Maximum power generation control for gas turbine power plants

A gas turbine is a heat engine, a type of turbine that converts the heat energy of gases into mechanical work. In this study, the new strategy for blower application planning is introduced.Working substances are heated gases or heated exhaust gases produced in other machines and fed to gas turbines. The gases pass their kinetic energy to the turbine blades as they pass. These turbines are widely used in systems for simultaneous production of heat and electricity. They vary in a wide range of capacities, from a few kilowatts to over 300 MW. According to the method of bringing working gases, gas turbines are divided into two types: isobaric (constant pressure) and isochronous (constant volume). In constant pressure gas turbine, the working gas enters the turbine at approximately constant pressure, and a simplified theoretical model of such a turbine is the Erickson-Brown cycle. In a constant volume gas turbine, the working gas enters the turbine in portions (still pulsed). In this thesis we used the Simulink-Matlab to designing and performance analyzing of the Gas turbine. KEYWORDS: Control maximum power, gas turbine, power plants,simulation January 2021, 53 Page Science Code: 91