Research on rapid modeling method and simulation platform of the gas-steam combined cycle system

Abstract

Aiming at the gas-steam combined cycle system models with complex algorithm structures, the single algorithm simulation software cannot build a friendly man-machine interface. Existing hybrid programming methods that combine MATLAB tools and the foreground interface are restricted by the algebraic loop structure in models and are not able to be applied. A distributed modeling and simulation platform with self-defined interfaces is proposed, which utilizes database as a medium to realize data storage and interaction between the server and clients. And implementation in the gas-steam combined cycle system showed that the proposed platform gave full play to advantages of rapid prototyping's fast iteration, complex control computing capability and the environment-friendly clients' interface. The proposed platform holds effective real-time simulation, strong confidentiality, flexibility, and versatility, which satisfies mass data's simulation and storage need for multiple clients.