| |
Fundamental level |
- T1 Introduction to Wind Energy Technology (Durham)
|
| |
Medium level |
- T2.1 Improve reliability and availability of wind turbines (Durham)
- T2.2 Wind turbine configuration for offshore environment (Loughborough)
- T2.3 Using novel materials for wind turbine (Manchester3)
- T2.4 Wind Turbine Control: Role and Benefits (Strathclyde)
- T2.5 Lightning Protection and Radar Interaction of Wind Turbines (Manchester1)
- T2.6 Wind environment and its effect on wind turbine operations (surrey)
- T2.7 Offshore wind resource (Loughborough)
|
| |
In-depth level: |
- T3.1 Reliability analysis of different wind turbine concepts (Durham)
- T3.2 Modelling grouped reliability data for wind turbines (Durham/Loughborough)
- T3.3 Offshore wind turbine reliability (Durham)
- T3.4 Availability of wind turbines and the Physics of Failure approach (Loughborough) - (Include SCADA and medium frequency data analysis for condition based maintenance)
- T3.5 Analysis of wind farm SCADA data (Durham/Loughborough)
- T3.6 Practical condition monitoring techniques for off-shore wind farms (Durham)
- T3.7 Fault analysis and condition monitoring of electrical generators in wind turbines (Manchester2)
- T3.8 Wake developments and interactions within an array of large wind turbines (Surrey)
- T3.9 CFD Modelling and Validation of Wind flow over a Forest Canopy (Loughborough)
- T3.10 Parametric modelling of large wind turbine blades (STFC)
- T3.11 Novel blade material (Manchester3)
- T3.12 Active load reduction for wind turbines (Strathclyde)
- T3.13 Influence of control on turbine size and weight (Strathclyde)
- T3.14 Minimising WT visibility to radar systems (Manchester1)
- T3.15 Lightning protection solutions for wind turbines (Manchester1)
- T3.16 Resolving conflicts between Structural, RCS and Lightning protection issues in new blade designs (Manchester1&3)
- T3.17 Experimental modelling of current induced scour around offshore wind turbines (Lancaster)
- T3.18 Numerical modelling of current induced scour aroun offshore wind turbines (MMU)
- T3.19 Novel methods for numerical modelling of radar cross sections for offshore wind turbines (MMU)
- T3.20 Offshore wind resource (Loughborough)
- T3.21 Performance evaluation of different offshore wind farm networks (Durham)
- T3.22 Coordinated control strategy for offshore wind farms (Strathclyde)
- T3.23 Connecting offshore wind farms to the onshore grid (Manchester)
- T3.24 Energy storage for offshore network control (STFC)
|
| |
Industrial presentations |
- GL Garrad Hassan - Evolution of Wind Technology
- TNEI - Wind farm collector systems and grid integration
- E.ON - Experience of Offshore Wind Power Stations
- Romax - Offshore considerations on drive train operation and development
- Alstom - HVDC as a bulk power transfer system
- Siemens - Control and stability requirements of grid connected power converters
|
