The potential of wave power lies in the kinetic energy of ocean waves, which possess significantly higher energy density than wind or solar, capable of generating 24–70 kW per meter of wave front. Globally, tidal energy potential is estimated at 3 TW, with roughly 1 TW in relatively shallow waters. The main challenge in developing marine energy converters (MECs) is achieving competitive investment costs and returns, making marine energy commercially viable compared to other electricity sources.
The second edition updates and expands the first edition, reflecting the growing global activity in marine energy. It covers:
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Principles of wave and tidal energy conversion
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Reliability in theory and practice
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Device taxonomy and a range of marine energy converters
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Availability, device layout, and grid connection
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Design and testing of wave and tidal devices
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Monitoring systems and performance evaluation
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Operational experiences and lessons learned from existing installations
This edition is an essential resource for researchers and developers in industry and academia, operators and maintainers of wave and tidal energy systems, as well as advanced students engaged in ocean energy technology engineering.
