Energy Harvesting: Solar, Wind, and Ocean Energy Conversion Systems

Renewable energy conversion is not just a matter of capturing sunlight, wind, or moving water: the generated power must also be modeled, controlled, and connected to useful loads or the grid. Energy Harvesting: Solar, Wind, and Ocean Energy Conversion Systems brings those engineering questions together across several renewable resources, with particular attention to electrical machines and power-electronic interfaces.

From photovoltaic cells to complete solar systems

The opening chapter follows solar power from the behavior of photovoltaic cells and their electrical models to system-level design. Topics include sun tracking, shading, maximum power point tracking, grid-connected and stand-alone interfaces, and sizing panels and batteries. The discussion also considers solar applications in residential, vehicular, naval, and space settings.

Wind power, machines, and control

The wind-energy material examines turbine fundamentals and configurations alongside the electrical machines and generators used to convert turbine output. Control strategies and power interfaces help frame how these components work together in energy-conversion systems.

Three ways to harvest energy from the ocean

Separate chapters address tidal energy, ocean waves, and ocean thermal energy conversion. The tidal discussion spans generation approaches, turbine and generator control, grid connection, resources, and environmental impacts. Wave-energy coverage ranges from nearshore and offshore technologies to absorbers, turbines, generators, and grid interfaces. The final chapter considers closed-, open-, and hybrid-cycle ocean thermal systems and their engineering challenges.

Grounded in system analysis

Rather than treating renewable sources as isolated topics, the book links resource technologies to conversion equipment, interfaces, and system operation. Its coverage of theoretical concepts and simulation models makes it relevant to readers studying or working with renewable-energy engineering, power electronics, and electrical machines.

A technical reference across renewable sources

For engineering students, researchers, and practitioners looking for a broad technical account of solar, wind, tidal, wave, and ocean-thermal conversion, this volume offers a connected view of the systems that turn renewable resources into electrical power.