Abstract—This paper presents an ana

Abstract—This paper presents an analytical, linear, statespace
model of a Thyristor Controlled Series Capacitor (TCSC).
Firstly, a simplified fundamental frequency model of TCSC is
proposed and the model results are verified. Using frequency
response of the non-linear TCSC segment, a simplified non-linear
state space model is derived, where the frequency of the
dominant TCSC complex poles shows linear dependence on the
firing angle. The non-linear element is linearised and linked with
the AC network model and the TCSC controller model that also
includes a Phase Locked Loop model. The model is implemented
in MATLAB and verified against PSCAD/EMTDC in the time
and frequency domains for a range of operating conditions. The
model is sufficiently accurate for most control design applications
and practical stability issues in the subsynchronous range.

ผลลัพธ์ (อังกฤษ) 2:

This Paper Presents an abstract-analytical, linear, Statespace
Thyristor Controlled Series Capacitor Model of a (TCSC).
Firstly, a simplified Model of TCSC is fundamental frequency
and the Proposed Model results are Verified. Using frequency
response of the non-linear TCSC segment, a simplified non-linear
State Space Model is derived, where the frequency of the
dominant shows linear dependence on the TCSC Complex Poles
Angle firing. The non-linear element is Linearised and linked with
the AC Network Model and the TCSC Controller Model that also
includes a Phase Locked Loop Model. The Model is implemented
in matlab and Verified against PSCAD / EMTDC in the time
and frequency domains for a Range of operating conditions. The
Model is Sufficiently Most Accurate Control Design for Applications
and practical stability issues in the Subsynchronous Range.