Wind Turbine and Wind Farm Training Course
11th - 13th September 2012, Glasgow
These training courses are open to the public. Employees of ACTC member companies are entitled to two places free of charge. Attendees from other companies are required to pay the fee detailed on the registration form (see below for details).
Registration is required for all places. Please ensure the payment details section of the form is completed.
The aim of this three-day training course is to consider the design of wind turbine control systems, methods to improve them both in terms of performance and reliability, and consider advanced methods for the control of wind farms. It will particularly focus on offshore wind farms where problems of robustness and reliability dominate. This course is intended to provide a tutorial introduction to the control and condition monitoring techniques involved and also an overview of the current state of the art in both wind turbines and wind farms.
The training course is to be organised by ISC Ltd., which is one of the leading partners in a European Union supported project AEOLUS on offshore wind farm control, and members of this project, will contribute to the event.
The level of the course will be introductory with demonstrations so that engineers appreciate the techniques described. It will also provide a tutorial overview of the research in wind turbine control systems aimed at improving energy capture, reducing breakdowns and limiting maintenance costs. The training course will provide hands-on simulation experience for tuning controllers and assessing performance. It will include industrial perspectives and new developments.
The wind farm training course will cover instrumentation, condition monitoring and fault diagnosis and there will be a review on the state of the art of the subject. It will include a demonstration overview of the research in offshore wind energy systems aimed at reducing breakdowns and limiting maintenance costs. Some of the new developments to be reported will be based upon that from European Union funded projects and particularly Aeolus which is concerned with reducing fatigue loading and power regulations in offshore wind farms.
The course will be held in the Mercure Glasgow City Hotel, 201 Ingram Street, Glasgow G1 1DQ www.mercure.com
Special b&b rates available for attending delegates (limited rooms available)
Glasgow City Centre offers a wide range of accommodation, you can find our recommendations here.
|Day 1: Understanding Wind Turbine System and Control System
|Welcome and Introduction to the Course, by Professor Mike J Grimble
|Motivation and Need for Control System for Wind Turbine System
|Modelling of Wind Turbine System
|Hands-On Session: Modelling of Wind Turbine System
|Wind Turbine Operation and Feedback Control Loops
|Linearisation of Nonlinear Wind Turbine System
|Hands-On Session: Linearisation of Nonlinear Wind Turbine System
|Day 2: Classical and Advanced Control of Wind Turbine System
|Principal of PID Control Law Design and Tuning for Regulating Loops
|Implementation Issues of Classical or PID Controllers
|Hands-On Session: Designs of PID Controller for Wind Turbine System
|Overview of the Use of Classical Control Design in Wind Turbine Application
|Introduction to Optimal Control Design Methods for Wind Turbine Controls
|Hands-On Session: Optimal Control Design Methods for Wind Turbine System
|Day 3: Offshore and Onshore Wind Farm Control
|Introduction to the General problem of Wind Farm Modelling and Control
|Introduction to Predictive Control Design Methods (for use in Wind Farm control)
|Application of Classical and Advanced Supervisory Predictive Control for Wind farms
|Demonstrations of Predictive Supervisory Control for Wind Farms and Improvements to Performance and Reliability Discussion farms
|Overview of Other Advanced Control Methods for Wind Turbines and Wind Farms
|New Condition Monitoring Methods for Wind Farms
|Fatigue and Loading in Offshore Wind Farms and the Results of the EU AEOLUS Project (including summary of talk Project Leader – Professor Thomas Bak, Aalborg) given by Prof Mike Grimble.