Application Guidelines for a New Master Controller Model for STATCOM Control in Dynamic Analysis

Multi‐objective robust tuning of STATCOM controller parameters for stability enhancement of stochastic wind‐penetrated power systems

“…SVSMO3 model is used for STATCOMs and details of the model are explained in the following subsection. All the parameters of the dynamic models (except for the parameters to be optimised) are from [20, 32–34], which are recommended by WECC (Western Electricity Coordinating Council) and verified in many STATCOM‐based voltage stability studies [6, 35]. Specifically, if the recommended values for a certain parameter is a range instead of a fixed number, we will use the recommended value from [34].…”

“…The block diagram of the generic SVSMO3 model for STATCOM is shown in Fig. 7 [33]. The main objective of the STATCOM is the voltage control of the specified bus, which comprises two parts: primary control and secondary control.…”

“…In this paper, slow‐reset control is selected as the secondary control. Table 3 lists the control parameters to be optimised in the proposed method, with the ranges of each parameter and the default values recommended in [20, 33].…”

“…Default : It is the method using recommended controller parameters from [20, 33], as listed in Table 3.…”

Improved Coordinated Control Strategy for Hybrid STATCOM Using Required Reactive Power Estimation Method

“…Such relations based on direct and indirect methodologies were well represented in [8]- [11]. Also, the previous studies related to design a robust damping controller shows effective performance for a range of operating conditions of the nonlinear power system [12], [13], and some papers share the modeling knowledge for control application [14]- [16]. However, this increasing rate of the FACTS device has given rise to concerns about cost efficiency for grid operators since a FACTS device requires a large initial capital outlay; thus, the application of one of the several devices should be cost-effective.…”