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Description of the experiment
As shown in the diagram above the variable frequency inverter fed Induction Motor is driving the Generator. Induction motor represents the Turbine in real life situations. The generator is loaded. Induction motor is driven by V/F inverter. This controls the torque provided on the generator shaft. With increasing torque the real power generated goes up. When the field voltage is increased the reactive power generated by the generator goes up but not the real power delivered. Effectively, the increased field current increases the generator voltage behind its reactance while the mains supply maintains its terminal voltage at the system voltage level.
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Project Timelines
Project Staff:
Warren |
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Nagesware | PaCE, SET, RMIT |
Selva Moorthy | SECE, SET, RMIT |
John Morton | SET IT, RMIT |
Consultants:
Joel Carpenter UQ
Mark Shulz UQ
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Description Timing Responsibility
Project start - Secure funding | July 2006 | Selva /Warren/Amgad |
Order required components | July 2006 | Warren/Selva |
Setting up a demo Virtual Lab | Mid August 2006 | Warren |
Publicity | End August 2006 | Warren |
Setting up of this experiment | Mid September 2006 | Warren/Selva |
Installation of all the needed software | End August 2006 | John/Warren |
Commissioning of iLabs server | Mid September 2006 | Mark Shulz/Joel UQ |
Demonstration/Opening ceremony | Early October 2006 | Warren/Selva/Amgad |
Evaluation | End November 2006 | Selva/Warren |