Ultimate WIND ENERGY Masterclass. Beginner to Advanced Level from Udemy

Welcome To our Course "Ultimate Wind Energy Masterclass. Beginner to Advanced Level"

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

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

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

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What's inside

Learning objectives

Understand how wind turbine works
History of wind energy industry
Pros and cons of wind energy
Where does the wind come from ?
Types of wind turbines
Understand sizes and application of wind turbines
Understand the difference between wind power and turbine power
Understand betz model
Get the definition of tip speed ratio
Study the effect of the tower height on the turbine power
Understand the different components of wind turbine
Aerodynamics of wind turbine blades
Understand pitch mechanism and yaw mechanism
Different braking mechanisms in wind turbines
Learn the function and design of gearbox
Learn the wind turbine power characteristics
Understand the meaning of power regulation

Stall control vs. pitch control
Furling regulation
Learn how to achieve mppt control in wind turbines
Learn different types of wind farms
Typical layout of a wind farm
Learn guidelines of wind farm siting
Learn every thing about wind resource assessment
Understand how to get wind speed duration curves for a given site
Learn weibull statistics of wind data analysis
Calculation of energy and capacity factor for wind turbines
Understand different types of generators used in wind energy industry
Learn different configurations of wecs
Learn how to handle variable speed of wind turbines
Understand wind energy supply chain
Different careers and occupations in wind energy industry
Show more
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Understand how wind turbine works
History of wind energy industry
Pros and cons of wind energy
Where does the wind come from ?
Types of wind turbines
Understand sizes and application of wind turbines
Understand the difference between wind power and turbine power
Understand betz model
Get the definition of tip speed ratio
Study the effect of the tower height on the turbine power
Understand the different components of wind turbine
Aerodynamics of wind turbine blades
Understand pitch mechanism and yaw mechanism
Different braking mechanisms in wind turbines
Learn the function and design of gearbox
Learn the wind turbine power characteristics
Understand the meaning of power regulation
Stall control vs. pitch control
Furling regulation
Learn how to achieve mppt control in wind turbines
Learn different types of wind farms
Typical layout of a wind farm
Learn guidelines of wind farm siting
Learn every thing about wind resource assessment
Understand how to get wind speed duration curves for a given site
Learn weibull statistics of wind data analysis
Calculation of energy and capacity factor for wind turbines
Understand different types of generators used in wind energy industry
Learn different configurations of wecs
Learn how to handle variable speed of wind turbines
Understand wind energy supply chain
Different careers and occupations in wind energy industry
Show more
Show less

Syllabus

Introduction to Wind Energy

Course Content

Introduction

Course Material

refresh your mind

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Read about what's good

what should give you pause

and possible dealbreakers

Covers the working principle of wind turbines, which is fundamental knowledge for anyone entering or working within the wind energy sector

Explores various careers and occupations within the wind energy industry, offering insights into potential career paths for those looking to enter the field

Examines wind resource assessment and Weibull statistics, which are essential for evaluating the feasibility and performance of wind energy projects

Includes a section on wind energy in MATLAB/Simulink, which is a valuable tool for modeling and simulating wind turbine systems

Discusses different configurations of Wind Energy Conversion Systems (WECS), providing a comprehensive overview of the technologies used in the industry

Requires learners to engage with MATLAB/Simulink, which may require a separate license or access that could pose a barrier for some learners

Reviews summary

Comprehensive introduction to wind energy

According to students, this course provides a comprehensive overview covering a wide range of topics from the basics of wind formation and turbine components to more advanced concepts like DFIG and MPPT. Many learners found it to be an excellent starting point ideal for beginners or those new to the field looking for a broad understanding of the wind energy industry. However, some reviews noted that while it covers many subjects, it can lack depth in certain advanced areas and might not be sufficient for experienced professionals. There are also some comments suggesting that certain sections may be outdated or require updates to reflect current industry practices and technologies.

Concepts are explained well.

"The instructor does a good job of explaining complex ideas simply."

"I found the explanations of turbine components and power curves very clear."

"The lectures are easy to follow and understand."

"The way the concepts were broken down made them easy to grasp."

