		Wind Energy Technology
	Sustainable Power Generation and Supply - Phase 2

Presentations

	SUPERGEN Wind 2011 General Assembly, 12th and 13th Sep 2011, Loughborough
Wake Development of Wind Turbines in Offshore Neutral Atmospheric Boundary Layer by Dr Shanying Zhang, Surrey University Synthetic Inertia by Adam Stock, University of Strathclyde Induction Generator Condition Monitoring based in Stator Current Analysis by Damian Vilchis-Rodriguez, University of Manchester Numerical Modelling of Sub-Sea Turbine Foundations by Feng Gao, Manchester Metropolitan University Dynamic FE Modelling of Supergen Wind Turbine Blade by George Ellwood, STFC Fatigue Design of Wind Turbine Blades by Chi Zhang, University of Manchester An Evaluation of Possible Collection Network Architectures for Offshore Wind Farms by Max Parker, University of Strathclyde Vibration Analysis of the Gearbox and Generator of a 25kW Wind Turbine by John Barton, Loughborough University Wave Loading on Wind Turbine Sub-Structures by Jamie Luxmoore, Lancaster University Design and Build of a Hardware-In-Loop Power Converter for Model Validation by Kevin Dyke, University of Manchester Wind Turbine SCADA Alarm Analysis by Yingning Qiu, Durham University
	SUPERGEN Wind 2011 General Assembly, 20 April 2011 , Durham
Introduction & Supergen Wind phase 2 Year 1 presentation by Prof. Bill Leithead, University of Strathclyde Experience of Offshore Wind Power Stations by Ian Johnson from E.ON Offshore considerations on drive train operation and development by David Reetham from Romax Fault Detection and Drive Train Condition Monitoring by Prof. Sandy Smith, University of Manchester Sub-sea Foundations by Prof. Derek Causon, Manchester Metropolitan University Connecting offshore wind farms to the onshore grid by Dr Mike Barnes, University of Manchester How are we going to make offshore wind farms more reliable by Prof. Peter Tavner, Durham University Wind turbines and radar interaction by Dr Laith Rashid, University of Manchester Wind tunnel simulations of wind turbine wakes by Dr Philip Hancock, University of Surrey Supergen Wind Year 2 prospect by Prof. Peter Tavner, Durham University
	SUPERGEN Wind 5th Training Seminar (2nd training in Phase 2), 24-25 March 2011 , Manchester
Session 1: HVDC as a bulk power transfer system by Mr Carl Barker, Chief engineer in Alstom Grid UK Session 2: Control and stability requirements of grid connected power converters by Dr Paul Brogan, Siemens Session 3: Offshore wind resource by Prof. Simon Watson, Loughborough University Session 4: Offshore wind turbine reliability by Prof. Peter Tavner, Durham University Session 5:Wind Turbine Scaling and Control by Prof. Bill Leithead, University of Strathclyde Session 6:Modelling and Control of wind Power Systems by Prof. Li Ran, Durham University Session 7: Connecting offshore wind farms to the onshore grid by Dr Mike Barnes, University of Manchester Session 8: Energy storage for offshore network control by Dr Alan Ruddell, STFC
	Energy storage: the frontiers of materials and physics Day conference, Institute of Physics, 15th November 2010
The behaviour of storage devices in the electricity grids, Dr Mike Barnes, University of Manchester
	SUPERGEN Wind 4th Training Seminar, 23-24 September 2010 , Glasgow
Introduction to Wind Energy Technology by Prof Peter Tavner, Durham University Evolution of Wind Technology by Mr Peter Jamieson, GL Garrad Hassan Wind farm collector systems and grid integration by Dr Padraig Lyons, TNEI Wind turbine configuration for offshore environment by Prof Simon Watson, Loughborough Parametric modelling of large wind turbine blades by Dr Geoff Dutton, STFC Wind Turbine Control: Role and Benefits by Prof Bill Leithead, University of Strathclyde Using novel materials for wind turbine by Mr Chi Zhang, University of Manchester Lightning protection of wind turbine by Dr Vidyadhar Peesapati, University of Manchester Radar and Wind Farms by Dr Laith Rashid, University of Manchester
	SUPERGEN Wind Phase 1 Final Assembly - 25th March 2010, Loughborough
Project phase 1 presentation by Prof. Bill Leithead, University of Strathclyde Technology progress in wind energy by Dr Gillian Smith, Garrad Hassan How R&D can assist the application of wind generation by Dr Dave Pearce, E.ON Wind tunnel modelling of wind turbine wakes by Dr Philip Hancock, Surrey University Fault analysis and condition monitoring for wind turbines: practical techniques for wind farms by Dr Simon Watson, Loughborough University Control strategies for blade and tower load reduction by Prof. Bill Leithead, University of Strathclyde Wind turbine blade materials by Prof. Paul Hogg, University of Manchester Lightning-protection and Radar Cross Section minimisation by Prof Tony Brown, University of Manchester Blade model for certification test support and failure prediction by Dr Geoff Dutton, Rutherford Appleton Laboratory, STFC Phase 2 - Towards the offshore wind power station by Prof. Peter Tavner, Durham University
	SUPERGEN Wind EWEC2010 Side Event - 20th April 2010, Warsaw (Download all)
Research for the highly reliable offshore wind power station (SUPERGEN Wind & ReliaWind) by Professor Peter Tavner, Durham University, UK Drive train test facility (invited industrial presentation) by Mr Stuart Herbert, Business Development Manager from Narec, UK Wind turbine reliability and availability (SUPERGEN Wind & ReliaWind) by Professor Peter Tavner, Durham University, UK Design for reliability of wind turbines (ReliaWind) by Dr Ben Hendricks, Garrad Hassan, UK Advanced wind turbine health monitoring from SCADA (ReliaWind) by Dr Viharos Zsolt Janos, Hungarian Academy of Sciences, Hungary Fault analysis and condition monitoring in a wind turbine & practical techniques for wind farms (SUPERGEN Wind) by Dr Simon Watson, Loughborough University, UK Lightning protection for offshore wind turbine (SUPERGEN Wind) by Mr Vidyadhar Peesapati, University of Manchester, UK

Last updated :

20-Sep-2011