Wind Turbine Design and Technology
( 25 Modules )

Module #1
Introduction to Wind Energy
Overview of wind energy, benefits, and market trends

Module #2
Wind Turbine Fundamentals
Basic principles of wind turbine operation, components, and performance

Module #3
Aerodynamics of Wind Turbines
Aerodynamic principles, blade design, and rotor aerodynamics

Module #4
Wind Turbine Blade Design
Blade geometry, materials, and structural design considerations

Module #5
Hub and Nacelle Design
Hub and nacelle components, design considerations, and optimization techniques

Module #6
Generator and Electrical Systems
Generator types, electrical system design, and power conversion

Module #7
Drive Train and Gearbox Design
Drive train components, gearbox design, and bearing selection

Module #8
Control and Monitoring Systems
Wind turbine control systems, sensoring, and monitoring strategies

Module #9
Tower and Foundation Design
Tower types, foundation design, and structural analysis

Module #10
Wind Turbine Installation and Commissioning
Site preparation, installation, and commissioning procedures

Module #11
Wind Turbine Performance Optimization
Methods for optimizing wind turbine performance, including yaw control and pitch optimization

Module #12
Noise Reduction and Sound Analysis
Noise reduction strategies, sound analysis, and noise mitigation techniques

Module #13
Visual Impact and Aesthetics
Visual impact assessment, aesthetics considerations, and design optimization

Module #14
Environmental Impact Assessment
Environmental impact assessment, permitting, and compliance regulations

Module #15
Wind Turbine Maintenance and Repair
Maintenance strategies, repair techniques, and condition monitoring

Module #16
Reliability and Failure Analysis
Reliability analysis, failure modes, and fault tree analysis

Module #17
Grid Integration and Connection
Grid connection requirements, power quality, and grid stability

Module #18
Wind Farm Layout and Optimization
Wind farm layout optimization, wake effect analysis, and wind farm performance

Module #19
Advanced Wind Turbine Design Concepts
Innovative design concepts, such as floating wind turbines and airborne wind energy

Module #20
Materials and Manufacturing
Materials selection, manufacturing processes, and supply chain management

Module #21
Wind Turbine Standards and Certification
International standards, certification schemes, and regulatory frameworks

Module #22
Cost Estimation and Economic Analysis
Cost estimation, economic analysis, and levelized cost of energy (LCOE) calculation

Module #23
Case Studies in Wind Turbine Design
Real-world case studies of wind turbine design, development, and operation

Module #24
Future Trends and Emerging Technologies
Emerging trends, technologies, and innovations in wind turbine design and technology

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

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Wind Turbine Design and Technology ( 25 Modules )

Wind Turbine Design and Technology
( 25 Modules )