Electrical grid layout optimization should consider the placements of turbines and
substations and include effects such as wake losses, power losses in cables, availability of …

The last two decades have witnessed a new paradigm in terms of electrical energy
production. The production of electricity from renewable sources has come to play a leading …

Wind power is becoming an important source of electrical energy production. In an onshore
wind farm (WF), the electrical energy is collected at a substation from different wind turbines …

The internal power grid of a wind farm resembles an extensive network structure. The farm's
main power station (MPS), wind turbines, and the cables connecting them are usually …

A new algorithm based on the ant colony optimization (ACO) method for the multiple
traveling salesman problem (mTSP) is presented and defined as ACO-BmTSP. This paper …

As the number of turbines in offshore wind farms increases, so does the complexity of cable
routing optimisation problems. Optimising the collector network is a crucial task for …

This work addresses the wind farm (WF) optimization layout considering several substations.
It is given a set of wind turbines jointly with a set of substations, and the goal is to obtain the …

In the Facility Layout Design (FLD), little research considers the energy costs even though
increasing attention is placed on the energy consumption related to auxiliary systems (ie …

Wind power is a major source of green energy production. However, the energy generation
of wind power is highly affected by uncertainty. Here, we consider the problem of designing …

Offshore wind power is continuously developing for renewable energy generation.
Generally, the overall planning work of offshore wind farms (OWFs) is divided into wind farm …