Del i serien Energy Engineering

Wave and Tidal Generation Devices

Reliability and availability

Inbunden, Engelska, 2024

AvPeter Tavner

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The potential of wave power lies in waves' kinetic energy. Waves have a far greater energy density than wind or solar and can generate between 24-70 kW per meter of wave. The global tidal energy potential is estimated to be 3 TW, with approximately 1 TW in comparably shallow waters. The challenge for the development of marine energy converters (MEC) is to achieve an investment cost and rate of return that will make marine energy devices viable, compared to other sources of electrical power.The first edition of this work provided a description of the reliability and availability issues facing new wave and tidal generation devices. Since publication, there has been growing activity world-wide. The 2nd edition brings this activity to light; chapters cover, after an overview, the principles, reliability in theory and practice, a range of devices and device taxonomy, availability, device layout and grid connection, design and testing for wave and tidal devices, monitoring, as well as operational experiences and lessons learnt from existing systems.Wave and Tidal Generation Devices, 2nd Edition is a key resource for researchers and developers in industry and academia involved with wave or tidal energy devices, for experts responsible for operating and maintaining wave and tidal assets, as well as for advanced students involved with ocean energy technology engineering.

Produktinformation

Utgivningsdatum2024-12-10
Mått156 x 234 x 19 mm
Vikt640 g
FormatInbunden
SpråkEngelska
SerieEnergy Engineering
Antal sidor324
Upplaga2
FörlagInstitution of Engineering and Technology
ISBN9781839538230

Tillhör följande kategorier

Energiteknik inom Naturvetenskap och teknik

Peter Tavner is an emeritus professor at Durham University, UK. He has held several senior research and technical positions in the UK electrical supply and manufacturing industries, including group head in a former CEGB research laboratory, technical director of Laurence, Scott & Electromotors (LSE) and Brush Electrical Machines (BEM), then group technical director of FKI. He was head of engineering at Durham University, 2006-2010, and president of the European Academy of Wind Energy from 2010-2012.

Chapter 1: Overview of wave and tidal developmentChapter 2: ResourceChapter 3: Reliability theory relevant to wave and tidal devicesChapter 4: Reliability prediction method for wave and tidal devicesChapter 5: Practical wave and tidal device reliabilityChapter 6: Reliability and MEC device taxonomyChapter 7: Availability and its effect on the cost of marine energyChapter 8: Wave and tidal device layout and grid connectionChapter 9: Design and testing for wave and tidal devicesChapter 10: Operational experience and lessons learntChapter 11: Monitoring and its effect on O&MChapter 12: Overall conclusionsAppendix A: TerminologiesAppendix B: Device configurationAppendix C: MEC reliability diagramsAppendix D: MEC reliability data collection, based on wind industry experienceAppendix E: Reliability of key sub-assemblies, portfolio of surrogate dataAppendix F: A clean energy technology timelineAppendix G: A tidal poem