An Interface System for Microturbine Generators /
An Interface System for Microturbine Generators /
by Mohamed Rizk Mohamed Hamouda ; Supervisors : Prof Dr. Mohamed Abd-Alraheim Badr, Dr. Mostafa Ibrahim Mohamed Marei. Prof. Dr. Ahmed Abd-El-Sattar Abd-El-Fattah, Prof. Dr. Esam Abo-Aldahab.
- i, xi, 63 pages : illustrations ; 29 cm
Supervisors : Prof Dr. Mohamed Abd-Alraheim Badr, Dr. Mostafa Ibrahim Mohamed Marei. Prof. Dr. Ahmed Abd-El-Sattar Abd-El-Fattah, Prof. Dr. Esam Abo-Aldahab.
Thesis (M.Sc.) - Cairo University - Faculty of Engineering, Department of Electric Power and Machines 2015.
Includes bibliographical references (61-63 p.).
Recently, the Distributed Generation (DG) give a solution to the problem of continuously increased power demand in electrical networks. Microturbine units (MTU) which are suitable for DG application requirements, have been very popular for the power consumers because of their flexibility, compact design and low maintenance. Different interface systems could be used to link the MTU with the grid. Examples of these are conventional DC- AC converters (inverters), High Frequency Link Converters (HFLC), Matrix Converters (MC) and back-to-back converters. Back-to back converters have advantages of controlling the active and reactive power, ride through faults and elimination of harmonics at the generator side.
Supervisors : Prof Dr. Mohamed Abd-Alraheim Badr, Dr. Mostafa Ibrahim Mohamed Marei. Prof. Dr. Ahmed Abd-El-Sattar Abd-El-Fattah, Prof. Dr. Esam Abo-Aldahab.
Thesis (M.Sc.) - Cairo University - Faculty of Engineering, Department of Electric Power and Machines 2015.
Includes bibliographical references (61-63 p.).
Recently, the Distributed Generation (DG) give a solution to the problem of continuously increased power demand in electrical networks. Microturbine units (MTU) which are suitable for DG application requirements, have been very popular for the power consumers because of their flexibility, compact design and low maintenance. Different interface systems could be used to link the MTU with the grid. Examples of these are conventional DC- AC converters (inverters), High Frequency Link Converters (HFLC), Matrix Converters (MC) and back-to-back converters. Back-to back converters have advantages of controlling the active and reactive power, ride through faults and elimination of harmonics at the generator side.