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Institute of Electrical Power Engineering (IEPE)

IEPE Director

Phone: (+7-495) 673-7352
Fax: (+7-495) 673-4175

General information about IEPE

Institute of Electrical Power Engineering (IEPE) was created as a structural MPEI sub-division in 1999 on the basis of former Electrical Power Engineering Faculty which invariably preserved its face, its traditions and experience which were accumulated during more than 50-years of its activity. At present IEPE includes seven departments (among them two of general education). The total staff of IEPE professors and teachers includes 201 persons and among them one RAS Academician, two corresponding members of RAS, 49 Dr.Sci and 99 Ph.D. IEPE has 1300 students and 60 Ph.D.-students. IEPE trains of Bachelor and Masters on the direction Electrical Power Engineering, engineers on seven specialties, train the Ph.D.-students and Dr.Sci.-candidates on three scientific specialties.

In the system of higher education of Russian Federation IEPE is the developer of modern and prospective technologies of expert training for the Electrical Power Engineering branch. The peculiarity of IEPE education is the wide profile of electrical power engineering training of students due to the participation of all IEPE departments in formation of the technical horizon of future graduates of each specialties. This important property creates the favorable conditions for fast and successful adaptation to any complicated conditions of industrial activity.

Each IEPE graduate can successfully work actually at any power engineering object of production (electrical power plant), of transit transmission (power association) and of distribution electric power (distributive electrical nets), as well as in assembling-adjusting, designing and research and development organizations of electrical power engineering and other branches of national economy.

IEPE departments are equipped by the modern laboratory base and computer centers joined into local computer network with access into international communication INTERNET network. There are Center of Training and Retraining specialists in the field of electrical power Engineering as well as a School of Managers.

IEPE departments

  • Electrical Power Plants

  • Electrical Power Systems

  • High Voltage Engineering and Electrical Physics

  • Relay Protection and Automation of Power Systems

  • Non-Traditional and Renewable Energy Sources

  • Theoretical Fundamentals of Electrical Engineering

  • Higher Mathematics

IEPE trains

Bachelors on direction:
– Electrical Power Engineering

Engineers on specialties:
– Management of Organization;
– Electrical Power Plant;
– Electrical Power Systems and Nets;
– Electric Supply;
– Non-Traditional and Renewable Energy Sources;
– High-Voltage Electrical Power and Electrical Engineering;
– Relay Protection and Automation of Electrical Power Systems.

Masters on direction:
– Electrical Power Engineering

Ph.D.-students and Dr. Sci.-candidates on specialties:
– Electrical Power Plants and Electrical Power Systems;
– Power Installations on the basis of Renewable Energy Sources;
– High-Voltage Engineering.

IEPE actively performs the scientific investigations in the following directions:

  • Investigation of the equations with partial derivatives;

  • Branching processes in the random mediums;

  • Electrical power plant’s control in normal regime and in malfunction;

  • Regimes of the main electrical equipment of electrical power plant;

  • Investigation of high-voltage electrical discharges;

  • Lightning protection of the power engineering objects;

  • Electromagnetic compatibility of electrical power engineering systems;

  • Microprocessor systems for relay protection, control and monitoring of power objects;

  • Combined methods of determination of damage location in transmission lines;

  • Substantiation the parameters of the energy installations and complexes on the basis of the non-traditional energy sources;

  • Ecology aspects of non-traditional energy sources usage;

  • Optimal control on hydropower plants cascades;

  • Development of scientific basis and fulfillment the researches on creation of the trans-continent transmission lines, system-forming and distribution networks including air and cable lines, flexible systems for AC transmission, electrical transmissions and DC inserts;

  • Development and creation of the complex of methods, actions and means to ensure of effectiveness, reliability and stability of functioning of electrical power systems;

  • Development of intersystem electrical transmissions with increased carrying capacity on the basis of the compact performance lines with decreased ecology influence;

  • Development of relay protection and automation systems for ensuring the reliability of electric supply of the electrical energy consumers;

  • Automation of new and functioning sub-stations of high voltage on the basis of the new standards;

  • Homologous and structural theory of rings and arithmetic properties of the analytical function meanings.

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