Traditionally, the network composition of offshore wind farms consists of alternating current
(AC) grid; all outputs of wind‐energy conversion units (WECUs) on a wind farm are …

Recently, offshore renewable technologies have shown a rapid growth with the
advancement in technology together with reduction of capital investment per unit size. This …

This paper presents a novel fault ride-through (FRT) capability with the use of active
converters (Vienna rectifier-I and five-level three-phase modular multilevel converter (MMC)) …

This paper investigates the use of a dc collection grid in offshore wind farm; the dc grid is
built out by a “radial connection of active rectifiers.” The proposed active rectifier topology …

High voltage direct current (HVDC) system has gained number of applications in offshore
wind farm, and the majority of studies that are being conducted on the HVDC system focus …

The development of smart grids (SG) in the electrical network is the subject of many studies
nowadays. This new technology seems to be as an additional tool and the perfect solution …

The increasing global participation of wind power in the overall generation ca-pacity makes
it one of the most promising renewable resources. Advances in power electronics have …

The high demand of energy efficiency has led to the development power converter
topologies and control system designs within the field of power electronics. Recent …

Because of the intermittent nature of wind farm output power, large developments of grid-
connected wind farms involve large fluctuations of the frequency, power and voltage in the …

This study proposes an alternative method for integrating an offshore wind farm into the
conventional alternating current (AC) power network. The output power port of wind farm …