• gas turbines modelling and control

Gas Turbines are key thermomachines for an efficient energy production and transportation, a robust and accurate mathematical and physical model of their performance is crucial for understanding and improving them. In this thesis, a gas turbine dynamical model for simulation and OTS has been implemented. The work has been divided into three parts: the first one has been creating a static model of the turbine in Matlab Simulink environment validated on the NPSS software results. After that, the second step has been improving the model into a dynamical one adapted and optimized on a series of real data sets provided from a specific operating GT. The final step then has been developing the closed loop model linking dynamically the control software simulator with the system simulator, creating a co-simulation between the two environments.