A state-of-the-art review of the optimization of electrical cables in offshore wind farms
(OWFs) is presented in this paper. One of the main contributions of this paper is to propose a …

The conventional vehicle fleet worldwide has contributed to the degradation of air quality
due to CO 2 emissions. Consequently, it has migrated from internal combustion to electric …

Internal electrical networks of large wind farms constitute complex and dispersed grid
structures. Wind turbines are scattered over vast areas and the total length of cabling …

The rapid emergence of the floating offshore wind sector requires the development of new
technologies such as dynamic inter-array cables. This work gives an insight into the …

A crucial task concerning offshore wind farm designs is connecting previously placed
turbines to a substation, such that the total cable cost is minimal. An NP-hard optimization …

The massive introduction of electric vehicles as a mobility alternative requires deploying an
infrastructure of charging stations for electric cars (ICSEC). This new mobility concept will …

La introducción de nuevas cargas a los sistemas eléctricos de distribución tradicionales
puede provocar sobrecarga en los equipos de potencia. Esta sobrecarga hace que la vida …

A model for calculation of the economic cross sections of cables within the internal network
of a wind farm is presented. The economic cross sections of the internal wind farm cables …

The wind turbine (WT) layout and electrical system layout plays a vital role in offshore wind
farm (OWF) design. The wake effect has a significant impact on the power production of the …

This work presents a model of optimal sizing of electrical distribution networks that uses real
scenarios, georeferenced and contrasted by simulation processes that analyze the …