In power system operation, network topology optimization (NTO) based on bus-branch
model and opening/closing transmission lines has been previously proposed and utilized as …

Optimal transmission line switching and/or bus splitting is shown to contribute in relieving
congestion and reducing the operation cost by rerouting power flows throughout the …

It has been demonstrated that network topology optimization (NTO) may change the
topology of power system networks, and consequently, provide additional flexibility to …

The effect of bus-bar splitting on the static stability limit is studied in this paper. A novel
online bus-bar splitting methodology is developed to increase the static stability limit of a …

Power system network topology reconfiguration can reduce the cost of relieving network
congestion. In this work, N-1 Security-Constrained Optimal Power Flow that utilizes …

A novel topology control algorithm is proposed here to reduce congestion and overloads,
thereby improving security margins in a power network. The proposed heuristic relies on …

Topology control (TC) is an effective tool for managing congestion, contingency events, and
overload control. The majority of TC research has focused on line and transformer switching …

This paper presents an adaptive robust optimal transmission switching (AR-OTS) approach
to cope with the uncertain nature of net nodal electricity demands. The proposed AR-OTS …

As one of the network topology optimization ways, bus-bar splitting has been applied for
various purposes. In this paper, the performance of bus-bar splitting on a look-ahead (ie …

Previous works have shown that the best topology of an electrical network depends on the
total demand and its distribution. Optimal Transmission Switching (OTS) identifies lines to be …