Description: This paper presents the modeling and simulation of a
high-speed single-shift micro turbine generation system. This
unit has four parts: a compressor-turbine, a permanent magnet
generator, a three phases bridge rectifier and inverter. The
model is built from the dynamics of each part with their
interconnections, and two different control strategies suitable
respectively for isolated and grid-connected operation were
developed. Finally, simulation studies have been carried out
under a stepped load. The model is developed in the
MATLAB/Simulink (Matlab 2007a) and implemented in Power
system Toolboxes. This model is a useful tool for studying the
various operational aspects of micro turbines
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