Excellent introduction for newcomers.

"As a complete beginner, I found this course incredibly helpful to get started."

"It's an excellent starting point for anyone interested in a career in wind energy."

"The fundamental concepts are explained clearly, making it accessible even without prior knowledge."

"This course is perfect if you're just beginning your journey into wind energy."

Covers extensive topics from A to Z.

"This masterclass truly covers everything about wind energy, from basics to advanced topics."

"I appreciate how comprehensive the course is, touching on components, aerodynamics, and power generation."

"It provided me with a broad understanding of the entire wind energy landscape."

"The range of topics covered is very extensive, giving a full picture of the field."

More hands-on examples needed.

"I hoped for more practical applications or case studies."

"The Simulink section was a good start, but I wanted more hands-on exercises."

"Could use more real-world examples or simulations to solidify understanding."

"I wished there were more labs or practical demos."

Some information may be out of date.

"A few lectures felt like they were using older examples or statistics."

"I noticed some references to technologies or standards that have evolved recently."

"It would be great if the course materials could be updated to reflect the latest industry trends."

"Some content seemed a bit dated compared to current industry practices."

May not satisfy experienced learners.

"While it covers many advanced topics, I felt some sections could have gone into more detail."

"For someone with an engineering background, the 'advanced' parts felt more like an overview."

"The course is great for breadth, but don't expect deep dives into complex simulations or design."

"I wished for more in-depth explanations on topics like DFIG control strategies."

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in Ultimate WIND ENERGY Masterclass. Beginner to Advanced Level with these activities:

Review Basic Electrical Engineering Concepts

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Strengthen your understanding of fundamental electrical engineering principles. This will provide a solid foundation for grasping the electrical aspects of wind turbine systems.

Browse courses on Electromagnetism

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Review circuit theorems (Thevenin, Norton).
Study AC power calculations.
Understand basic motor and generator principles.

Review 'Wind Energy Explained: Theory, Design and Application'

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Gain a deeper understanding of wind energy principles and technologies. This book will supplement the course material and provide additional context.

View Wind Energy Explained: On Land and Offshore on Amazon

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Read chapters on turbine aerodynamics and power generation.
Study the sections on wind resource assessment.
Review the material on grid integration.

Model a Simple Wind Turbine in Simulink

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Apply your knowledge by building a simulation of a wind turbine. This hands-on project will solidify your understanding of the concepts covered in the course.

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Research basic wind turbine parameters.
Implement the Betz model in Simulink.
Simulate turbine performance under varying wind speeds.
Analyze the simulation results.

Four other activities

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Create a Presentation on Wind Turbine Control Systems

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Deepen your understanding of wind turbine control by creating a presentation. This will require you to synthesize information from the course and other sources.

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Research different wind turbine control strategies.
Prepare slides explaining pitch control and yaw control.
Include diagrams and illustrations.
Practice your presentation.

Review 'Renewable Energy Resources'

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Broaden your knowledge of renewable energy sources. This book will provide context for wind energy within the broader energy sector.

View Renewable Energy Resources on Amazon

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Read the chapters on wind energy and other renewable sources.
Compare and contrast different renewable energy technologies.
Analyze the economic and environmental aspects of renewable energy.

Follow Online Tutorials on Wind Farm Design Software

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Develop practical skills in wind farm design by following online tutorials. This will give you hands-on experience with industry-standard software.

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Find tutorials on software like WindPRO or Openwind.
Follow the tutorials to create a sample wind farm layout.
Experiment with different turbine configurations.
Analyze the energy production of your virtual wind farm.

Attend a Renewable Energy Conference or Webinar

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Expand your network and learn about the latest trends in wind energy. This will provide valuable insights into the industry and potential career paths.

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Search for upcoming renewable energy events.
Register for a conference or webinar.
Attend sessions on wind energy technology and policy.
Network with other attendees.

