Programming in power industry

The research area focuses on the development of software systems, computational platforms, and specialized information systems for modeling, monitoring, and controlling modern power systems.

The research activities include the creation of software solutions for implementing mathematical models of energy facilities, processing large volumes of measurement data, analyzing power system operating modes, and supporting decision-making in the operation of energy infrastructure. Particular attention is paid to the development of software architectures for intelligent power systems that integrate high-performance computing methods, artificial intelligence, machine learning, and digital technologies.

One of the key research directions is the development of software platforms and digital services for creating digital twins of energy facilities. These solutions enable virtual modeling of processes, equipment diagnostics, prediction of system state changes, and optimization of operating modes.

The research includes the development of algorithms for software-based processing of data from monitoring systems and measurement devices, creation of tools for automated analysis of emergency processes, programming of intelligent control systems, and development of solutions for integrating distributed generation, renewable energy sources, and energy storage systems into a unified digital energy infrastructure.

The results contribute to the development of next-generation software and hardware complexes, improving the efficiency of energy facility operation and creating intelligent digital platforms for managing modern power systems.