Marine Power (Wave and Tidal) – Installed Capacity, Levelized Cost of Energy (LCOE), Profiles of Technology Developers and Key Country Analysis to 2030

“Marine Power (Wave and Tidal) – Installed Capacity, Levelized Cost of Energy (LCOE), Profiles of Technology Developers and Key Country Analysis to 2030” is the latest report from GlobalData, the industry analysis specialists that offer comprehensive information and understanding of the marine energy industry. The report provides clear understanding of the global marine power market. The report provides an overview of various marine energy technologies such as wave energy, tidal energy, ocean thermal energy and energy from salinity gradient. The report covers information on requirements for development of a marine energy project and information on distribution of marine projects (wave and tidal) across various major countries. Further, the report covers cost break-up for wave and tidal projects, profiles of major technology providers and installed capacity forecasts to 2030. Countries covered in the report include the US, Canada, the UK, Portugal, Republic of Korea and Australia. Information such as technology potential, power projects in demonstration and development stage and policy support for the industry is covered in detail. Companies covered in the report include Ocean Renewable Power Company, Aquamarine Power, AWS Ocean Energy, Carnegie Wave Energy Limited, Marine Current Turbines Limited, Ocean Power Technologies, Oceanlinx Limited, OpenHydro Group Limited, Pelamis Wave Power, Pulse Tidal, Verdant Power, Voith Hydro Wavegen Limited, BioPower Systems Pty, Tidal Generation Limited, Wavebob and Wello OY. The report is built using data and information sourced from proprietary databases, primary and secondary research, and in-house analysis by GlobalData’s Team of industry experts.

Scope

Data on the installed capacity, split by key countries, cost analysis with LCOE comparison with other renewable sources, drivers and restraints impacting the global marine energy market.

The report provides market insights on the major markets such as the US, Canada, the UK, Portugal, Australia and Republic of Korea (South Korea).

Wave and tidal energy potential, project list of marine power and policy support for marine energy in major countries.

Company profiles of major technology developers such as Ocean Renewable Power Company, Aquamarine Power, AWS Ocean Energy, Carnegie Wave Energy Limited, Marine Current Turbines Limited, Ocean Power Technologies, Oceanlinx Limited, OpenHydro Group Limited, Pelamis Wave Power, Pulse Tidal, Verdant Power, Voith Hydro Wavegen Limited, BioPower Systems Pty, Tidal Generation Limited, Wavebob and Wello OY are covered in detail.

Reasons to buy

Facilitate decision making based on strong historic and forecast data for the marine energy market.

Develop strategies based on the latest regulatory events.

Position yourself to maximize potential in the growth of the market.

Identify key partners and business development avenues.

Respond to your competitors’ business structure, strategy and prospects.

