Power Supply Systems

Bachelor’s studies:

• Power supply of information communication systems (Download syllabus)
• Life safety (Download syllabus)
• Metrology, standardization and certification (Download syllabus)
• Ecology (Download syllabus)

Master’s studies:

• Renewable energy sources (Download syllabus)
• Power quality indicators of telecommunication networks and systems (Download syllabus)
• Electrical part of stations and substations (Download syllabus)
• Relay protection and automation of power supply of telecommunication equipment and systems (Download syllabus)

The department’s development reflects the work of several generations of scholars and educators. It has been led by the following academic leaders over the years:

V.K.

V. E. Korotkevich

(1958–1966)

the first head of the department; Candidate of Technical Sciences

A. P. Golovin

(1966–1975)

Yu. I. Kopnin

(1975–1986)

Candidate of Technical Sciences, Associate Professor

I. A. Kildeev

(1986–2002)

Candidate of Technical Sciences, Associate Professor

B. M. Makhkamjanov

(2002–2008)

Candidate of Technical Sciences, Associate Professor

M. S. Sapaev

(2008–2011)

Candidate of Technical Sciences, Associate Professor

F. M. Kadyrov

(2012–2014)

I. Kh. Siddikov

(2014–2021)

Doctor of Technical Sciences, Professor

O. U. Mallayev

(2021–2023)

PhD, Associate Professor

D. E. Eshmuradov

(2023–2026)

Associate Professor

Since 30 June 2026, the department has been headed by Dilafruz Rustamovna Abdullabekova, PhD, Associate Professor.

Faculty members develop textbooks and teaching materials, publish research papers and monographs, and participate in national and international research projects and academic conferences.

In recent years, members of the department have defended five PhD dissertations in technical and pedagogical fields.

The department’s research and teaching-methodology work covers electrical and power engineering, energy supply for digital technologies, energy efficiency, life safety, environmental protection and green development. Department materials note research links with partners in Spain, Italy, the Netherlands, Sweden, Poland, Austria, Russia and other countries.

In order to organize the quality of practical training of disciplines taught at the department, at the required level, physical stands and a virtual computer class work in laboratory work.

In order to further increase the interest of students in the subjects taught at the department, circles "Designer" and "Ecology" were created at the department. Members of the circle and talented students of the department participate in scientific conferences with their scientific articles. Professors and teachers of the department conduct their pedagogical and scientific activities together with the educational work of young people.

    As a result of the scientific activity of professors and teachers of the department, patents were issued for the inventions "Three-phase symmetrical current-voltage converter", "Three-phase symmetrical electromagnetic current-voltage converter" and "Device for recording and monitoring the operation of moving objects", "Hybrid power sources dependent on load control ”, “Study of the static description of the electromagnetic current-voltage converter”, “Choice of the nominal value of reactive sources of electrical energy”, “Calculation of the distributed parameter and the value of the circuits for converting electromagnetic current-voltage converters”, “Analysis of the hierarchical complex control system for continuous technological objects and complexes and algorithmic software systems for solving synthesis problems” and “Corporate intelligent test system for knowledge assessment”, as well as “Automation of train speed”. Inductive Angular Acceleration Sensors for Vertical Control and Adjustment Systems” and published many articles in several international and domestic prestigious journals.

• 5 PhD dissertations – defended in recent years
• ≈ 40 countries – approximate reach of conference submissions, according to department materials
• 130 – papers accepted for the 2024 conference

On 1 March 2024, with the support of the international journal “Science and Innovation,” the department organised its first international conference, “Current Challenges and Prospects for the Development of Energy Supply for Digital Technology Facilities.” The event took place at Hilton Tashkent City and brought together scholars and educators in technical fields.

The conference welcomed participants from the United States, Russia, Belarus, Armenia, Norway, Malaysia, Kazakhstan, Sri Lanka, Kyrgyzstan and other countries, as well as researchers from across Uzbekistan. According to information provided by the department, more than 300 papers were submitted by researchers in Uzbekistan and approximately 40 other countries; 130 papers were accepted. Each accepted paper was assigned a DOI, and the proceedings were indexed in several international databases.

International conference on energy supply for digital technologies. Tashkent, 1 March 2024

The department develops cooperation with relevant enterprises, research institutions and public organisations. Site visits, off-campus classes and practical activities connect theoretical learning with professional challenges and help students understand how engineering knowledge is applied in real settings.

Partner Organisations:

• Scientific and Technical Association “Physics–Sun” (Parkent District)
• F. N. Rusanov Tashkent Botanical Garden
• Institute of Civil Protection of the Ministry of Emergency Situations of the Republic of Uzbekistan
• Agency for Technical Regulation of Uzbekistan
• JSC Uzbekhydroenergo

Ongoing cooperation with the Institute of Civil Protection includes activities designed to strengthen students’ practical knowledge and skills in Life Safety and Environmental Protection and Green Development. Dual professional-development courses have also been organised in cooperation with the Ministry of Energy and Mineral Resources of the Republic of Uzbekistan.

