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Wind Energy

School of Energy

From wind resource to turbines, farms and grid integration

Wind is one of the fastest-growing sources of renewable electricity worldwide. This track explains how winds arise, how much energy is embodied in moving air, and how modern wind turbines extract that energy — onshore and offshore — with attention to components, performance, economics and reliable operation inside electricity systems.

You will connect technology fundamentals to project and grid realities: forecasting generation, integrating variable wind with other plant types, and understanding why storage and demand flexibility matter as wind share grows.

What you will learn

  • How winds form and the key characteristics of the wind resource
  • Energy in wind and how turbines convert it to electricity
  • Turbine components, performance curves and farm-level thinking
  • Onshore vs offshore wind technologies and deployment patterns
  • Advantages, constraints and site-selection drivers for wind projects
  • Measuring wind resource over time and forecasting generation
  • Wind in electricity systems: variability, capacity and reliability
  • Grid integration challenges and mitigation approaches
  • Role of storage and demand flexibility alongside wind
  • Project feasibility, financing concepts and O&M / repowering awareness

Curriculum modules

  • 1. Wind resource science

    Atmospheric drivers of wind, resource characterisation, measurement campaigns and how resource quality shapes technology choice and energy yield expectations.

  • 2. Turbine technology & performance

    Rotor, drivetrain, generator and control concepts; power curves; losses and availability; and how machine design evolves for onshore and offshore environments.

  • 3. Wind farms & project development

    Feasibility framing, site selection, stakeholder and regulatory context, layout considerations, technology and vendor evaluation, and construction / commissioning awareness.

  • 4. Wind in electricity systems

    How grids keep supply and demand balanced; why variable wind changes planning and operations; capacity, forecasting and the growing importance of flexible resources.

  • 5. Economics, O&M and lifecycle

    Cost and performance drivers, financing and organisational structures at a conceptual level, operations and maintenance, repowering decisions and end-of-life options.

  • 6. Hybrid & future pathways

    Wind–solar hybrids, storage pairing, hydrogen and other offtake pathways, and how wind fits into broader renewable electricity futures.

Skills you build

  • Wind resource and energy estimation literacy
  • Turbine and farm technology evaluation
  • Electric power systems & grid integration awareness
  • Project feasibility and forecasting mindset
  • O&M and lifecycle decision framing

Who this is for

  • Electrical, mechanical and energy engineering learners
  • Professionals moving into wind project or O&M support roles
  • Learners pairing wind with solar / storage for hybrid careers
  • Anyone needing wind depth inside a broader renewables pathway

Enquire about Wind Energy

Explore other School of Energy tracks

Renewable Energy Systems
Solar Energy
Fuel Cells
School of Energy hub

Ready to start this energy track?

Enquire with RIA for batch schedules, mentoring pathways and project support.

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