Home
Teaching
Research and Publications
Contact
Home
Degree
Candidate of Sciences (PhD), Technical Sciences
Education
Education, degrees
2000
Power supply system, Irkutsk National Research Technical University
Continuing education
2018
Heat power engineering, Irkutsk National Research Technical University
Languages
English
Accomplishments
Victory in the conference-contest "Energy Systems Research - 2016"
Scholarship to them. L.A. Melentieva - 2017
Irkutsk Mayor's scholarship
Professional Interests
Teaching
Basics of Electricity Supply
Program: Power Electrical Engineering (Bachelor's degree)
Department: Baikal School of BRICS
Program: Power Electrical Engineering (Bachelor's degree)
Department: Baikal School of BRICS
Electrical Technology
Program: Mechanical Engineering (Bachelor's degree)
Department: Baikal School of BRICS
Program: Mechanical Engineering (Bachelor's degree)
Department: Baikal School of BRICS
Electrotechnological and structural materials science
Program: Power supply (Bachelor's degree)
Department: Department of Power Supply and Electrical Engineering
Program: Power supply (Bachelor's degree)
Department: Department of Power Supply and Electrical Engineering
Electrotechnological and Structural Materials Science
Program: Electric Power Stations (Bachelor's degree)
Department: Department of Electric Power Plants, Networks and Systems
Program: Electric Power Stations (Bachelor's degree)
Department: Department of Electric Power Plants, Networks and Systems
Electrotechnological and Structural Materials Science
Program: Power Electrical Engineering (Bachelor's degree)
Department: Baikal School of BRICS
Program: Power Electrical Engineering (Bachelor's degree)
Department: Baikal School of BRICS
Electrrical drive systems
Program: Digital Power Engineering (Master's degree)
Department: Department of Power Supply and Electrical Engineering
Program: Digital Power Engineering (Master's degree)
Department: Department of Power Supply and Electrical Engineering
Energy Conversion Technologies in Intelligent Power Systems
Program: Digital Power Engineering (delete) (Master's degree)
Department: Department of Power Supply and Electrical Engineering
Program: Digital Power Engineering (delete) (Master's degree)
Department: Department of Power Supply and Electrical Engineering
Energy Conversion Technologies in Intelligent Power Systems
Program: Digital Power Engineering (Master's degree)
Department: Department of Power Supply and Electrical Engineering
Program: Digital Power Engineering (Master's degree)
Department: Department of Power Supply and Electrical Engineering
General Energy Issues
Program: Power Electrical Engineering (Bachelor's degree)
Department: Baikal School of BRICS
Program: Power Electrical Engineering (Bachelor's degree)
Department: Baikal School of BRICS
Installation, Commissioning and Operation of Power Supply Systems
Program: Ecological engineering and pure energy (Bachelor's degree)
Department: Department of Mineral Processing and Environmental Protection named after S.B. Leonov
Program: Ecological engineering and pure energy (Bachelor's degree)
Department: Department of Mineral Processing and Environmental Protection named after S.B. Leonov
Optimization Methods in Power Industry
Program: Ecological engineering and pure energy (Bachelor's degree)
Department: Department of Mineral Processing and Environmental Protection named after S.B. Leonov
Program: Ecological engineering and pure energy (Bachelor's degree)
Department: Department of Mineral Processing and Environmental Protection named after S.B. Leonov
Optimization of intelligent power supply systems
Program: Digital Power Engineering (delete) (Master's degree)
Department: Department of Power Supply and Electrical Engineering
Program: Digital Power Engineering (delete) (Master's degree)
Department: Department of Power Supply and Electrical Engineering
Optimization of intelligent power supply systems
Program: Digital Power Engineering (Master's degree)
Department: Department of Power Supply and Electrical Engineering
Program: Digital Power Engineering (Master's degree)
Department: Department of Power Supply and Electrical Engineering
Power Quality Assessment
Program: Renewable Energy (Master's degree)
Department: Baikal School of BRICS
Program: Renewable Energy (Master's degree)
Department: Baikal School of BRICS
Power Quality Assessment
Program: Renewable energy (Double degree program with Wroclaw University of Science and Technology, Poland) (Master's degree)
Department: Baikal School of BRICS
Program: Renewable energy (Double degree program with Wroclaw University of Science and Technology, Poland) (Master's degree)
Department: Baikal School of BRICS
Power Quality Assessment
Program: Digital Power Engineering (Master's degree)
Department: Department of Power Supply and Electrical Engineering
Program: Digital Power Engineering (Master's degree)
Department: Department of Power Supply and Electrical Engineering
Power Supply Systems
Program: Power Electrical Engineering (Bachelor's degree)
Department: Baikal School of BRICS
Program: Power Electrical Engineering (Bachelor's degree)
Department: Baikal School of BRICS
Quality of electrical energy
Program: Power Electrical Engineering (Bachelor's degree)
Department: Baikal School of BRICS
Program: Power Electrical Engineering (Bachelor's degree)
Department: Baikal School of BRICS
Theoretical Mechanics
Program: Power Electrical Engineering (Bachelor's degree)
Department: Baikal School of BRICS
Program: Power Electrical Engineering (Bachelor's degree)
Department: Baikal School of BRICS
Publications
1. Karamov D.N. Methodology for calculating the lifetime of storage batteries in autonomous energy systems with renewable power generation. Energy Reports, 2020, V. 6, Suppl. 9: pp. 15-24.
