학술논문

Input-State Feedback Linearization Control of Two-Stage Matrix Converters Interfaced With High-Speed Microturbine Generators
Document Type
Conference
Source
2007 IEEE Canada Electrical Power Conference Electrical Power Conference, 2007. EPC 2007. IEEE Canada. :302-307 Oct, 2007
Subject
Power, Energy and Industry Applications
Components, Circuits, Devices and Systems
Engineered Materials, Dielectrics and Plasmas
Linear feedback control systems
Matrix converters
Power generation
Voltage
Circuit topology
Output feedback
Capacitors
Turbines
Power electronics
Frequency conversion
High speed microturbine generators
input-state feedback linearization control
Language
Abstract
In this paper the indirect two-stage matrix converter is used with the aim to convert a high frequency output voltage of a microturbine generator to a low-frequency voltage for utility use. Moreover, in order to allow a unity input power factor operation of the electrical generator, an input-state feedback linearization control-law is implemented to control the current flowing between the generator and the matrix converter's input side. Numerical simulations are carried out using matlab and similink software emphasize the two-stage matrix converter's capability in providing sinusoidal output voltage with low distortion. Moreover, the unity power factor operation of the generator is also verified over a wide variation of the active power.