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Alternative Energy For Coastal Cities Town Hall House Sydney May 27 2009 Biologically Inspired Ocean Power Systems
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Biologically Inspired Ocean Power Systems · Ocean Power 〉 Global resource 〉 More consistent and predictable than wind 〉 Low environmental impact – low (no) visual impact

Sep 02, 2019

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Page 1: Biologically Inspired Ocean Power Systems · Ocean Power 〉 Global resource 〉 More consistent and predictable than wind 〉 Low environmental impact – low (no) visual impact

Alternative Energy For Coastal Cities

Town Hall House Sydney

May 27 2009

Biologically Inspired Ocean Power Systems

Page 2: Biologically Inspired Ocean Power Systems · Ocean Power 〉 Global resource 〉 More consistent and predictable than wind 〉 Low environmental impact – low (no) visual impact

Ocean Power 〉 Global resource 〉 More consistent and predictable than wind 〉 Low environmental impact – low (no) visual impact 〉 Higher energy density compared to solar, wind 〉 Higher capacity factor 〉 Could be cheapest of all renewables 〉 Equipment market of 1.1 Billion AUD p.a. by 2020, and 3 Billion by 2025 (MI, SEI, 2006)

Wave Power •  1-10 TW, globally •  ~20 companies •  $1 Billion pa. market potential

(2020)

In-Stream Tidal Power •  over 5 TW •  ~10 companies •  $700M pa. market potential

(2020)

Page 3: Biologically Inspired Ocean Power Systems · Ocean Power 〉 Global resource 〉 More consistent and predictable than wind 〉 Low environmental impact – low (no) visual impact

Wave Energy Resource 2.0m

1.6m

1.4m

1.3m

1.1m

1.6m

26-05-2009

13:00 AEST

Page 4: Biologically Inspired Ocean Power Systems · Ocean Power 〉 Global resource 〉 More consistent and predictable than wind 〉 Low environmental impact – low (no) visual impact

Tidal Energy Resource

Page 5: Biologically Inspired Ocean Power Systems · Ocean Power 〉 Global resource 〉 More consistent and predictable than wind 〉 Low environmental impact – low (no) visual impact

Wave Energy Technology

Page 6: Biologically Inspired Ocean Power Systems · Ocean Power 〉 Global resource 〉 More consistent and predictable than wind 〉 Low environmental impact – low (no) visual impact
Page 7: Biologically Inspired Ocean Power Systems · Ocean Power 〉 Global resource 〉 More consistent and predictable than wind 〉 Low environmental impact – low (no) visual impact

bioWAVE tank tests

Page 8: Biologically Inspired Ocean Power Systems · Ocean Power 〉 Global resource 〉 More consistent and predictable than wind 〉 Low environmental impact – low (no) visual impact

Tidal Energy Technology

Page 9: Biologically Inspired Ocean Power Systems · Ocean Power 〉 Global resource 〉 More consistent and predictable than wind 〉 Low environmental impact – low (no) visual impact
Page 10: Biologically Inspired Ocean Power Systems · Ocean Power 〉 Global resource 〉 More consistent and predictable than wind 〉 Low environmental impact – low (no) visual impact

bioSTREAM tank tests

Page 11: Biologically Inspired Ocean Power Systems · Ocean Power 〉 Global resource 〉 More consistent and predictable than wind 〉 Low environmental impact – low (no) visual impact

Size Comparison 250kW tidal stream generator vs 250kW wind turbine

Page 12: Biologically Inspired Ocean Power Systems · Ocean Power 〉 Global resource 〉 More consistent and predictable than wind 〉 Low environmental impact – low (no) visual impact

1/2 acre

Page 13: Biologically Inspired Ocean Power Systems · Ocean Power 〉 Global resource 〉 More consistent and predictable than wind 〉 Low environmental impact – low (no) visual impact

Advantages

 Lightweight, modular systems

  In-built survival mechanisms  Low-cost transport  Common wave/tidal

components  Low environmental impact  Biomimicry  No visual impact

COST

Page 14: Biologically Inspired Ocean Power Systems · Ocean Power 〉 Global resource 〉 More consistent and predictable than wind 〉 Low environmental impact – low (no) visual impact

Unit PowerCost (c/kWh)

Wave Height

Design Approach

DesignCondition

frequency ofoccurence

BPSDesignCondition

Othersco

stad

vant

age

Page 15: Biologically Inspired Ocean Power Systems · Ocean Power 〉 Global resource 〉 More consistent and predictable than wind 〉 Low environmental impact – low (no) visual impact

Pilot Project Flinders Island, Tasmania Flinders Island 〉 Tidal current power

conversion 〉 bioSTREAM technology 〉 250kW 〉 200 homes 〉 Interconnect: Hydro

Tasmania 〉 Equipment: Siemens,

Bosch-Rexroth 〉 Commissioning: early-2010 〉 Demonstration/Testing: 1 yr

Page 16: Biologically Inspired Ocean Power Systems · Ocean Power 〉 Global resource 〉 More consistent and predictable than wind 〉 Low environmental impact – low (no) visual impact

Pilot Project King Island, Tasmania King Island 〉 Wave power conversion 〉 bioWAVE technology 〉 250kW 〉 200 homes 〉 Interconnect: Hydro

Tasmania 〉 Equipment: Siemens,

Bosch-Rexroth 〉 Commissioning: early 2010 〉 Demonstration/Testing: 1 yr

Page 17: Biologically Inspired Ocean Power Systems · Ocean Power 〉 Global resource 〉 More consistent and predictable than wind 〉 Low environmental impact – low (no) visual impact

Installation Method

 Cost-effective  Reliable  Repeatable  Flexible

Page 18: Biologically Inspired Ocean Power Systems · Ocean Power 〉 Global resource 〉 More consistent and predictable than wind 〉 Low environmental impact – low (no) visual impact

•  Founded in 2006, based in Sydney 

•  Funded by: •  CVC REEF & CVC Sustainable Investments 

•  Lend Lease •  Federal Govt. Grants 

•  Business Model:  

•  ProducEon of commercial systems for energy extracEon from ocean waves and Edal streams 

•  Technology licensing and product sales •  Currently: 

•  mature R&D  

•  two 250kW pilot projects underway in Australia 

•  projects in Australia and Europe in pre‐development phase 

Company

Page 19: Biologically Inspired Ocean Power Systems · Ocean Power 〉 Global resource 〉 More consistent and predictable than wind 〉 Low environmental impact – low (no) visual impact

www.biopowersystems.com