Along with the increasingly grid-connected scale of such new energy as wind power stations
and photovoltaic (abbr. PV) stations and the grid-connection of HVDC equipments, the …

In view of the insufficiency of reactive power during the operation of the main grid, a reactive
power shortage is issued to the feeder where the wind farm is located, a wind farm reactive …

In recent years, due to large-scale grid-connection of such distributed generation as wind
power and photovoltaic (abbr. PV) power the difficulty of reactive power optimization is …

Reactive power management is a critical issue when dealing with the planning and
operation of power networks with high wind energy penetration. This paper is intended to …

As wind farms grow in size, the traditional method of allocating reactive power capacity ratio
for Doubly Fed Induction Generators (DFIGs) cannot ensure the economic and safe …

The characteristics of distributed generators (DGs) are its reactive power control capacity
and fuzzy feature, which bring great effect to reactive power optimization of distribution …

With the objective of carbon neutrality, renewable energy resources gradually become the
main power supply, whose variability poses great challenges to the operation and …

In order to realize the benefit maximization of power generation, doubly fed induction
generator (DFIG) actually do not participate in reactive power regulation. Meanwhile, the …

To fully tap the abilities of renewables in reactive power optimization, this paper develops a
detailed model for the power regulation capabilities of wind turbines and photovoltaic units …

With the penetration of the renewable energy of wind farm increasing rapidly in the past
decades, reactive power control of wind farms has become a crucial issue. This paper …