFaBTest

Page 16: “Making Sense of Sustainable Energy Systems” › media › universityofexeter › ... · “Making Sense of Sustainable Energy Systems” ... • Proved robustness of design and

www.fabtest.comFaBTest

2016BOLT LifesaverFred Olsen26 month deployment at FabTest

• Proved robustness of design and construction

• Wide range of operational conditions including storm events

• Determined real world operating performance following numerical modelling and tank testing

“Proximity of site to technical support facilities in Falmouth and backing of Harbour Commissioners to manage regulatory interfaces has been a winning formula for the project”

Now deployed at a Hawaiian ‘commercial site’

Page 17: “Making Sense of Sustainable Energy Systems” › media › universityofexeter › ... · “Making Sense of Sustainable Energy Systems” ... • Proved robustness of design and

www.fabtest.comFaBTest

2018WaveSubMPSTowed from Milford Haven

Installed at FaBTest

Submerged wave energy device

Undergone 3 months testing

Refitted and ready for redeployment

Page 18: “Making Sense of Sustainable Energy Systems” › media › universityofexeter › ... · “Making Sense of Sustainable Energy Systems” ... • Proved robustness of design and

www.fabtest.comFaBTest

2019AMOG

Floating wave energy converter

Fabrication commencing February 2019

Installation expected summer 2019

Page 19: “Making Sense of Sustainable Energy Systems” › media › universityofexeter › ... · “Making Sense of Sustainable Energy Systems” ... • Proved robustness of design and

www.fabtest.com

Make Sense?

“Making Sense of Sustainable Energy Systems”

[email protected]