New Perspectives on Stability Analysis of Three-phase Grid-connected Inverter Considering System Couplings


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#Matlab_assignments #Stability_Analysis #Three_phase
#Grid_connected _Inverter

ABSTRACT:
This paper considers the three-phase
grid-connected inverter (GCI) as a MIMO system, and
presents some new perspectives on the stability of GCI. It
is found that with traditional Nyquist criterion (NC)-based
method which ignores the off-diagonal components of
impedance or admittance matrix, the stability results of
impedance and admittance models are different. To make
up this disadvantage, a simple stability analysis method
based on system feedback ratio matrix (SFRM) is proposed.
Instead of ignoring the couplings of impedance or
admittance, the SFRM in the proposed method can be
equivalent to diagonal matrix by adding a perturbation
matrix into the system model, so identical results of
stability analysis under impedance and admittance models
are attained. Furthermore, to ensure the correctness of
stability result, the boundary conditions of the proposed
method are also provided. Theoretical analysis, simulation
and experimental results show that compared with the
state of art methods, the proposed SFRM-based method is
of low computational complexity and high accuracy, and is
more suitable for engineering application.

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