Foundations of Tidal, Wave, and Ocean Energy Conversion: Generating Renewable Electricity Through Marine Resource Utilization Technologies

Marine renewable energy is moving from theory to practical deployment, and this book offers a solid technical foundation for understanding how tidal, wave, and broader ocean resources can be converted into electricity. It brings together the physical principles, design methods, electrical systems, structural issues, and project-level considerations needed to move from resource assessment to functioning marine energy assets.

What this book covers The chapters progress from fundamentals to integration, giving readers a clear path through the full engineering chain. Topics include:

Marine energy conversion principles, power extraction, and performance metrics Ocean and coastal hydrodynamics, including tides, currents, waves, and near-bed flow behavior Resource assessment, measurement planning, data quality control, and site characterization Tidal and wave energy device concepts, hydrodynamic behavior, and array interactions Other ocean conversion pathways such as currents, salinity gradient, and thermal energy options Electrical generation, power electronics, grid connection, and power-quality management Structural design, fatigue, corrosion protection, mooring, anchoring, and subsea infrastructure Operations, maintenance, reliability, environmental compliance, and permitting Testing, commissioning, performance verification, and monitoring of marine energy systems Why it stands out This is not just a conceptual overview. Each chapter includes a practical example that helps translate theory into engineering decisions, whether the task is estimating expected output, selecting a converter concept, sizing a mooring line, or building a verification plan. The result is a resource that supports both learning and project development.

Ideal for graduate students, researchers, marine energy engineers, renewable power professionals, and technical readers who need a structured understanding of how marine resources are assessed, converted, conditioned, deployed, and maintained.

With its balance of physics, design, and implementation, this volume serves as a strong reference for anyone working on dependable renewable electricity from the sea.