This paper proposes a novel decision making framework for optimal transmission switching
satisfying the AC feasibility, stability and circuit breaker (CB) reliability requirements needed …

Power system topology control through transmission line switching for economic gains and
reliability benefits has been recently considered in day to day operations. This paper …

Multimicrogrid (MMG) systems are inherently prone to instabilities, while the topological
flexibility of their interconnection networks has potential to stabilize the system, which has …

The high penetration of renewable energy sources, combined with a limited possibility to
expand the transmission infrastructure, stretches the system stability in the case of faults. For …

Electricity grid complexity, together with diversity of critical infrastructures (CIs) such as
generating units, transportation network, etc. are increasingly driving a complicated network …

Electric power systems include discrete control elements like line switches, but are
commonly modelled as continuous dynamic systems in the engineering literature. In the …

In this paper we present the dynamic model for transient stability analysis of power systems
post transmission switching. We show numerically that the existence of a steady state power …

This paper presents an assessment of the effect of line-switching on the first-swing transient
stability (TS) of transmission networks. It is part of a recent broader research in which …

In this paper we address the issue of solving a Unit Commitment (UC) problem including the
transmission network with Active Switching (AS). The switching operation consists in a …

(57) ABSTRACT A method measures a power characteristic at the one or more storage
batteries, and controls the one or more batteries to selectively act as a generator to supply …