M. Tech. Electrical Engineering.One of the main issues in the integration of large wind power generation into the electric power networks is the voltage drop at the point of common connection (PCC) and the increase in power losses as well. This work deals with the optimization of the reactive power control in a power system with integration of a wind farm with the aim of minimizing the total active power losses and improving the load voltage profile
One application of high–voltage dc (HVdc) systems is the connection of remotely located offshore win...
In the recent years, the contribution of the wind power to energy supply has increased considerably;...
Reactive power control is an important control issue for distribution system operators due to increa...
Wind power, as an alternative to fossil fuels, is plentiful, renewable, widely distributed, clean, p...
Wind power, as an alternative to fossil fuels, is plentiful, renewable, widely distributed, clean, p...
This work presents an optimal reactive power management strategy for the operation of a transmission...
To improve the ability of the power system to accommodate high penetration wind power, wind turbines...
This paper presents a comparative analysis between conventional optimal power flow (OPF) and voltage...
The wind farm Les Hauts-Pays in France has a rated power of 78 MW and comprises 39 wind turbines. Th...
In the last few years, many offshore wind power plants are installed at North Sea and more are under...
The wind farm Les Hauts-Pays in France has a rated power of 78 MW and comprises 39 wind turbines. Th...
This paper presents a case study of a wind farm connected to a 38kV system at a weak point on the ne...
Nowadays, the use of the wind energy has known an important increase because it is clean and cheap. ...
One application of high–voltage dc (HVdc) systems is the connection of remotely located offshore win...
AbstractA method for calculating reactive power limit of wind farm comprised of doubly-fed induction...
One application of high–voltage dc (HVdc) systems is the connection of remotely located offshore win...
In the recent years, the contribution of the wind power to energy supply has increased considerably;...
Reactive power control is an important control issue for distribution system operators due to increa...
Wind power, as an alternative to fossil fuels, is plentiful, renewable, widely distributed, clean, p...
Wind power, as an alternative to fossil fuels, is plentiful, renewable, widely distributed, clean, p...
This work presents an optimal reactive power management strategy for the operation of a transmission...
To improve the ability of the power system to accommodate high penetration wind power, wind turbines...
This paper presents a comparative analysis between conventional optimal power flow (OPF) and voltage...
The wind farm Les Hauts-Pays in France has a rated power of 78 MW and comprises 39 wind turbines. Th...
In the last few years, many offshore wind power plants are installed at North Sea and more are under...
The wind farm Les Hauts-Pays in France has a rated power of 78 MW and comprises 39 wind turbines. Th...
This paper presents a case study of a wind farm connected to a 38kV system at a weak point on the ne...
Nowadays, the use of the wind energy has known an important increase because it is clean and cheap. ...
One application of high–voltage dc (HVdc) systems is the connection of remotely located offshore win...
AbstractA method for calculating reactive power limit of wind farm comprised of doubly-fed induction...
One application of high–voltage dc (HVdc) systems is the connection of remotely located offshore win...
In the recent years, the contribution of the wind power to energy supply has increased considerably;...
Reactive power control is an important control issue for distribution system operators due to increa...