2. Karamov D.N. Autonomous renewable energy systems in Russia. Critical review of the current situation. Energy Reports, 2020, V. 6, Suppl. 9: pp. 31-37.
3. Karamov D.N., Naumov I.V. Modeling a Solar Power Plant with Regard to Changes in Environmental Parameters. Power Technology and Engineering, 2020, no. 4: pp. 448-454.
8. Denis Sidorov, Qing Tao, Ildar Muftahov, Aleksei Zhukov, Dmitriy Karamov, Aliona Dreglea, Fang Liu. Energy balancing using charge/discharge storages control and load forecasts in a renewable-energy-based grids. 2019 Chinese Control Conference (CCC), Guangzhou, China, 2019, pp. 6865-6870.
9. Denis Sidorov, Ildar Muftahov, Nikita Tomin, Dmitriy Karamov, Daniil Panasetsky, Aliona Dreglea, Fang Liu, Aoife Foley. A Dynamic Analysis of Energy Storage with Renewable and Diesel Generation using Volterra Equations, IEEE Transactions on Industrial Informatics.
10. Sidorov D., Panasetsky D., Tomin N., Karamov D., Zhukov A., Muftahov I., Dreglea A., Liu F., Li Y. Toward zero-emission hybrid AC/DC power systems with renewable energy sources and storages: A case study from Lake Baikal region // Energies. Vol.13. No.5. ID: 1226. 2020.
2. Karamov D.N. Autonomous renewable energy systems in Russia. Critical review of the current situation. Energy Reports, 2020, V. 6, Suppl. 9: pp. 31-37.
3. Karamov D.N., Naumov I.V. Modeling a Solar Power Plant with Regard to Changes in Environmental Parameters. Power Technology and Engineering, 2020, no. 4: pp. 448-454.
8. Denis Sidorov, Qing Tao, Ildar Muftahov, Aleksei Zhukov, Dmitriy Karamov, Aliona Dreglea, Fang Liu. Energy balancing using charge/discharge storages control and load forecasts in a renewable-energy-based grids. 2019 Chinese Control Conference (CCC), Guangzhou, China, 2019, pp. 6865-6870.
9. Denis Sidorov, Ildar Muftahov, Nikita Tomin, Dmitriy Karamov, Daniil Panasetsky, Aliona Dreglea, Fang Liu, Aoife Foley. A Dynamic Analysis of Energy Storage with Renewable and Diesel Generation using Volterra Equations, IEEE Transactions on Industrial Informatics.
10. Sidorov D., Panasetsky D., Tomin N., Karamov D., Zhukov A., Muftahov I., Dreglea A., Liu F., Li Y. Toward zero-emission hybrid AC/DC power systems with renewable energy sources and storages: A case study from Lake Baikal region // Energies. Vol.13. No.5. ID: 1226. 2020.
Contact
Phone
SPIN-RSCI:
9977-1303
ORCID:
0000-0001-5360-4826
ResearcherID:
F-2093-2019
Scopus AuthorID:
57194682820