Table of Contents

1 Table of Contents

1.1 List of Tables

1.2 List of Figures

2 Introduction

2.1 Marine Energy Market, Overview

2.2 Marine Energy Market, Technology Overview

2.2.1 Tidal Technologies

2.2.2 Wave Technology

2.2.3 Ocean Thermal Energy Conversion

2.2.4 Salinity Gradient

2.3 Marine Energy Market, Global, Development Requirements of the Marine Technology

2.4 Report Guidance

3 Marine Energy Market, Global

3.1 Marine Energy Market, Global, Overview

3.2 Marine Energy Market, Global, Distribution of Projects

3.2.1 Tidal Energy Market, Global, Distribution of Projects

3.2.2 Wave Energy Market, Global, Distribution of Projects

3.3 Marine Energy Market, Global, Installed Capacity, MW, 2015–2030

3.3.1 Wave Power Market, Installed Capacity by Country, MW, 2015–2030

3.3.2 Tidal Power Market, Installed Capacity by Country, MW, 2015–2030

3.4 Marine Energy Market, Global, Cost Analysis

3.4.1 Tidal Energy Market, Global, Capital Cost Break-up, 2011

3.4.2 Wave Energy Market, Global, Capital Cost Break-up, 2011

3.4.3 Marine Energy Market, Global, Levelized Cost of Energy

4 Marine Energy Market, the US

4.1 Marine Energy Market, the US, Overview

4.2 Marine Energy Market, the US, Technology Potential

4.3 Marine Energy Market, the US, Power Projects

4.4 Marine Energy Market, the US, Supporting Policies and Programs

4.4.1 Production Tax Credit

4.4.2 Water Power Program

4.5 Marine Energy Market, the US, Supporting Authorities

4.5.1 Bureau of Ocean Energy Management (BOEM)

5 Marine Energy Market, Canada

5.1 Marine Energy Market, Canada, Overview

5.2 Marine Energy Market, Canada, Technology Potential

5.3 Marine Energy Market, Canada, Power Projects

5.4 Marine Energy Market, Canada, Supporting Policies and Programs

5.4.1 Renewable Electricity Plan

5.4.2 ecoENERGY Innovation Initiative Programme

5.4.3 ComFIT Program

5.5 Marine Energy Market, Canada, Supporting Authorities

5.5.1 Fundy Energy Research Network (FERN)

5.5.2 Fundy Ocean Research Centre for Energy (FORCE)

5.5.3 Offshore Energy and Environmental Research (OEER)

6 Marine Energy Market, The UK

6.1 Marine Energy Market, the UK, Overview

6.2 Marine Energy Market, the UK, Technology Potential

6.3 Marine Energy Market, the UK, Power Projects

6.4 Marine Energy Market, the UK, Supporting Policies and Programs

6.4.1 Marine Renewables Deployment Fund

6.4.2 Renewable Obligation Order

6.4.3 The UK Marine Energy Program

6.4.4 Marine Energy Array Demonstrator

6.4.5 Marine Renewable Commercialization Fund

6.5 Marine Energy Market, the UK, Supporting Authorities

6.5.1 European Marine Energy Centre

6.5.2 The Carbon Trust

7 Marine Energy Market, Portugal

7.1 Marine Energy Market, Portugal, Overview

7.2 Marine Energy Market, Portugal, Technology Potential

7.3 Marine Energy Market, Portugal, Power Projects

7.4 Marine Energy Market, Portugal, Supporting Policies and Programs

7.4.1 Wave Energy Pilot Zone

7.5 Marine Energy Market, Portugal, Supporting Authorities

7.5.1 Instituto Superior Tecnico

7.5.2 Wave Energy Centre

7.5.3 The Foundation for Science and Technology

8 Marine Energy Market, Australia

8.1 Marine Energy Market, Australia, Overview

8.2 Marine Energy Market, Australia, Technology Potential

8.3 Marine Energy Market, Australia, Power Projects

8.4 Marine Energy Market, Australia, Supporting Policies and Programs

8.4.1 Renewable Energy Development Program

8.4.2 Low Emissions Energy Development

8.5 Marine Energy Market, Australia, Supporting Authorities

