Measuring and Observing the Ocean Renewable Energy Resource

David Christie; Simon Neill

doi:10.1016/B978-0-12-819727-1.00083-2

Measuring and Observing the Ocean Renewable Energy Resource

David Christie, Simon Neill

School of Ocean Sciences

Research output: Chapter in Book/Report/Conference proceeding › Chapter › peer-review

Abstract

Ocean energy developers need detailed and accurate information about the wave or tidal energy resource, and its spatial and temporal variability. This chapter discusses the complementary roles of field data acquisition and numerical simulation in determining resource characteristics. A general introduction to numerical modelling principles is presented, which applies to both wave and tidal energy. There is a discussion of tidal measurement (with acoustic devices) and common hydrodynamic modelling software, with case studies. A range of wave data acquisition methods is presented, followed by a guide to the various inputs, physical parameters and practical considerations required for an accurate wave model.

Original language	English
Title of host publication	Comprehensive Renewable Energy
Edition	2nd
DOIs	https://doi.org/10.1016/B978-0-12-819727-1.00083-2
Publication status	Published - 2021

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abstract = "Ocean energy developers need detailed and accurate information about the wave or tidal energy resource, and its spatial and temporal variability. This chapter discusses the complementary roles of field data acquisition and numerical simulation in determining resource characteristics. A general introduction to numerical modelling principles is presented, which applies to both wave and tidal energy. There is a discussion of tidal measurement (with acoustic devices) and common hydrodynamic modelling software, with case studies. A range of wave data acquisition methods is presented, followed by a guide to the various inputs, physical parameters and practical considerations required for an accurate wave model.",

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AB - Ocean energy developers need detailed and accurate information about the wave or tidal energy resource, and its spatial and temporal variability. This chapter discusses the complementary roles of field data acquisition and numerical simulation in determining resource characteristics. A general introduction to numerical modelling principles is presented, which applies to both wave and tidal energy. There is a discussion of tidal measurement (with acoustic devices) and common hydrodynamic modelling software, with case studies. A range of wave data acquisition methods is presented, followed by a guide to the various inputs, physical parameters and practical considerations required for an accurate wave model.

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M3 - Chapter

BT - Comprehensive Renewable Energy

ER -

Measuring and Observing the Ocean Renewable Energy Resource

Abstract

UN SDGs

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