The main aim of the static Transmission Network Expansion Planning (TNEP) is to
determine which and where new transmission equipment must be installed. The complexity …

This paper proposes an accurate model to solve the transmission network expansion
planning (TNEP) problem. The TNEP problem is solved using a linear DC model, a mixed …

This paper presents an approach procedure based on binary bat algorithm (BBA) for solving
the transmission system expansion planning (TSEP) problem. The proposed BBA is applied …

Traditionally, linearized AC approximation is considered for network representation, which
fails to offer an operational solution to cope with the reactive power problem in the planning …

This article presents a novel three‐step structure for simultaneous generation and network
expansion planning under the exact AC power flow equations. This tractable structure …

Significant technological advances in the electric sector have led to complexity increase and
created new challenges to transmission expansion planners. On the one hand, the …

The objective of Dynamic Transmission Expansion Planning (DTEP) is to determine which,
where, and when electric infrastructure should be added to a power system within a …

In this paper, an accurate mathematical planning model based on AC load flow model has
been utilized to solve the static planning problem of real life transmission networks using …

The paper is focusing on dynamic transmission network expansion planning (DTNEP). The
DTNEP problem has been approached from the retrospective and prospective point of view …

Abstract The objective of Dynamic Transmission Expansion Planning (DTEP) is to determine
what electrical infrastructure, where and when it should be added to a power system within a …