A Design of Gas Turbine Computer-Integrated Control System Based on Energy Cycle Optimization

In this study, a gas turbine computer integrated control system based on energy cycle optimization is designed to solve the problem of large energy loss caused by gas turbine during normal operation. At first, the circulation conditions of the internal energy of the gas turbine are analyzed through the thermodynamic structure of the gas turbine. Then, a ring structure is added to enhance the operability of the fuel supply system. Furthermore, a SCADA monitoring and control system for energy cycle are designed based on their unique system architecture. Finally, the hierarchical control principle of the system is explained from the perspective of system organization to facilitate future system development.