Wave Energy Conversion Systems - A Beginner'S Course

Learn about wave energy converters including AWS, Wave Dragon, OWC, and much more for complete beginners

What you'll learn

Wave space, time, and height properties

Sea wave equation

Wave packet

Wave particles motion

Dispersion relation of different sea waves

Shoaling effect in sea waves

Wave buoy measurements and computation of sea parameters

Types of wave energy conversion systems

Pelamis wave energy converter

Overview, types, and projects of Pelamis wave energy converter

Aquabuoy and the Aegir dynamo wave energy converters

Overview, types, and projects of AquaBuoy wave energy converter

Wave dragon and oscillating column wave energy converters

Overview, types, and projects of wave dragon

Overview, types, and projects of OWC

AWS or Archimedes wave swing

Overview, types, and projects of AWS

Oyster wave energy converter

Types, projects, and design enhancement of an Oyster

Steps of a feasibility study in a wave energy resource

Example of a feasibility study in Spain

Requirements

No prior knowledge

Passion to learn

Description

"Ultimate Wave Energy Course for Beginners"This is the only course out there with all the basics you need to know about wave energy for complete beginners.Throughout the course, you will learn:Wave space, time, and height properties.Sea wave equation.Wave packet and wave particles motion.Dispersion relation of different sea waves.Shoaling effect in sea waves.Wave buoy measurements and computation of sea parameters.Types of wave energy conversion systems like Pelamis wave energy converter, Aquabuoy, Wave dragon, oscillating column wave energy, Archimedes wave swing, and Oyster.Overview, types, and different projects and prototypes involving these converters.Steps of a feasibility study in a wave energy resource.Example of a feasibility study in Spain.This course is presented in a simple way for those who have zero knowledge about wave energy conversion systems. It will help you get unique knowledge that took me years to have in just a couple of hours.You will find the slides for the Ultimate Wave Energy Course for those who are interested in them or having them as a revision for themselves52 Pages of Basics of Wave Energy Slides61 Pages of Types of Converters Slides23 Pages of Steps of Feasibility Study SlidesTake this course if you've been looking for ONE COURSE with in-depth insight into wave energy.

Overview

Section 1: Basics of Wave Energy

Lecture 1 Introduction to the Course

Lecture 2 Wave Power – Advantages and Challenges

Lecture 3 Course Slides

Lecture 4 Wave Energy Potential

Lecture 5 Wave Space, Time, and Height Properties

Lecture 6 Sea Wave Equation

Lecture 7 Wave Packet, Dispersive Waves, and Non-Dispersive Waves

Lecture 8 Wave Particles Motion and Types of Waves

Lecture 9 Dispersion Relation of Different Sea Waves

Lecture 10 Shoaling Effect in Sea Waves

Lecture 11 Wave Buoy Measurements and Computation of Sea Parameters

Section 2: Types of Wave Energy Conversion Systems

Lecture 12 Introduction to Wave Energy Conversion Systems

Lecture 13 Pelamis Wave Power (PWP)

Lecture 14 Overview, Types, and Projects of Pelamis Wave Energy Converter

Lecture 15 Aquabuoy and the Aegir Dynamo Wave Energy Converters

Lecture 16 Overview, Types, and Projects of AquaBuoy Wave Energy Converter

Lecture 17 Wave Dragon and Oscillating Column Wave Energy Converters

Lecture 18 Overview, Types, and Projects of Wave Dragon

Lecture 19 Overview, Types, and Projects of OWC

Lecture 20 AWS or Archimedes Wave Swing

Lecture 21 Overview, Types, and Projects of AWS

Lecture 22 Oyster Wave Energy Converter

Lecture 23 Types, Projects, and Design Enhancement of an Oyster

Lecture 24 Comparison between WECSs

Section 3: Feasibility Study of a Wave Energy Resource

Lecture 25 Steps of a Feasibility Study in a Wave Energy Resource

Lecture 26 Example on a Feasibility Study in Spain

Lecture 27 Bonus Lecture

Anyone who wants to get knowledge about the wave energy,Electrical engineering students,Electrical engineers,Mechanical engineers,Renewable engineers