University |
Federal State Autonomous Educational Institution of Higher Education “South Ural State University (National research university)” |
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English proficiency |
English (Advanced, technical translation C2). Hungarian – with dictionary (A1). |
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The program of study for which the graduate student will be accepted |
The program 13.06.01 Electrical and Thermal Engineering Focus of the program Electrical complexes and systems (05.09.03) |
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The code of the direction of study for which the graduate student will be accepted |
13.06.01 | |
List of research projects of a potential research supervisor (participation / leadership) |
2003 – 2006 |
Agreement 2568r (LBNL-T2-0203-RU), OKR "Wind power plants with a vertical axis of rotation 1-30 kW" Grant LBNL-T2-0203-RU (2568r) “Low-Maintenance Wind Power System” of US Department of Energy, Lawrence Berkeley National Lab (USA), via International Science Technological Center ISTC (RF) |
2006 – 2009 |
Agreement RUE-2-010620-CH-06. ROC "All-weather tests of vertical-axial wind turbines" RUE-2-010620-CH-06 “All-Weather Testing of Vertical Axis Wind Turbines” of US Department of Energy, Lawrence Berkeley National Lab (USA), via U.S. Civilian Research & Development Foundation CRDF (RF) |
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2006 – 2009 |
Government contract 02.516.11.6188 (contract 02/06-2009). R&D "Development of scientific and technical foundations for the creation of effective systems of autonomous public lighting based on the optimal combined use of renewable energy sources, energy-intensive electrochemical batteries and highly efficient lighting devices" |
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2009 – 2010 |
Government contract 02.516.11.6186. R&D "Development of scientific and technical foundations for the creation of wind turbines with a vertical axis of rotation with the participation of US scientific organizations" |
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2010 |
The best innovative project 2010 of the Chelyabinsk region: Development of a wind turbine with a vertical-axial rotor |
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2010 |
The best innovative project in Chelyabinsk 2010: Development of a solar-wind power plant for public lighting |
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2011 |
Resident of the Skolkovo Innovation Fund |
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2011 – 2015 |
Project No. 11-08-00338-a (RFBR) "Dynamic Modeling of Wind Power Plants" |
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2011 – 2012 |
Government contract 16.516.11.6010. R&D "Development and creation of a wind turbine with a capacity of 3 kW based on methods of optimal design with technical and economic indicators exceeding foreign and domestic analogues, with the organization of pilot production" |
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2011 |
The best innovative project of 2011 of the Chelyabinsk region: Development, implementation and commercialization of an intelligent electronic control system for a wind power plant |
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2011 |
Perspective innovative project of Chelyabinsk in 2011 (individual): Development of a heat storage system based on a wind power plant |
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2011 |
The best innovative project in Chelyabinsk 2011: Development of aerodynamic controllers for a vertical-axial wind power plant with a capacity of 3 kW |
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2012 – 2013 |
Agreement 14.В37.21.1226 of 09/14/2012 R&D "Development and creation of a scalable wind power plant based on an optimization methodology with the organization of a center for collective use." |
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2013-2014 |
Government contract 14.516.12.0007 of 06/18/2013 PNIR "Carrying out a complex of research works on modeling, creation and use of digital measuring current transformers for high voltage AC transmission lines with digital information transmission over fiber-optic lines" |
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2014-2016 |
Agreement on the provision of subsidies No. 14.576.21.0047 of 08.22.2014 (unique identifier RFMEFI57614X0047), PNI "Development of adaptive automation, control and protection devices for intelligent electrical networks"; "Creation of prototypes of digital combined measuring current and voltage transformers for digital substations of high voltage alternating current transmission lines with information transmission via fiber-optic lines for energy-saving systems of transportation, distribution and use of energy" |
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2014-2016 |
Agreement on the provision of subsidies No. 14.577.21.0154 of November 28, 2014 (unique identifier RFMEFI57714X0154), PNI "Development of scientific and technical solutions for components of mobile chargers for accumulator batteries of hybrid and electric drives of urban freight and passenger road transport" |
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2016-2017 |
Development of an energy complex based on renewable energy sources |
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2019-2022 effective |
Contract No. 19-08-00070 \ 19 on the provision of a grant to the winner of the competition and the implementation of the scientific project "Theoretical substantiation and experimental studies of a new method of controlling the orientation of the rotor of a horizontal-axis wind power plant" |
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2019-2020 |
ERASMUS + Agreement with Aristotle University of Thessaloniki (Greece) European Commission grant ERASMUS + |
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List of possible research topics |
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Research supervisor:
Evgeny V. Solomin, Doctor of Science/PhD, Altai State Technical University |
Headline: Renewable Energy Sources, Wind Power. |
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Research highlights:
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Supervisor’s specific requirements:
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Supervisor’s main publications (36):
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The most significant results of intellectual activity:
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