Teaching staff with academic degrees
There are 2 doctors of sciences, professors - Kenzhaev Idiris Gulamovich, Yslamidin Tashpolotov,
4 candidates of sciences, associate professors - Aidarbekov Zaripbek Sharipovich, Matisakov Tugolbai Kubatbaevich, Sadykov Erkinbay and Tursunbaev Zhanbolot Janyshovich.
Associate Professor of the Department Aidarbekov Zaripbek Sharipovich is preparing to defend his doctoral dissertation, and his graduate student,
lecturer Zhoroev Atabek Mitaevich is preparing to defend his PhD thesis. And Zhumakulov Zhoodarbek Akylbekovich, a graduate of the postgraduate correspondence department, and other teachers of the department are working productively in their scientific direction. Scientific focus of teaching staff
Teachers of the department "Energy" conduct scientific research on the topic "Autonomous energy devices operating on the basis of renewable energy sources and energy-saving technologies."
At the Department of Energy, the focus is on improving the skills of the teaching staff through postgraduate studies, scientific research, creative holidays, participation in scientific conferences and trainings.
• Completed several projects built with students under the guidance of Zaripbek Sharipovich,
Associate Professor of the Department of Energy:
Kitchen oven on solar concentrators


107. The use of the Stirling engine for the organization of high-temperature combustion of low-grade solid fuel in the furnaces of household stoves. News of OshTU, 2001, No. 2
108. Calculation and experimental data on the values of mechanical losses of friction units of the cylinder-piston group of Stirling engines. News of OshTU, 2001, No. 2
109. Autonomous thermal power plant for domestic use. Materials of the Republican scientific-practical conference "Ecology and natural resources of the Tien Shan" OshTU 2002.
110. Influence of the efficiency of the regenerator on the thermal loads of the heat exchanger block of the Stirling engine. Materials of the Republican scientific-practical conference "Ecology and natural resources of the Tien Shan" OshTU 2002.
111. Thermal calculation of heat exchange units of Stirling engines. Materials of the regional scientific-practical conference KOR OSH 2002.
112. Calculation of the efficiency of the Stirling engine regenerator. News of OshTU, 2003, No. 1
113. Use of a parabolic trough solar collector in the heat supply system of a biogas reactor. Scientific works of the South Ossetian Academy of Sciences of the Kyrgyz Republic, vol. No. 3, Osh: Ilim, 2003
114. Accounting for hydraulic losses in the calculation of the internal contour of Stirling engines -modification. Bulletin of Osh State University, 2003, No. 2.
115. Analyze of combustion process of gas fuel in furnace and burning unit of energetic unit with Stirling engine. Tashkent, Proceedings of the international conference 5-6 November 2004.
116. Calculation of optical efficiency of solar cylinder parabolic thickener. Tashkent, Proceedings of the international conference 5-6 November 2004.
117. Technical and economic analysis of the feasibility of using power plants with a Stirling engine. Bulletin of Osh State University, 2004, No. 4
118. Kinematic analysis of the crank mechanism of the Stirling engine  - modifications. Bulletin of Osh State University, 2004, No. 4
119. Calculation of indicator parameters of Stirling engines (DS) taking into account gas-dynamic resistances in the path of heat exchangers. News of universities, 2004, No. 6
120. Calculation of the absorbing surface of the receiver of solar radiation. News of universities, 2004, No. 7
121. Determination of the midship area of a paraboloid concentrator of a power plant with a Stirling engine. Solar engineering, 2005 №2
122. A device for burning gaseous fuel in a power plant with a Stirling engine. Technique in agriculture, Moscow, 2005, No. 2
123. Results of computational and experimental studies of the parameters of the receiver of solar radiation. Science and new technologies, 2005 №3
124. Modern problems of the transport network of the city of Osh and possible ways to solve them. Bulletin of Osh State University, 2005, No.
125. Determination of the rational height of the guide ring mounted on the piston - the displacer of the Stirling engine. News of OshTU, 2005, No. 2
126. To the methodology for calculating the conversion of solar energy using the Stirling engine. Solar engineering, 2005 №4
127. Calculation of the influence of cyclic forces on the change in the geometric dimensions of the Stirling engine guide ring. Solar engineering, 2006 №1
