Continuing Professional Development Advanced Wind Energy

Entry year
2025/26
Course code
Z51000217
Level
Professional/Short Course
School
School of Engineering
Campus
Frenchay
Duration
Three and a Half Days
Delivery
Face-to-Face (Frenchay Campus)

Page last updated 29 April 2025

Introduction

This course will cover the fundamental aerodynamic theory of wind turbines, wind turbine control methods, and other relevant topics such as wind turbine noise, wind distribution and capacity factor.  The aerodynamic theory will include Actuator Disc and Blade Element Momentum Theory with example calculations. Wind turbine control will discuss the control methods for wind turbines depending on their type, a discussion of suitable generator matching and a brief consideration of a PID controller.  Recent approaches of control and design to improve power yield will be discussed. A discussion of wind turbine noise, calculation of noise and noise mitigation approaches will be covered. 

Entry requirements

There are no formal entry requirements.

 

This CPD course will be suitable for those with an interest in building a solid foundation of wind turbines and an understanding of key design aspects to improve wind turbine performance and reducing their environmental impact. Both academic practitioners (students and staff) and industry professionals would find this fundamental course relevant and engaging.

Structure

Content

Day 1

Wind resource variations and capacity factor, Actuator Disc Theory with examples, limitations. Wake rotation. Introduction to Blade Element Momentum Theory (BEM) Part 1; 

Day 2 

Basis of BEM with examples; BEM Theory Part 2; Accounting for Losses in BEM with example calculations; dynamic stall, wind turbine design aspects and practical performance aspects; 

Day 3

Wind turbine noise and mitigation with example calculations. 

Wind turbine control systems, Wind turbine methods for power control (FSSR, FSPR, VSSR, VSPR)

Day 4 (1/2 day)

In-class example calculations for power control; Generator matching, Yaw control, PID controller. Aerodynamic methods of turbine control. 

Learning and Teaching

This course is delivered face-to-face at Frenchay Campus.

Prices and dates

Supplementary fee information

Programme dates

Course DatesTimeLocation
3-6 June 2025Three full days and one half dayFrenchay Campus
 

Programme fees

Please see the table below for current fees and discounts available. All prices are VAT exempt.

Course DatesTBC
LocationFrenchay Campus
FeesTBC
 

 

How to apply

To make a full or provisional booking for this programme, please complete the relevant online booking form below: 

Course DatesBooking Form
3-6 June 2025Booking Coming Soon

 

To make an enquiry: Enquire Now

For further information

  • Email: Please contact us through the online enquiry form.
  • Telephone: +44 (0)117 32 81043 (option 1 then option 2)