8.5.1 Western Australian Sustainable Energy Association

8.5.2 The Commonwealth Scientific and Industrial Research Organisation (CSIRO)

8.5.3 Ocean Energy Industry Australia (OEIA)

9 Marine Energy Market, Republic of Korea

9.1 Marine Energy Market, Republic of Korea, Overview

9.2 Marine Energy Market, Republic of Korea, Technology Potential

9.3 Marine Energy Market, Republic of Korea, Power Projects

9.4 Marine Energy Market, Republic of Korea, Supporting Policies and Programs

9.4.1 Feed-in Tariff

9.5 Marine Energy Market, Republic of Korea, Supporting Authorities

10 Marine Energy Market, Company Analysis

10.1 Ocean Renewable Power Company

10.1.1 Ocean Renewable Power Company, Company Overview

10.1.2 Ocean Renewable Power Company, Major Historical Developments

10.1.3 Ocean Renewable Power Company, Technology Overview

10.1.4 Ocean Renewable Power Company, Marine Energy Projects

10.2 Aquamarine Power

10.2.1 Aquamarine Power, Company Overview

10.2.2 Aquamarine Power, Major Historical Developments

10.2.3 Aquamarine Power, Technology Overview

10.2.4 Aquamarine Power, Marine Energy Projects

10.3 AWS Ocean Energy

10.3.1 AWS Ocean Energy, Company Overview

10.3.2 AWS Ocean Energy, Major Historical Developments

10.3.3 AWS Ocean Energy, Technology Overview

10.3.4 AWS Ocean Energy, Marine Energy Projects

10.4 Carnegie Wave Energy Limited

10.4.1 Carnegie Wave Energy Limited, Company Overview

10.4.2 Carnegie Wave Energy Limited, Major Historical Developments

10.4.3 Carnegie Wave Energy Limited, Technology Overview

10.4.4 Carnegie Wave Energy Limited, Marine Energy Projects

10.5 Marine Current Turbines Limited

10.5.1 Marine Current Turbines Limited, Company Overview

10.5.2 Marine Current Turbines Limited, Major Historical Developments

10.5.3 Marine Current Turbines Limited, Technology Overview

10.5.4 Marine Current Turbines Limited, Marine Energy Projects

10.6 Ocean Power Technologies

10.6.1 Ocean Power Technologies, Company Overview

10.6.2 Ocean Power Technologies, Major Historical Developments

10.6.3 Ocean Power Technologies, Technology Overview

10.6.4 Ocean Power Technologies, Marine Energy Projects

10.7 Oceanlinx Limited

10.7.1 Oceanlinx Limited, Company Overview

10.7.2 Oceanlinx Limited, Major Historical Developments

10.7.3 Oceanlinx Limited, Technology Overview

10.7.4 Oceanlinx Limited, Marine Energy Projects

10.8 OpenHydro Group Limited

10.8.1 OpenHydro Group Limited, Company Overview

10.8.2 OpenHydro Group Limited, Major Historical Developments

10.8.3 OpenHydro Group Limited, Technology Overview

10.8.4 OpenHydro Group Limited, Marine Energy Projects

10.9 Pelamis Wave Power

10.9.1 Pelamis Wave Power, Company Overview

10.9.2 Pelamis Wave Power, Major Historical Developments

10.9.3 Pelamis Wave Power, Technology Overview

10.9.4 Pelamis Wave Power, Marine Energy Projects

10.10 Pulse Tidal

10.10.1 Pulse Tidal, Company Overview

10.10.2 Pulse Tidal, Major Historical Developments

10.10.3 Pulse Tidal, Technology Overview

10.10.4 Pulse Tidal, Marine Energy Projects

10.11 Verdant Power

10.11.1 Verdant Power, Company Overview

10.11.2 Verdant Power, Major Historical Developments

10.11.3 Verdant Power, Technology Overview

10.11.4 Verdant Power, Marine Energy Projects

10.12 Voith Hydro Wavegen Limited

10.12.1 Voith Hydro Wavegen Limited, Company Overview

10.12.2 Voith Hydro Wavegen Limited, Major Historical Developments

10.12.3 Voith Hydro Wavegen Limited, Technology Overview

10.12.4 Voith Hydro Wavegen Limited, Marine Energy Projects

