Litcius/Paper detail

Discussion of electrical and thermal aspects of offshore wind farms’ power cables reliability

Ε. Gulski, George J. Anders, Rogier Jongen, J. Parciak, Jakub Siemiński, Elżbieta Piesowicz, Sandra Paszkiewicz, Izabela Irska

2021Renewable and Sustainable Energy Reviews70 citationsDOIOpen Access PDF

Abstract

The increasing demand for renewable energy worldwide has contributed to a substantial increase of offshore wind farms in recent years. For this type of generation, submarine power cables are of great importance as they transmit power between the turbines and the offshore substation to the land connection. Last 20 years of experience shows that the power cables are the largest contributor to the failures of power supply from the offshore plants. Additionally, the repairs of such a critical infrastructure are extremely challenging and costly. Therefore, several aspects of the design, transportation, installation and operation of power cables at offshore wind farms require special attention. Based on international experience gathered from various projects over the last few years as well as international references, this paper discusses offshore power cables from the perspective of reducing the risks of failure and increasing supply reliability.

Topics & Concepts

Offshore wind powerSubmarine pipelineWind powerReliability (semiconductor)EngineeringMarine engineeringRenewable energySubmarinePower (physics)Civil engineeringElectrical engineeringQuantum mechanicsGeotechnical engineeringPhysicsHigh voltage insulation and dielectric phenomenaElectrical Fault Detection and ProtectionHVDC Systems and Fault Protection