Software didático para simulação termodinâmica de ciclo de potência a gás

Abstract

With the emergence of the term Industry 4.0 in the last decade in Germany and the growing worldwide demand for the development of science, technology and innovation strategies that can bring together better technologies to ensure greater decision-making reliability through speed. In process analysis through assisted real simulation cyberphysical platforms, in the area of energies, there is an increasing need for digital platform developments capable of simulating energy plants. Thus, the present work consists of merging active methodology tools with industry 4.0 concepts in the study of energy, through the elaboration of a didactic simulation software of Brayton gas power cycles, in order to determine the main thermodynamic data and exergetics of the cycles and the devices that compose them and contribute to the study and development of thermodynamic projects in natural gas thermoelectric plants. energy analysis will be performed and Exergy for different types of cycles in both the software and from the comparative analysis with commercial software. To evaluate the processes, some hypotheses were considered, such as: steady state processes, stationary system and adiabatic processes in compressors and turbines. Through the analysis of the results of the thermodynamic data extracted from the software, it is expected to simulate Brayton gas power cycles with data accuracy greater than 85% reliability and to develop a software for didactic simulation.