Course Overview
This advanced programme delivers comprehensive expertise in wind farm development and management encompassing both onshore and offshore applications. Participants master the technical, economic, environmental, and regulatory complexities of developing successful wind energy projects from initial prospecting through long-term operations in competitive energy markets.
The curriculum examines wind resource characterization including measurement campaign design using meteorological towers and remote sensing technologies such as LIDAR and SODAR. Attendees gain proficiency in wind flow modeling, energy production estimation, and uncertainty analysis that inform investment decisions and financing requirements. The course addresses turbine technology evolution, generator configurations, control systems, and the specialized technologies and installation methodologies unique to offshore wind including foundation designs and subsea cabling.
Through detailed case studies and practical exercises, delegates develop capability to conduct site suitability analysis integrating wind resource quality, environmental constraints, grid proximity, and stakeholder considerations. The programme addresses environmental impact assessment, wildlife migration studies, noise modeling, and community engagement strategies essential for project approval. Participants gain expertise in project economic modeling, capacity factor optimization, power purchase agreement structuring, and land rights negotiation. The course examines construction planning, logistics management for large components, commissioning procedures, and long-term operations including predictive maintenance strategies and performance optimization that maximize wind asset value throughout multi-decade operational lifespans.
Who Should Attend
- Wind project developers and managers
- Renewable energy engineers specializing in wind
- Project finance professionals in wind sector
- Environmental consultants for wind projects
- Government officials promoting wind energy
- Utilities and IPPs developing wind assets
- Anyone involved in onshore or offshore wind development
Learning Outcomes
Upon completing this course, participants will be able to:
- Conduct wind resource assessment using measurement campaigns and modeling
- Design and implement meteorological tower and LIDAR measurement programs
- Apply wind flow modeling for energy production estimation
- Evaluate sites for wind farm development considering multiple factors
- Understand wind turbine technology including generators and controls
- Compare onshore and offshore wind technologies and applications
- Design offshore foundation systems and installation methodologies
- Develop comprehensive project economics and financial models
- Conduct environmental impact assessments and wildlife studies
- Navigate permitting and regulatory approval processes
- Structure power purchase agreements and land agreements
- Manage construction and commissioning of wind farms
- Implement operations and maintenance strategies
- Optimize long-term wind asset performance and reliability