Off-campus class at an industrial facility

Energy Efficiency and Industrial Practice

Department staff carry out measurement and monitoring work related to substations, transformers, electricity and gas networks, as well as industrial energy equipment and technological processes. Energy-efficiency activities have been undertaken in Tashkent, Syrdarya and Andijan regions and in the city of Tashkent.

Enterprises and relevant departments have received recommendations on energy-saving equipment, preparation for the autumn–winter season, development of energy balances and the rational use of energy resources.

Recognition. For contributions to the rational use of energy resources and identifying opportunities to improve efficiency, department assistant Norkhuja Bakhodirovich Nizomov received a letter of appreciation from the Governor of Tashkent Region and a valuable gift.

The department supports student projects, research and extracurricular activities. The “REVIVAL GROUP” team entered the “TUIT BRIGHT FUTURE WEEK” competition with its project and received an honorary award and a certificate worth UZS 30 million from the Ministry of Digital Technologies of Uzbekistan.

Student project “REVIVAL GROUP” and participation in the competition

The “Young Power Engineer” club was established to encourage interest in the department’s subject areas. Its members and other talented students prepare research papers and participate in conferences. Alongside teaching and research, the department’s faculty support young people’s professional and personal development.

The department maintains connections with international universities, professional associations and research organisations. The department’s materials list the following partners:

International partners:

• University of Helsinki (Finland)
• University of Jyväskylä (Finland)
• National Research Nuclear University MEPhI (Russia)
• Moscow State University of Civil Engineering (Russia)
• Astrakhan University of Architecture and Civil Engineering (Russia)
• Kazan State University of Architecture and Engineering (Russia)
• National Research Mordovia State University named after N. P. Ogarev (Russia)
• Association of Engineering and Construction Education Institutions (Russia)
• Russian Technical Society
• Osh Technological University (Kyrgyzstan)
• St. Petersburg State University of Telecommunications (Russia)
• University of L’Aquila (Italy)
• KTH Royal Institute of Technology (Sweden)
• Technical University of Madrid (Spain)
• Slovenian Construction Cluster (Slovenia)
• Salzburg University of Applied Sciences (Austria)
• National University of Mongolia (Mongolia)
• Mongolian University of Science and Technology (Mongolia)
• Universiti Malaysia Terengganu – UMT (Malaysia)

Partners in Uzbekistan:

• Tashkent State Technical University, Tashkent Institute of Railway Engineers, Karakalpak State University, Urgench State University and Jizzakh Polytechnic Institute
• Scientific and Technical Centre of JSC Uzbekenergo

To expand international educational engagement and support staff development, the department has also signed a cooperation agreement with the Chinese education company Beijing Ruipan International Education Technology.

• ERASMUS+ ES PROJECT: 574049-EPP-1-2016-1-IT-EPPKA2-CBHE-JP "Modernization of curricula in the field of smart building - Green Building (GREB)" (2016-2019)
• "Development of highly efficient methods for managing reactive power generation sources" (2017-2020)
• "Creation of energy-efficient SMART houses based on renewable energy sources" (2017-2019)

1. "Guidelines for practical work on the subject "Ecology" for all specialties of the correspondence department". 2021, TUIT "Communicator";
2. Workshop on "Life Safety" 2022, PE "Graphics Spectrum";
3. A methodological guide for practical exercises on the topic "Life Safety". 2021, TATU Communicator;
4. Teaching aid for practical work on the science of "Ecology". (for students receiving correspondence courses on the basis of correspondence, second and subsequent higher education). 2021, TATU Communicator;
5. Methodological guide to practical exercises for students of distance learning "MS and C". 2021, TATU Communicator;
6. A set of practical exercises on "Life Safety" (Part 1). (For students studying by correspondence (special correspondence form), second and subsequent higher education on the basis of distance learning). 2022, TATU Communicator;
7. Relay protection and automation: Methodological guide, printing house TDTU Tashkent, 2015 48b.
8. Electrical part of stations and substations (1st and 2nd edition), Textbook, Cholpon NMIU, Tashkent, 2015 and 2016, 303 pages.
9. Electricity consumption control, (1st and 2nd edition), Tutorial, ILM ZIYO NMU, Tashkent, 2012 and 2016, 96 p.
10. Collection of problems on the theoretical foundations of electrical engineering, a textbook for students of higher educational institutions (Grift No. 484-049), "Literary sparks", Tashkent-2015
11. Inductive sensors of angular accelerations for automatic control of train speed. Monograph. "Sparks of Literature", Tashkent-2016.
12. "Metrology, standardization and certification" TATU printing house, Tashkent, 2017, 110b.