10.13 BioPower Systems Pty

10.13.1 BioPower Systems Pty, Company Overview

10.13.2 BioPower Systems Pty, Major Historical Developments

10.13.3 BioPower Systems Pty, Technology Overview

10.13.4 BioPower Systems Pty, Marine Energy Projects

10.14 Tidal Generation Limited

10.14.1 Tidal Generation Limited, Company Overview

10.14.2 Tidal Generation Limited, Major Historical Developments

10.14.3 Tidal Generation Limited, Technology Overview

10.14.4 Tidal Generation Limited, Projects

10.15 Wavebob

10.15.1 Wavebob, Company Overview

10.15.2 Wavebob, Major Historical Developments

10.15.3 Wavebob, Technology Overview

10.15.4 Wavebob, Marine Energy Projects

10.16 Wello OY

10.16.1 Wello OY, Company Overview

10.16.2 Wello OY, Major Historical Developments

10.16.3 Wello OY, Technology Overview

10.16.4 Wello OY, Marine Energy Projects

11 Appendix

11.1 Marine Energy Market, Technology Definition

11.1.1 Tides and Tidal Barrage Power

11.1.2 Wave Energy

11.1.3 Marine Current

11.1.4 Salinity Gradient

11.1.5 Thermal Gradient

11.2 Abbreviations

11.3 Bibliography

11.4 Methodology

11.4.1 Secondary Research

11.4.2 Primary Research

11.5 Contact Us

11.6 Disclaimer

List of Tables

Table 1: Comparison of Ocean Energy with Solar, Wind, Biomass, Natural Gas and Coal Energy Sources

Table 2: Tidal Energy Market, Global, Major Companies and their Technologies

Table 3: Wave Energy Market, Global, Major Companies and their Technologies

Table 4: Tidal Energy Market, Global, Distribution of Projects July 2012

Table 5: Wave Energy Market, Global, Distribution of Projects, July 2012

Table 6: Marine Energy Market, Global, Cumulative Installed Capacity, MW, 2015–2030

Table 7: Wave Power Market, Global, Installed Capacity, MW, 2015–2030

Table 8: Tidal Power Market, Global, Installed Capacity, MW, 2015–2030

Table 9: Tidal Energy Market, Global, Break-up of Capital Cost, 2011

Table 10: Wave Energy Market, Global, Cost Analysis, Break-up of Capital Cost, 2011

Table 11: Marine Energy Market, Global, LCOE Comparison of Tidal and Wave Energy, $/kWh, 2011

Table 12: Tidal and Wave Energy Market, Global, LCOE Comparison with Other Renewable Sources, $/kWh, 2011

Table 13: Wave Power Market, The US, Technology Potential, %, 2011

Table 14: Tidal Power Market, The US, Technology Potential, MW, 2011

Table 15: Marine Energy Market, the US, Major Tidal and Wave Power Projects

Table 16: Tidal and Wave Energy Market, Canada, Technology Potential (MW)

Table 17: Marine Energy Market, Canada, Major Tidal and Wave Power Projects

Table 18: Tidal and Wave Energy, the UK, Technology Potential, TWh/Year

Table 19: Marine Energy Market, the UK, Major Tidal and Wave Power Projects

Table 20: Tidal and Wave Energy, Market, Portugal, Technology Potential, TWh/Year

Table 21: Marine Energy Market, Portugal, Major Marine Power Projects

Table 22: Tidal Energy Market, Australia, Kinetic Energy Potential of Tides along the Coast

Table 23: Wave Energy Market, Australia, Kinetic Energy Potential of Waves along the Coast (GWh)

Table 24: Marine Energy Market, Australia, Major Tidal and Wave Power Projects

Table 25: Tidal Energy Market, Republic of Korea, Technology Potential in Tidal Range, MW

Table 26: Tidal Energy Market, Republic of Korea, Technology Potential of Tidal Stream, MW

Table 27: Wave Energy Market, Republic of Korea, Technology Potential by Location Type, MW

Table 28: Marine Energy Market, Republic of Korea, Major Tidal and Wave Power Projects