Career center

Learners who complete Ultimate WIND ENERGY Masterclass. Beginner to Advanced Level will develop knowledge and skills that may be useful to these careers:

Wind Turbine Technician

A wind turbine technician installs, maintains, and repairs wind turbines. This job requires a strong understanding of the mechanical, electrical, and hydraulic systems of wind turbines. The Ultimate Wind Energy Masterclass helps build a foundation for understanding the working principles of wind turbines, their components, and different braking mechanisms. It introduces pitch and yaw mechanisms, which are essential for turbine operation. The course also covers important topics such as wind turbine power characteristics, power regulation, and maximum power point tracking control, all of which are highly relevant to a wind turbine technician's duties. This course provides a comprehensive overview of wind energy to anyone who wants to work in the wind energy industry.

See salaries and explore the career path for Wind Turbine Technician

Electrical Engineer

An electrical engineer designs, develops, and tests electrical equipment and systems. In the wind energy industry, they may work on wind turbine generators, power conversion systems, and grid integration. The Ultimate Wind Energy Masterclass helps build a foundation for understanding different types of generators used in the wind energy industry, various configurations of wind energy conversion systems, and how to handle variable speed of wind turbines. The course covers doubly fed induction generators, which are commonly used in wind turbines. An electrical engineer can use this course to gain an understanding of electrical systems as they appear in wind turbines.

See salaries and explore the career path for Electrical Engineer

Mechanical Engineer

A mechanical engineer designs, develops, and tests mechanical devices and systems. In the wind energy industry, they may work on wind turbine blades, gearboxes, and braking mechanisms. The Ultimate Wind Energy Masterclass helps build a foundation for understanding the different components of wind turbines, the aerodynamics of wind turbine blades, the function and design of gearboxes, and different braking mechanisms. The course covers the mechanical systems that are fundamental to the operation of a wind turbine. A mechanical engineer can use this course to get an introduction to these components.

See salaries and explore the career path for Mechanical Engineer

Renewable Energy Engineer

A renewable energy engineer designs and develops renewable energy systems, including wind power systems. This role requires a strong understanding of engineering principles and renewable energy technologies. The Ultimate Wind Energy Masterclass helps build a foundation for understanding wind turbine design, aerodynamics, and power characteristics. It covers various wind energy conversion systems, including doubly fed induction generators. The course also introduces wind energy supply chain considerations and careers in the wind energy industry. A renewable energy engineer will learn the fundamentals of wind energy that equip them for more advanced studies.

See salaries and explore the career path for Renewable Energy Engineer

Wind Energy Consultant

A wind energy consultant provides expert advice and guidance to clients on wind energy projects. This role involves assessing project feasibility, conducting wind resource assessments, and optimizing wind farm design. The Ultimate Wind Energy Masterclass helps build a foundation for understanding wind power fundamentals, wind resource assessment techniques, and wind farm siting guidelines. It covers wind data analysis, wind speed duration curves, and the calculation of energy and capacity factors. A wind energy consultant will benefit from the understanding of wind energy provided by this course.

See salaries and explore the career path for Wind Energy Consultant

Control Systems Engineer

A control systems engineer designs and implements control systems for various applications, including wind turbines. This role requires a strong understanding of control theory and automation. The Ultimate Wind Energy Masterclass may be useful for understanding pitch control, stall control, furling regulation, and maximum power point tracking control in wind turbines. It introduces the power regulation methods used to optimize wind turbine output. A control systems engineer can use this course to gain an appreciation of the algorithms used in the wind energy industry.

See salaries and explore the career path for Control Systems Engineer

Wind Farm Project Manager

A wind farm project manager oversees the planning, development, and construction of wind farms. This role involves coordinating various teams, managing budgets, and ensuring projects are completed on time and within scope. The Ultimate Wind Energy Masterclass may be useful for understanding the different types of wind farms, wind farm siting guidelines, and wind resource assessment. It covers topics like wind data analysis, wind speed duration curves, and the calculation of energy and capacity factors, all essential for effective wind farm project management. The course helps project managers gain an appreciation for the technical aspects of wind energy projects.

