Energy router interface model based on bidirectional flow control for intelligent park

Abstract

The new generation intelligent park is demanded for the flexible utilization mode of distributed renewable energy, energy storage equipment and the various characteristic load access. However, the energy router is correspondingly responsible for energy routing and dynamic control. Its uniform interface supports the plug and play of distributed power, energy storage and load of the intelligent park. In our paper, the new energy network architecture are firstly presented. Then, the function structure and the bidirectional flow control strategy of these energy routers are designed to satisfy the energy routing demands. The bidirectional flow control among users and a variety of distributed power, energy storage equipment is achieved by implementing our energy exchange scheme of the energy routing interface design. Meanwhile, we put the energy router interface design into the practical operation in local energy internet, construct the application system based on the energy internet technology with Cell in intelligent park, and ultimately make the collaborative operation and green resource sharing in intelligent system.