Analysis On Features Of Energy Distribution For Network With Wind Turbine

In recent years, with the increasing of the wind turbine installed capacity and the wind farm, wind power has become an important power source of the system. So, it is necessary to analysis in-depth of the energy distribution of the wind power system. Based on the theory of the electric power distribution, this paper proposed an analytical method to search transmission path information of each power in the network accurately and quickly. The main idea are as follows:decomposed the multi-power network into multiple parallel single power transmission network, to be with their own network structure and parameters of the equivalent single-supply sub-networks. Then using the analytical methods to derive the network between any two nodes in the power transfer and obtain the sub-networks' supply path. This paper focus on research with this conclusion applies to wind turbine electrical energy distribution networks. By analyzing multiple sets of simulation data obtained contribute to changes in wind turbine systems caused by overloaded circuits, load power loss of the specific location and transmission path and reactive power flow changes, and thus to study the wind farm grid-related issues laid a theoretical basis.