Component Model of Grid Cyber Physical Systems Based on Finite Automata

the power system is gradually developing into a grid cyber physical system with deep integration of information systems and physical systems on the basis of informatization and automation. Studying the grid cyber physical system will provide a solid theoretical foundation for the construction of smart grids and ubiquitous power Internet of Things. In this paper, the finite-state automaton model of power components is studied from the micro level. The working state characteristics, state transition rules and state transition functions of power components are analyzed. The finite-state automaton model of power components is demonstrated by taking Feeder Terminal Unit components as an example.