Bicycling magazine's training techniques for cyclists greater power, faster speed, longer endurance, better skills

Wind energy an introduction by El-Sharkawi, Mohamed A.

Table of Contents: “…7.1.Description of Synchronous Generator -- 7.2.Salient Pole Synchronous Generator -- 7.2.1.Rotating Reference Frame -- 7.2.2.Parks Equations -- 7.2.3.Steady-State Model -- 7.2.3.1.Root Mean Square Values -- 7.2.3.2.Real and Reactive Powers -- 7.3.Cylindrical Rotor Synchronous Generator -- 7.4.Dynamic Model of Synchronous Generator -- 7.4.1.Dynamics of Rotating Mass -- 7.4.2.Dynamics of Electrical Modes -- 7.4.2.1.Field Dynamics -- 7.4.2.2.Terminal Voltage Dynamics -- 7.4.2.3.Electric Torque Dynamics -- 7.4.3.Block Diagram of Synchronous Generator -- Exercise -- 8.1.Equivalent Circuit for the Squirrel-Cage Induction Generator -- 8.1.1.Power Flow -- 8.1.2.Electric Torque -- 8.1.3.Maximum Power -- 8.1.4.Maximum Torque -- 8.2.Assessment of Type 1 System -- 8.3.Control and Protection of Type 1 System -- 8.3.1.Reactive Power of Type 1 System -- 8.3.2.Inrush Current -- 8.3.3.Turbine Stability -- Exercise -- 9.1.Equivalent Circuit of Type 2 Generator -- 9.2.Real Power -- 9.3.Electric Torque -- 9.4.Assessment of Type 2 System -- 9.5.Control and Protection of Type 2 System -- 9.5.1.Inrush Current -- 9.5.2.Turbine Stability -- Exercise -- 10.1.Equivalent Circuit -- 10.2.Simplified Model -- 10.3.Power Flow -- 10.3.1.Apparent Power Flow through RSC -- 10.3.2.Apparent Power Flow through GSC -- 10.4.Speed Control -- 10.5.Protection of Type 3 Systems -- 10.5.1.Electrical Protection -- 10.5.1.1.Crowbar System -- 10.5.1.2.Chopper System -- 10.5.2.Electromechanical Protection -- 10.5.2.1.Stator Dynamic Resistance -- 10.5.2.2.Rotor Dynamic Resistance -- Exercise -- 11.1.Full Converter -- 11.2.Power Flow -- 11.3.Real Power Control -- 11.4.Reactive Power Control -- 11.5.Protection -- 11.5.1.Chopper System -- 11.5.2.Dynamic Resistance -- Exercise -- 12.1.System Stability -- 12.1.1.Stability of Synchronous Generator -- 12.1.2.Stability of the Induction Generator -- 12.1.3.Systemwide Stability -- 12.2.Fault Ride-Through, Low-Voltage Ride-Through -- 12.2.1.Impact of Fault on WTs -- 12.2.1.1.Current -- 12.2.1.2.Reactive Power -- 12.2.1.3.Mechanical Stress -- 12.2.2.LVRT Requirements -- 12.2.3.LVRT Compliance Techniques -- 12.2.3.1.Ramping Control -- 12.2.3.2.Dynamic Braking -- 12.2.3.3.Dynamic Voltage Restorer -- 12.3.Variability of the Wind Power Production -- 12.3.1.Uncertainty of Wind Speed -- 12.3.2.Variability of Wind Power Output -- 12.3.3.Balancing Wind Energy -- 12.3.3.1.Energy Storage -- 12.3.3.2.Load Management -- 12.4.Reactive Power -- 12.4.1.Turbine Reactive Power Control -- 12.4.2.Static VAR Compensator -- 12.4.2.1.Thyristor-Controlled Reactor -- 12.4.2.2.Thyristor-Switched Capacitor -- 12.4.2.3.TSR-TSC -- 12.4.2.4.Static Compensator -- 12.4.…”