WaveRoller Growth opportunities in Europe’s ocean energy sector Christopher Ridgewell Chief Technology Office, AW-Energy Oy 18 May 2016
WaveRoller Growth opportunities in Europe’s ocean
energy sector
Christopher Ridgewell Chief Technology Office, AW-Energy Oy
18 May 2016
Average Flux
Wave 50000 W/m
Wind 350 W/m2
Solar 150 W/m2
1993
• Invention & early concept development
1999
• Proof-of-concept: small scale prototype installation
2000
• Laboratory and analytical verification
2005
• Small-scale wave farm installed at ocean site
2007
• 1:4 scale prototype at fully exposed ocean site
2012
• Grid-connected, 1:2 scale, multiple units at ocean site
2016
• Full-scale, fully exposed & grid-connected device
2017
• Grid-connected & fully operational wave farm
WaveRoller synergies with established marine industries
Some WEC challenges
Marine industry experience
WaveRoller adoption of
best practice
Wave Energy Converters must handle the extremes
Marine asset design grounded on codified operational experience
Recommended practices from the offshore industry form the basis of WaveRoller's structural design & verification and validated at sea trials
End
ura
nce
Energy must also be captured in calm conditions to achieve LCOE targets
For ship operators extra weight or resistance hits profitability
AW Energy has demonstrated WaveRoller's capture efficiency and power take off efficiency
Perf
orm
ance
New technologies face supply chain quality and lead time challenges
Shipbuilding apply international regulations eases which ease supply chain restrictions
WaveRoller technology is developed considering shipbuilding manufacturability and recognised codes & standards
Pro
cure
men
t
Stakeholders must be confident in wave energy technology
Shipping is a capital intense industry where 3rd party services originated
Risk based design methodologies from offshore practice have guided WaveRoller's technology qualification, validation and certification
Co
nfi
den
ce
3rd Party Validation of WaveRoller Technology
February 2014
Validation of power
performance
November 2014
Inspection after
operation
February 2015
Statement of Feasibility
September 2015
Endorsement of TQ plan
2017
Certificate of fitness for
service
Prototype certificate
2016
Opportunities for Europe’s Maritime Industries
Panel
Bearings
Foundation
Power Take Off
Site Survey
Vessels
Diving
Marine O&M
7200 GW new generating capacity needed by 2040
7 out of every 10 units of additional capacity through to 2030 projected to be low carbon
325 Billion dollars invested in clean energy in 2015
700 GW potential to install ocean energy by 2050, giving
• 5,2 Billion tonnes CO2 savings
• 160,000 direct jobs
500 + GW global nearshore practical potential for WaveRoller
• 30 worldwide patents
• Global project pipeline
Me
gatr
en
ds