This paper proposes a vector and a linear control strategy for wind turbines connecting to a
DC collector grid. Two conversion schemes are considered for the wind turbine,(i) an active …

The analysis of wind turbine output power measurements from the offshore wind farm Horns
Rev 1 demonstrates a significant likelihood of wind turbine output powers to be very similar …

Wind farms featuring a series-connected dc collection system have been shown to offer
advantages in terms of total conversion efficiency and amount of offshore-deployed …

The wind turbine startup and shutdown procedures for electrical subsystems are
straightforward for wind turbines featuring full-scale power electronic converters and have …

This study considers the optimal reactive power dispatch strategy that minimizes electrical
loss while working within the constraints of the internal layout voltage. Wind turbines (WTs) …

Full-scale Power Electronic Transformer (PET)-based Wind Power Generation Mills
(WTPGMs) become more attractive due to the advancements in power electronics. Typically …

Wind farms using DC aggregation and DC transmission mode are an effective solution for
the development of offshore wind power in the direction of located in the deep sea and large …

To adapt to the development of long-distance offshore wind power, the all-DC transmission
system based on DC collection and DC transmission has emerged. However, due to the …

Sažetak In the last few years, many offshore wind power plants are installed at North Sea
and more are under construction. Offshore grid would be vital in the integration of future …

Recent research on wind‐farm control methods has focused until now on maximising the
efficiency and durability of farm operations, as verified for a normalised electrical layout …