Application of artificial intelligence in scientific research in the field of heat power engineering

Abstract

The study assessed the possibilities of applying artificial intelligence technologies in scientific research in the field of heat and power engineering. The possibilities of applying artificial intelligence for modeling, optimization and forecasting of heat and power systems, including those with non-traditional and renewable energy sources, were assessed. The possibilities of applying artificial intelligence for modeling thermodynamic processes and cycles, as well as heat and mass transfer processes were assessed. The possibilities of applying artificial intelligence in energy audit and energy modernization were shown. Practical examples of applying artificial intelligence in heat and power research were given. The advantages, disadvantages and risks associated with the use of artificial intelligence technologies in heat and power systems were assessed. Strategies for minimizing the risks associated with the use of artificial intelligence technologies in research, optimization and effective safe operation of heat and power systems were proposed.