Grid Code Testing By Voltage Source Converter - Rahman, Abdullah Al Mahfazur;Sabbir, Muhammad Usman
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The wind power penetration is increasing tremendously.To integrate this huge amount of energy contribution from wind firms into our current electrical system is a big challenge for both power system planners and operators because of different behavior of wind power plants than the conventional power plants. It is required from the wind power plants that it should contribute in grid support such as frequency, voltage and reactive power control and it should behave as a conventional power plant during normal and abnormal conditions. For this reason transmission system operator s (TSO) of…mehr

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Produktbeschreibung
The wind power penetration is increasing tremendously.To integrate this huge amount of energy contribution from wind firms into our current electrical system is a big challenge for both power system planners and operators because of different behavior of wind power plants than the conventional power plants. It is required from the wind power plants that it should contribute in grid support such as frequency, voltage and reactive power control and it should behave as a conventional power plant during normal and abnormal conditions. For this reason transmission system operator s (TSO) of different countries have issued grid codes for wind power plants to operate them in conventional way. This project explains a way to test wind turbines grid code requirements to act like a conventional power plant.The entire project is simulated in PSCAD/EMTDC.
Autorenporträt
I did my B.Sc in Electrical and Electronic Engineering from Ahsanullah University of Science and Technology,Bangladesh in 2008.Then I worked there as a Lecturer in the Department of EEE ,from 15th April 2008 to 30th August 2009.After that in 2012 I have done my M.Sc degree in Electric Power Engineering from Chalmers University of Technology,Sweden.