Configuration and Control of Energy Router for Classification and Consumption of Wind Power

A three-port energy router system suitable for the classification and consumption of wind power is proposed. The topology and the control method of the energy router system are designed that the input port adopts AC voltage control, the DC grid-connected port adopts direct power control, and the DC output port is controlled by DC voltage and current. The model of the system is built on the simulation platform. It is verified that the proposed energy router system can decouple the high and low quality wind power, realize the quantitative distribution of wind power, and reduce the occurrence of wind abandonment.