Ultimate WIND & SOLAR Energy. Beginner to Advanced Level

Ultimate WIND & SOLAR Energy. Beginner to Advanced Level free download

Your complete guide about Renewable Wind & Solar energy: Wind power basics, Turbine design, Solar PV, PV panels design

Welcome To our Course "Ultimate WIND & SOLAR Energy. Beginner to Advanced Levels"

This course is designed for anyone who would like to learn about wind and Solar energy from A to Z for electrical engineers, technicians, and all who are interested in working in the wind and solar energy industry.

Throughout the course we will cover Tons of topics and details:

Wind Power Topics

• Working principle of wind turbine

• History of wind energy industry

• Pros and cons of wind energy

• where does the wind come from ?

• Types of wind turbines

• Sizes and application of wind turbines

• the difference between wind power and turbine power

• Betz model for maximum wind turbine efficiency

• the definition of tip speed ratio

• the effect of the tower height on the turbine power

• different components of wind turbine

• Aerodynamics of wind turbine blades

• pitch mechanism and yaw mechanism

• Different braking mechanisms in wind turbines

• the function and design of gearbox

• the wind turbine power characteristics

• the meaning of power regulation

• Stall Control Vs. Pitch control

• furling regulation

• how to achieve MPPT control in wind turbines?

• different types of wind farms

• Typical layout of a wind farm

• guidelines of wind farm siting

• wind resource assessment

• how to get wind speed duration curves for a given site

• Weibull statistics of wind data analysis

• calculation of energy and capacity factor for wind turbines

• different types of generators used in wind energy industry

• different configurations of WECS

• Doubly Fed Induction Generator (DFIG) in wind energy industry

• how to handle variable speed of wind turbines

• wind energy supply chain

• Different careers and occupations in wind energy industry

• Practical projects on wind energy on MATLAB/Simulink

Solar PV Energy Topics

• Global contribution of renewable energy sources

• Working principle of solar energy

• Photovoltaic Principle

• PV Cell vs. PV Module vs. PV Panel vs. PV Array

• Grid connected PV system

• Off -Grid PV system

• Hybrid PV system

• Equipment of PV system

• Types of PV modules

• Construction of PV module

• PV module characteristics

• Effect of irradiance and temperature on PV module performance

• Mounting systems of PV modules

• Wirings & Cablings in PV systems

• Different functions of Grid tied inverter GTI in PV systems

• GTI for synchronization process with grid

• GTI for reactive power production

• MPPT Control

• String vs. Centralized inverter

• Meters & Met Station in PV power plant

• Grid connection interface in PV power plant

• Efficiency assessment of PV system

• Performance Ratio of PV power plant

• Capacity Utilization Factor (CUF) of PV system

• Practical projects on solar energy on MATLAB/Simulink

Solar Thermal (Concentrated Solar Power CSP) Topics

• Working principle of solar thermal power

• Equipment of concentrated solar power (CSP) systems

• Solar thermal heat energy storage systems

• Parabolic trough solar thermal systems

• Linear Frensal solar thermal systems

• Power tower solar thermal systems

• Parabolic dish/engine solar thermal systems

• Types of central receivers used in tower CSP plants

If you've been looking for ONE COURSE with an in-depth insight on Wind & Solar energy, This course is what you want !!