Wind Energy Systems and Technology
( 25 Modules )

Module #1
Introduction to Wind Energy
Overview of wind energy, history, and importance

Module #2
Wind Energy Fundamentals
Wind energy basics, wind speed, direction, and turbulence

Module #3
Wind Resource Assessment
Methods for assessing wind resource, measurement techniques, and data analysis

Module #4
Wind Turbine Components
Overview of wind turbine components, including blades, hub, nacelle, and tower

Module #5
Wind Turbine Aerodynamics
Aerodynamic principles, blade design, and performance optimization

Module #6
Wind Turbine Electrical Systems
Generator types, power conversion systems, and electrical connections

Module #7
Wind Turbine Control Systems
Control systems, sensors, and actuation for wind turbine operation and optimization

Module #8
Wind Farm Layout and Design
Wind farm design considerations, layout optimization, and wake effects

Module #9
Wind Farm Electrical Infrastructure
Electrical infrastructure for wind farms, including collectors, transformers, and substations

Module #10
Wind Energy Conversion Systems
Direct drive, gearbox, and generator types, and their applications

Module #11
Offshore Wind Energy
Challenges and opportunities in offshore wind energy, including installation and maintenance

Module #12
Wind Energy Grid Integration
Wind energy integration into the grid, including power quality and stability

Module #13
Wind Energy Policy and Economics
Wind energy policy frameworks, incentives, and economic analysis

Module #14
Wind Energy Environmental Impacts
Environmental impacts of wind energy, including noise, visual, and wildlife effects

Module #15
Wind Turbine Maintenance and Operations
Wind turbine maintenance strategies, condition monitoring, and operation optimization

Module #16
Advanced Wind Turbine Design
Advanced wind turbine designs, including multi-rotor, co-axial, and floating turbines

Module #17
Wind Energy Storage and Hybrid Systems
Wind energy storage options, including batteries, and hybrid systems with other renewables

Module #18
Digitalization and Data Analytics in Wind Energy
Application of digitalization and data analytics in wind energy, including condition monitoring and predictive maintenance

Module #19
Wind Energy Research and Development
Current research and development trends in wind energy, including materials, aerodynamics, and control systems

Module #20
Wind Energy Certification and Standards
Certification and standards for wind turbines, including IEC and other international standards

Module #21
Wind Energy Project Development
Wind energy project development process, including feasibility studies, permitting, and financing

Module #22
Wind Energy O&M Best Practices
Best practices for wind turbine operation and maintenance, including safety and quality control

Module #23
Wind Energy and Grid Resilience
Wind energys role in enhancing grid resilience, including frequency support and grid stability

Module #24
Wind Energy and Electrification of Transportation
Wind energys role in electrifying transportation, including electric vehicles and hydrogen production

Module #25
Course Wrap-Up & Conclusion
Planning next steps in Wind Energy Systems and Technology career

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Wind Energy Systems and Technology ( 25 Modules )

Wind Energy Systems and Technology
( 25 Modules )