Electrical Grids Based on Power Routers: Definition, Architecture and Modeling

Recent studies have developed a power electronic device known as the power router, able to fully control the power flows over the connected power lines. The present paper aims to extend the application of power routers to an electrical grid and explore its characteristics and limitations. It defines the power router grid concept, including the conditions for interconnection and architecture; it proposes a mathematical modelling methodology, analyses its operational requirements, and explores the degree of flexibility the proposed grid architecture provides. Finally, two case studies are presented to show the application of the power router grid in a practical example.

Automated summary

This paper explores the application of a power electronic device called the power router to an electrical grid. It defines the concept and conditions for interconnection of the power router grid, proposes a mathematical modelling methodology, and analyzes its operational requirements and flexibility. Two case studies are presented to demonstrate the practical application of the power router grid.