1. Patent of the Republic of Uzbekistan. No. 04185. Three-phase symmetrical current-to-voltage converter. // Agency of Uzbekistan for Intellectual Property. blvd. – 2010.- №6.

2. Patent of Uzbekistan. No. 04475. City voltage converter. Intellectual Property Agency of Uzbekistan //. blvd. - 2012. No. 2.

3. Patent RU. 04562. Current to voltage converter no. Intellectual Property Agency of Uzbekistan //. Bull. - No. 8 of 2012
4. Patent RU. 04907 Current to voltage converter no. Intellectual Property Agency of Uzbekistan //. Bull. - 2014 №6.
5. Decision to grant a patent in Uzbekistan. Voltage in No. IAP 2013 0164. Three-phase current asymmetry converter. Intellectual Property Agency of Uzbekistan //. 04/29/2013.
6. Algorithm for calculating auxiliary Uzbekistan Excess of intellectual property Technological energy costs // Agency. 12/18/2014 certificate No. DGU 02926, 12/18/2014.
7. Electromagnetic converter of asymmetric three-phase current and voltage, Patent RUz IAP 2014 0463 B.I. No. 4, 2016
8. Electromagnetic converter of asymmetric three-phase current and voltage, Patent RUz IAP 2014 0509 B.I. No. 6, 2016
9. Electromagnetic converter of asymmetry of three-phase current into voltage. Patent RUz IAP 2014 0540 B.I. No. 6, 2016
10. Electromagnetic converter of asymmetric three-phase current and voltage. IAP 05383 dated 03/22/2017

1. Parallel algorithm for calculating the learning processes of an artificial neural network. Materials Science and Engineering, link disabled, 2021, 537(3), 032002. (Scopus);
2. Development of current converters in the power supply control and management system using renewable energy sources based on artificial intelligence in the field of telecommunications. INTERNATIONAL INFORMATION AND COMMUNICATION TECHNOLOGY CONFERENCE: APPLICATIONS, TRENDS AND OPPORTUNITIES http://www.icisct2021.org/ ICISCT 2021 CONFERENCE November 3-5, 2021 https://www.scopus.com/authid/detail.uri?authorId =57462564800;
3. Mathematical model for calculating the transient modes of the valve converter. Cite as: Proceedings of AIP Conference 2402, 060012 (2021); https://doi.org/10.1063/5.0071554 Published online: November 15, 2021;
4. "Improvement of the theory of seismic resistance of dams as hydroelastic systems". "International Journal of Mechanical Engineering Vol. 7. No. January 1, 2022. ISSN: 0974-5823.
5. Use of draft flights and monitoring systems in agriculture in pest control. Texas Journal of Agricultural and Biological Sciences. 2022. No. ISSN: 2771-8840.
6. Analysis of transport layer protocols for video data transmission in the network. Research work. Uz.International technical journal. TECHNICAL SCIENCE.2021-Volume 4. ISSUE 1.-P.18-23.
7. ELECTRICAL ENGINEERING. UNIVERSUM: TECHNICAL SCIENCES Scientific journal Issue: 2(95) Part 7. February 2022. doi - 10.32743/unitech. 2022.95.2.13134 Modeling and study of the harmonic components of current and voltage in electrical networks.
8. Electromagnetic converters of asymmetry of three-phase electric currents to voltage Universal Journal of Electrical and Electronic Engineering 3(5): 146-148, 2015 DOI: 10.13189/ujeee.2015.030502 http://www.hrpub.org
9. Mode of operation of devices of electrical networks, communications and telecommunications, asymmetrical electrical loads. journal "Bulletin of TUIT" No. 4 (36), Tashkent, 2015, pp. 140-143
10. Method of reduction and symmetry in three-phase electrical networks. Journal "Bulletin of TUIT" No. 1 (33), Tashkent, 2015, pp. 114-117
11. Methods for assessing the quality of education and improving educational programs. 9th All-Russian scientific and practical conference "Management of the quality of education, products and the environment", Russia, Biysk, 2015
12. Evaluation of the quality of educational programs. 9th All-Russian scientific-practical conference "Management of the quality of education, products and the environment", Russia, Biysk, 2015, p. 10-12
13. Study of the influence of non-linear primary magnetization curves of magnetic circuits of three-phase current electromagnetic converters / Universal Journal of Electrical and Electronic Engineering. Horizon Research Publishing Corporation, USA. 2016, V.4, No.1, - p.29 - 32, http://www.hrpub.org
14. Converters of primary current into secondary voltage with flat measuring windings for reactive power control. Austrian Journal of Engineering and Natural Sciences, East-West, Vienna, Austria, 2016, No. 9-10 (September - November), pp. 72-75, http://www.ew-a.org

• METROLOGY, STANDARDIZATION AND CERTIFICATION
• SAFETY OF LIFE. ECOLOGY