Science. Technology. Energy of the future.

AI and digital twins for reliable and intelligent power engineering

We develop research-driven digital technologies for design, control and operation of next-generation power systems.

15+

years of research in power engineering and AI

40+

researchers and engineers

60+

implemented projects

150+

publications in Q1–Q2 journals

10+

industrial partners

Research areas

All areas

Modeling in power industry

We develop new mathematical models of intelligent electric power systems

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Programming in power industry

We develop software to simulate the operation of intelligent electric power systems

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Analysis of the state of equipment

We analyze the current technical state of equipment of electric power systems

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Forecasting the state of equipment

We predict changes in the technical state of equipment of electric power systems throughout its life cycle

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Diagnostics of the equipment state

We carry out diagnostics of the state of equipment of electric power systems by various methods of non-destructive testing

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Digital twin

Digital twin of a 110/10 kV substation

A platform for real-time monitoring and condition analysis of power equipment.

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AI forecasting

ML-based load forecasting

Short- and medium-term load forecasting with external factor analysis.

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Reliability

Failure risk assessment in distribution grids

A model for risk analysis and prioritization based on topology and equipment condition.

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RES and storage

Hybrid energy system optimization

Control algorithms for hybrid systems with renewable generation and storage.

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News

A scientific laboratory of digital twins in the electric power industry has been opened in UrFU

A scientific laboratory of digital twins in the electric power industry has been opened at the Ural Energy Institute.

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Publications

Publication list updated

Selected laboratory publications are available in the publications section.

Research

Research areas updated

The website presents key areas of power engineering digitalization and AI research.