128. Household heating and cooking and power generating unit. Patent No. 63 31.12.2004 of the Kyrgyz Republic
129. Furnace and burner device. Patent for invention KR No. 878 05/31/2006.
130. Device for measuring the linear wear of the sample. Patent for invention KR No. 879 05/31/2006.
131. Bioenergy plant. Patent for the invention of the Russian Federation No. 2253211 10.06.2005
132. On the issue of using exergy research methods for the analysis of heat exergy in the external heat exchange circuit of a power plant with a Stirling engine. NOT-KUU, 2006, No. 2
133. Energy balance of an autonomous solar power plant with a Stirling engine. Article republished in "Solar Engineering" USA
134. Determination of the midship area of a paraboloid concentrator of a power plant with a Stirling engine. Article republished in "Solar Engineering" USA
135. To the methodology for calculating the conversion of solar energy using the Stirling engine. Article republished in "Solar Engineering" USA
136. Calculation of the influence of cyclic forces on the change in the geometric dimensions of the Stirling engine guide ring. Article republished in "Solar Engineering" USA
137. Exergy balance of the concentrator-heat receiver system of a power plant based on a Stirling engine. News of universities, 2006, No. 2
138. Exergy efficiency of the “concentrator-heat receiver” system of a power plant based on a Stirling engine. Reports of the international conference B. 2006
139. Exergy balance and exergy efficiency of the system “furnace-burner device - heater” of a power plant with a Stirling engine. Science and new technologies, 2006, No. 2
140. Thermal calculation of the heater and cooler of the Stirling engine. Reports of the international conference B. 2006
141. Power plants based on the Stirling engine. Monograph, Ilim Publishing House, Bishkek, 2006, 149p.
142. Collection of descriptions of laboratory work on the discipline "Internal combustion engines" (Guidelines). Osh, 2007, -67 p.
• Working model of Toktogul HPP
• In the Aksy region and the Chychkan gorges, micro hydroelectric power stations with a capacity of
5.37.40.85 kW were installed.
• Production of biogas with a volume of 25 m3 in the village of Shoro-Bashat, Ozgen district.
• Biogas plant 25 m3 in Zhatan village, Nookat region.
• Production of biogas 25 m3 in the village of Kain-Talaa, Kara-Kulja district.
• Greenhouse in the village of Shoro-Bashat, Ozgen district.
• Solar dryer size m for drying fruits and vegetables in the village of Shoro-Bashat, Ozgen district.
• Solar dryer for drying soil in the village of Kain-Talaa, Kara-Kulja district.
Published works of the faculty of the Department of Energy
Published works of Professor Kenzhaev Idris Gulamovich:
85. Use of plasma spraying technology to create heat-shielding and anti-friction coatings in Stirling engine units. Report of the All-Union Scientific and Technical. semin. Moscow, 1990, p. 66
86. State of work on the creation of Stirling engines powered by solar energy. Report of the Rep. scientific and practical. conf. Tashkent, 1991
87. Calculation and experimental substantiation of the process of wear of the piston rings of the Stirling engine Report of the rep. scientific and practical. conf. Tashkent, 1991
88. The state of tribological problems in Stirling engines. Report of the Rep. scientific and practical. conf. Tashkent, 1991
89. Some aspects of the use of Stirling engines as heat recovery devices on mobile power plants Report of the Interuniversity. science and technology conf. Chelyabinsk, 1991
90. Methodology for calculating the friction forces in the sealing rings of the Stirling engine. On Sat. "OVTK", Osh, 1994
91. Results of experimental studies of wear characteristics of friction units of Stirling engines. On Sat. "OVTK", Osh, 1994
92. Calculation and experimental determination of the durability of friction units of the cylinder-piston group of the Stirling engine of low power type D 8111 V sb. "OVTK", Osh, 1994
93. Guidelines for the implementation of the section of the graduation project "Life Safety" for students. Specialist. 24.01 - OGPU and 15.05. - AiAH. Osh city: OVTK, 1995
94. Results of experimental studies of the possibility of using ceramic materials in friction units of Stirling engines. On Sat. "OVTK", Osh, 1996
95. Determination of the critical height of the guide rings of the hot cylinder of the Stirling engine. On Sat. "OVTK", Osh, 1996
96. Energy balance of an autonomous solar power plant with a Stirling engine. "Heliotechnics", No. 1, 1997
97. Prospects for the use of Stirling solar hydropiston engines as water-lifting installations. Sat. scientific works of OshTU. 1999
98.Methodology for calculating the energy balance of solar power plants with a Stirling engine. Sat. scientific works of OshTU. 1999
99. Thermal and dynamic calculations of internal combustion engines. Textbook, Osh, 1999
100. Guidelines for the study of the discipline "Automobiles" for motor transport specialties. Osh city, 1999
101. The project of creating a transport brokerage office at the university. Youth in Market Conditions: Problems of Adaptation and Value Orientation. /Materials int. conf./ OshTU. Osh. 2000
102. Calculation of the parameters of the working fluid of Stirling engines. Reports of the international conference B. 2000
103. Analysis of the energy balance of an autonomous solar power plant. Reports of the international conference B. 2000
104. Methodology for calculating the friction forces in the sealing rings of Stirling engines. News of OshTU, 2001, No. 1
105. Prospects for the development and scope of combined Stirling engines. News of OshTU, 2001, No. 1
106. Reorganization of the postgraduate education system as an object of academic partnership between Germany and Kyrgyzstan. DAAD conference materials