New principles and technologies for building traction and non-traction power supply systems
Shevlyugin M.V., Head of the Department of "Electric Power Engineering of Transportation"
+7 916 528−67−68mx_sh@mail.ru
Shevlyugin M.V., Head of the Department of "Electric Power Engineering of Transportation"
+7 916 528−67−68mx_sh@mail.ru
+7 926 463-31-54
nvkarpenko@yandex.ru+7 926 873−55−99
kafedrativrgotups@yandex.ruMaintenance of Ship Power Plants
Maintenance, environmental aspects of using technical means of MCO and ship power plants, including on autonomous marine surface vessels.
Studenikin D.E.
+7 (8617) 76-78-00
mail@nsma.ru
Ship Internal Combustion Engines and Thermal Power Equipment
Development of a system of industry standards guiding domestic manufacturers towards creating marine technology competitive on the world market. Assessment of the scientific and technical level, quality, and competitiveness (price) of domestic and imported ship diesels and ship thermal power equipment and the effectiveness of innovation projects.
Bezyukov Oleg Konstantinovich, Professor
+7 (812) 748-97-44
kaf_sdvs@gumrf.ru
Strengthening the Insulation of Traction Rolling Stock Electrical Equipment by Thermal Radiation
Research is focused on developing new methods, techniques, technical and technological solutions that increase the reliability of insulation of traction rolling stock electrical equipment and reduce the costs of its repair.
Butorin Denis Vitalievich
+73 952 638 374
butorin_dv@irgups.ru
Energy and Issues Related to the Operation of Electrical Installations
The importance of the electric power industry for all spheres of life is enormous. Despite the complexity of processes of production, distribution, and consumption of electricity, today it is a powerful industry with its hierarchical, clearly debugged, and specific structure. Constantly developing capacities of production and transport determine significant dynamics in the development of the electric power industry, set benchmarks for its change, and make their own adjustments. Therefore, without constant research of new processes occurring in the electric power industry, as well as without creating new technical solutions, reliable and efficient functioning of the considered processes is impossible.
Markelov G.Y.
unir@festu.khv.ru
Development and Operation of Aviation Electrical Engineering and Electric Power Systems
1. Modern methods of modeling complex electric power systems, including the method of mathematical prototyping of energy processes for units and systems of aviation electrical equipment.
2. The method of limit states in problems of diagnosing and predicting emergency and pre-failure modes of units and systems. Methodology for designing complex electric power systems based on a universal energy criterion.
Khalutin S.P., Professor
s.khalutin@mstuca.aero
Energy Saving and Energy Efficiency in Railway Transport
Main areas of scientific research: energy saving; development of measures and technologies to improve the efficiency of using energy resources for train traction and non-traction needs; improvement of the regulatory framework for analyzing the efficiency of use, planning, and rationing of energy resource consumption for train traction and non-traction needs.
Nikiforov Mikhail Mikhailovich
+7 (913) 962-43-68
nikiforovmm@mail.ru
Improvement of Railway Power Supply Devices for Ensuring High-Speed Traffic
Main areas of scientific research: improvement of systems and devices for power supply of electric railways; development of current collection systems for varieties of high-speed environmentally friendly electric transport.
Sidorov Oleg Alexeevich
+7 (3812) 31-34-46
egt@omgups.ru
Improving the Energy Efficiency of Electric Rolling Stock
Research in areas: Urban electric transport; Energy efficiency; Energy storage and accumulation systems.
Evstafiev Andrey Mikhailovich
+7 (812) 457-85-36
elt@pgups.ru
Automated Power Supply Systems
asel@rgups.ru
Implementation of Resource-Saving Technologies in Transport (Alternative Energy)
Research is aimed at assessing the possibilities of using alternative energy sources to save energy resources in the transport complex.
Balalaev A.N.
+7 927 263−97−40,
balalaev@samgups.ru
Power Supply for Railway Transport
Research is aimed at developing traction power supply systems: increasing energy security and digitalization of control systems based on simulation modeling.
Mitrofanov Alexander Nikolaevich
+7(846)255−69−53,
a.mitrofanov@samgups.ru
Energy
Hydrogen energy
Palagushkin Boris Vladimirovich
+7 960 782-44-47
9 134 889 132@mail.ru