See salaries and explore the career path for Wind Farm Project Manager

Energy Analyst

An energy analyst researches and analyzes energy markets, trends, and policies. This role involves collecting and interpreting data to provide insights into energy production, consumption, and efficiency. The Ultimate Wind Energy Masterclass may be useful for having a broad understanding of wind energy, including its pros and cons, different types of wind turbines, and wind power fundamentals. It introduces wind data analysis, wind speed duration curves, and energy and capacity factor calculation. By taking this course, an energy analyst can gain a more in-depth appreciation of how wind energy fits into an energy landscape.

See salaries and explore the career path for Energy Analyst

Grid Integration Engineer

A grid integration engineer works on connecting renewable energy sources, such as wind farms, to the electrical grid. This role requires a strong understanding of power systems and grid technologies. The Ultimate Wind Energy Masterclass may be useful for understanding different configurations of wind energy conversion systems and how to handle the variable speed of wind turbines. It covers doubly fed induction generators and synchronous generators used in wind energy. This course helps one understand how wind power connects to the grid.

See salaries and explore the career path for Grid Integration Engineer

Sustainable Development Manager

A sustainable development manager develops and implements strategies to promote sustainability within an organization. This role involves assessing environmental impacts and identifying opportunities for improvement. The Ultimate Wind Energy Masterclass may be useful for understanding the pros and cons of wind energy, different types of wind farms, and wind farm siting guidelines. It covers wind resource assessment and the calculation of energy and capacity factors. This course helps a sustainable development manager develop a greater understanding of how wind energy fits into the broader sustainability goals of an organization.

See salaries and explore the career path for Sustainable Development Manager

Research Scientist

A research scientist conducts research to advance knowledge in a particular field. In the wind energy area, this involves improving wind turbine technology or optimizing wind farm performance, often requiring an advanced degree. The Ultimate Wind Energy Masterclass may be useful for gaining a broad understanding of wind turbine technology and wind energy conversion systems. It covers topics such as aerodynamics, power characteristics, and control methods. A research scientist can use the course to have a solid introduction to the wind energy field.

See salaries and explore the career path for Research Scientist

Data Scientist

A data scientist analyzes large datasets to extract insights and inform decision-making. In wind energy, this could involve optimizing wind turbine performance or predicting energy production. The Ultimate Wind Energy Masterclass may be useful for familiarizing yourself with the specific types of data used in the wind energy sector, such as wind speed duration curves and Weibull distribution data. The course also covers energy and capacity factor calculation. This course provides data scientists with contextual knowledge.

See salaries and explore the career path for Data Scientist

Environmental Impact Assessor

An environmental impact assessor evaluates the potential environmental impacts of proposed projects, including wind farms. This role involves conducting environmental studies, preparing reports, and recommending mitigation measures. The Ultimate Wind Energy Masterclass may be useful for understanding the pros and cons of wind energy, different types of wind farms, and wind farm siting guidelines. It provides some insight into the environmental considerations of wind energy projects. An environmental impact assessor can gain some knowledge of this area.

See salaries and explore the career path for Environmental Impact Assessor

Energy Storage Specialist

An Energy Storage Specialist works on integrating energy storage solutions with renewable energy sources like wind. Their work ensures a stable and reliable power supply by managing energy fluctuations. The Ultimate Wind Energy Masterclass may be useful for gaining a better understanding of the variability of wind energy and the importance of energy storage solutions in stabilizing the grid. An Energy Storage Specialist can use this course to improve their knowledge of the specific challenges and opportunities associated with wind energy integration.

See salaries and explore the career path for Energy Storage Specialist

Remote Sensing Analyst

A Remote Sensing Analyst that specializes in wind energy leverages data acquired from satellites, aircraft, and drones to assess wind resources, monitor wind farm performance, and analyze environmental impacts. The Ultimate Wind Energy Masterclass helps build a conceptual foundation of wind power, enabling the analyst to have a better grasp of wind resource assessment, wind data analysis, and wind speed duration curves. It can help with interpreting remote sensing data and assessing wind energy potential.

See salaries and explore the career path for Remote Sensing Analyst

Ultimate WIND ENERGY Masterclass. Beginner to Advanced Level

What's inside

Learning objectives

Syllabus

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Reviews summary

Comprehensive introduction to wind energy

Activities

Career center

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