Northeastern University

Feiye Wu

Jun Yang

Huaguang Zhang

Qiuye Sun

Jian Feng

Xinrui Liu

Dongsheng Yang

Zhenwei Liu

Zhiliang Wang

Yanhong Luo

Guotao Hui

Bonan Huang

The invention provides a reactive power optimization system and a method of a power grid based on a double-fish-swarm algorithm. The system includes a power grid state data acquiring module, a reactive power regulating module and a reactive power executing module. The power grid state data acquiring module includes a power grid state data acquiring processor and a relay transmitter. The reactive power regulating module is a control terminal. The reactive power executing module includes generator terminal voltage regulators, transformer tap regulators and reactive power compensation regulators. The method is used for acquiring the initial data to be optimized in the current network; and optimizing the initial data to be optimized in the current network based on a double-fish-swarm algorithm so as to obtain optimal value of control variables in the power grid. According to the method, the distribution network to be optimized can realize reasonable reactive power flow distribution.

Reactive power optimization system and method of power grid based on the double-fish-swarm algorithm

Growing community of inventors

Shenyang, China

Feiye Wu