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 …

Wind farms (WFs) are important components of smart grid. The modeling and optimal
planning of the WF is preliminary before its construction. In this article, a bi-level multi …

Offshore wind farm (OWF) is the largest renewable energy resource. The electrical
interconnection cost of OWFs is a considerable fraction of the overall design cost of the farm …

The paper proposes a novel Optimum Frequency AC (OFAC) transmission system for
reducing investment and operational cost of Electric System (ES)-integrating Offshore Wind …

The collector system in wind farm has a large number of cables. When one of the cable fails,
the power generated by the wind turbine (WT) cannot be collected into the substation …

As a step towards climate neutrality and the establishment of a new green industry in
Norway, the Norwegian government has recently revealed plans to make large-scale …

Abstract One of the United Nations' 17 Sustainable Development Goals is to “ensure access
to a ordable, reliable, sustainable and modern energy” with a target to “increase …

[ES] Después de un estado del Arte de las técnicas de diseño de trazado de cables para
parques eólicos marinos, se implementará un algoritmo de diseño de trazado de cables. El …

The paper presents a novel idea of optimum frequency-based design of off-shore wind
power plant (OWPP). In the literature a new transmission system ie Fractional Frequency …

Reduce CAPEX and OPEX through the optimization of the collector platforms, substations
and transport cables considering multiple wind farms from a systems perspective. The …