Table 29: Ocean Renewable Power Company, Company Overview

Table 30: Ocean Renewable Power Company, Marine Energy Projects

Table 31: Aquamarine Power, Company Overview

Table 32: Aquamarine Power, Marine Energy Projects

Table 33: AWS Ocean Energy, Company Overview

Table 34: Marine Energy Market, AWS Ocean Energy, Marine Energy Projects

Table 35: Carnegie Wave Energy Limited, Company Overview

Table 36: Carnegie Wave Energy Limited, Marine Energy Projects

Table 37: Marine Current Turbines Limited, Company Overview

Table 38: Marine Current Turbines Limited, Marine Energy Projects

Table 39: Ocean Power Technologies, Company Overview

Table 40: Ocean Power Technologies, Marine Energy Projects

Table 41: Oceanlinx Limited, Company Overview

Table 42: Oceanlinx Limited, Marine Energy Projects

Table 43: OpenHydro Group Limited, Company Overview

Table 44: OpenHydro Group Limited, Marine Energy Projects

Table 45: Pelamis Wave Power, Company Overview

Table 46: Pelamis Wave Power, Marine Energy Projects

Table 47: Pulse Tidal, Company Overview

Table 48: Pulse Tidal, Marine Energy Projects

Table 49: Verdant Power, Company Overview

Table 50: Marine Energy Market, Verdant Power, Marine Energy Projects

Table 51: Voith Hydro Wavegen Limited, Company Overview

Table 52: Voith Hydro Wavegen Limited, Marine Energy Projects

Table 53: BioPower Systems Pty, Company Overview

Table 54: BioPower Systems Pty, Marine Energy Projects

Table 55: Tidal Generation Limited, Company Overview

Table 56: Tidal Generation Limited, Marine Energy Projects

Table 57: Wavebob, Company Overview

Table 58: Wello OY, Company Overview

Table 59: Abbreviations

List of Figures

Figure 1: Global Marine Energy, Global, Development Requirements, 2011

Figure 2: Tidal Energy Market, Global, Distribution of Projects July 2012

Figure 3: Wave Energy Market, Global, Distribution of Projects, July 2012

Figure 4: Marine Energy Market, Global, Cumulative Installed Capacity, MW, 2015–2030

Figure 5: Wave Power Market, Global, Installed Capacity, MW, 2015–2030

Figure 6: Tidal Power Market, Global, Installed Capacity, MW, 2015–2030

Figure 7: Tidal Energy Market, Global, Break-up of Capital Cost, 2011

Figure 8: Wave Energy Market, Global, Cost Analysis, Break-up of Capital Cost, 2011

Figure 9: Marine Energy Market, Global, LCOE Comparison of Tidal and Wave Energy, $/kWh, 2011

Figure 10: Tidal and Wave Energy Market, Global, LCOE Comparison with Other Renewable Sources, $/kWh, 2011

Figure 11: Wave Power Market, The US, Technology Potential, %, 2011

Figure 12: Tidal Power Market, the US, Technology Potential, MW, 2011

Figure 13: Tidal and Wave Energy Market, Canada, Technology Potential (MW)

Figure 14: Tidal and Wave Energy, the UK, Technology Potential, TWh/Year

Figure 15: Tidal and Wave Energy, Market, Portugal, Technology Potential, TWh/Year

Figure 16: Tidal Energy Market, Australia, Kinetic Energy Potential of Tides along the Coast (GWh)

Figure 17: Wave Energy Market, Australia, Kinetic Energy Potential of Waves along the Coast (GWh)

Figure 18: Tidal Energy Market, Republic of Korea, Technology Potential in Tidal Range, MW

Figure 19: Tidal Energy Market, Republic of Korea, Technology Potential of Tidal Stream, MW

Figure 20: Wave Energy Market, Republic of Korea, Technology Potential by Location Type, MW

Figure 21: Ocean Renewable Power Company, Historical Development

Figure 22: Aquamarine Power, Historical Development

Figure 23: AWS Ocean Energy, Historical Development

Figure 24: Carnegie Wave Energy Limited, Historical Development

Figure 25: Marine Current Turbines Limited, Historical Development

Figure 26: Ocean Power Technologies, Historical Development

Figure 27: Oceanlinx Limited, Historical Development

Figure 28: OpenHydro Group Limited, Historical Development

Figure 29: Pelamis Wave Power, Historical Development

Figure 30: Pulse Tidal, Historical Development

Figure 31: Verdant Power, Historical Development

Figure 32: Voith Hydro Wavegen Limited, Historical Development

Figure 33: BioPower Systems Pty, Historical Development

Figure 34: Tidal Generation Limited, Historical Development

Figure 35: Wavebob, Historical Development

Figure 36: Wello OY, Historical Development

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