13.04.02 Power supply systems control

Today, hundreds of small and major businesses and organizations work in every region. Each one requires a power supply system that must be planned, installed, adjusted, and kept in working order. Graduates of the major "Power Supply Systems Control" operate successfully at all stages.

The Department of Power Supply Systems of Enterprises has been training energy specialists for over 55 years. Many of them have gone on to become chief engineers, chief power engineers, laboratory directors, engineers of industrial enterprises and power grid organizations, workers of energy sales, installation, and design firms, and corporate executives.

Graduates are in high demand by generating, electric grid, energy maintenance, energy sales, design, and engineering firms worldwide.

• Accounting and control of electricity
• Automation of design of power supply systems
• Autonomous power supply systems
• Control of power supply systems modes
• Design and operation of power supply systems
• Diagnostics of electrical equipment of power supply systems
• Electric lighting
• Energy supply
• Industrial automation
• Innovative technologies in the electric power industry
• Optimization of power supply systems
• Optimization of power supply systems
• Reliability of power supply systems
• Special issues of energy supply
• Special issues of power supply
• System analysis in the electric power industry

• Vadim Manusov
• Tatiana Myatezh
• Dmitry Pavlyuchenko
• Svetlana Rodygina
• Yuri Sekretarev

• Algorithms for controlling the modes of an autonomous power supply system based on renewable energy sources
• Analysis of dispatching regulation of the operation modes of a hydroelectric power station reservoir in the years of different water content
• Analysis and investigation of the operating modes of the installation by electric drive with frequency converter ACS 550
• Analysis of energy saving indicators of state-funded organizations using a rating assessment
• Analysis of the modes of the power supply system of the Novosibirsk Electrode Plant using the ETAP software package
• Analysis of circuit reliability of the Salym deposit based on the Monitoring software package
• Water-power calculations of a hydroelectric power station with long-term flow regulation
• Research, analysis and assignment of the optimal power reserve in the electric power system
• Investigation of the higher harmonics influence on the increase in the resistance of wires and power losses in electrical networks
• Investigation of the influence of the higher harmonic components of the current on the modes of electrical networks
• Investigation of the possibility of creating a high-speed reactive power compensation device based on a synchronous switch
• Research and analysis of the modes of operation of hydroelectric power plants in the hydrothermal power system
• Research and development of an automated autonomous cottage power supply system
• Research and development of an automated system for diagnosing the technical condition of transformer equipment
• Investigation of the operating modes of a wind power plant with a magnetic transmission
• Simulating of the modes of operation of the HPP cascade
• Modernization of the wind power plant to increase its energy efficiency
• New lines of development and improvement of technical characteristics of transformers with HTS windings
• Assessment of the resource of electric grid structures in aggressive conditions
• Assessment of the energy potential of renewable energy sources of Primorsky Krai
• Development of an algorithm for optimizing the number, composition and degree of loading of hydroelectric power plants
• Development of a digital control system for a 10 kV distribution substation
• Development of a digital control system for reactive power of an industrial consumer
• Factor analysis of reliability indicators of transformer substation 10/0.4 kV