This paper proposes an improved binary bat algorithm (IBBA) for solving static and dynamic
transmission network expansion planning (TNEP) problems for standard and realistic …

Transmission network expansion planning (TNEP) is subject to several constraints that are
driven by new market rules, such as generation uncertainty, demand growth, seasonal …

An increasing number of municipalities are striving for energy autonomy. This study
determines in which municipalities and at what additional cost energy autonomy is feasible …

A framework to quantify the value of model enhancements (VOMEs) in transmission
planning models is proposed and applied to a case study of the large‐scale, long‐term …

Governments across the world are planning to increase the share of renewables in their
energy systems. The siting of new wind and solar power plants requires close coordination …

The framework of energy transition poses significant challenges in subtransmission network
development, where the increased renewable energy generation is collected, in order to …

The problem of electric network expansion has different implications concerning the
definition of criteria for the comparison of different candidate projects. Transmission …

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 …

This paper presents a methodology for static security assessment of transmission network
planning using machine learning (ML). The objective is to accelerate the probabilistic risk …

The energy system is faced with the necessity for increased energy transport and storage
capacities resulting from the integration of intermittent renewable energy sources. An ex …