DEPARTMENT OF POWER ENGINEERING AND ELECTRICAL ENGINEERING
Major subject: Nonconventional power sources
Brief annotation of the major subject:
Students study resource and energy consumption, nontraditional and renewed sources of energy and devices; design and calculation of wind turbine, wind instruments, solar collectors, photoelectric converters, heat pumps, metantenkov, gas generators, electrical devices of promelectroniks, automatic control and regulation systems, etc.
| BACHELOR’S DEGREE |
| NATURAL SCIENCES DISCIPLINES | VOCATIONAL AND PRACTICAL DISCIPLINES |
- Higher mathematics
- Chemistry Descriptive geometry, engineering and computer graphics Bases of ecology
- Physics
- Bases of information technologies and programming
| - Materials science and technology of materials
- Theoretical mechanics
- Metrology and standardization
- Materials strength
- Electrical engineering and electronics
- Mathematical methods and models used in combruter calculations
- Technical thermodynamics
- Gas hydrodynamics
- Bases of designing
- Life safety measures
- Heat and mass exchange
- Thermo-technical measurements and instruments
- Bases of nonconventional power engineering
- Nonconventional power sources
- Energy accumulation
- Theory of nonconventional power units
- Electrical equipment of power units
- Automatic control of power units
- Theory of electrical, thermal and hydraulic networks
- Bases of theory of power units reliability
- Devices of industrial electronics of nontraditional power units
- Design and calculations of wind turbines
- Regulators of solar and thermal nontraditional power units
- Mathematical and physical simulation of nontraditional power units
- Design and calculation of solar nontraditional power units
- Information-control systems and nontraditional power units complexes
- Design and calculation of thermal nonconventional power units
- Electrical stations using nonconventional power sources
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SPECIALIST'S DEGREE |
NORM DISCIPLINES Disciplines for special study - Tuning and testing of solar and nonconventional thermal power units
- Tuning and testing of wind nonconventional power units
- Composite materials in power engineering
Optional disciplines (for independent choice) - Design and construction of wind power units
- Integrated computer technologies of nonconventional power units designing
- Manufacturing engineering of nonconventional power units
- Structure and strength of solar and thermal nontraditional power units
- Ecology and anthropogenic effect on nontraditional power units environment
- Pre-graduate course
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MASTER'S DEGREE |
NORM DISCIPLINES Disciplines for independent study - Psychological and pedagogical bases of teaching activity
- Bases of technical creativity and research work
- System modeling in power engineering
- Updated mathematical apparatus in power engineering
Optional disciplines (for independent choice) - Design and construction of wind power units
- Integrated computer technologies of nonconventional power units designing
- Manufacturing engineering of nonconventional power units
- Construction and strength of solar and thermal nontraditional power units
- Ecology and anthropogenic effect on nontraditional power units environment
- Pre-graduate course
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PHD DEGREE |  |
MAJOR SUBJECTS - Conversion of renewable energy forms
- Electrical machines and apparatuses
- Energy converters control systems used for renewable energy sources
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LEADING INSTRUCTORS |
Yakovlev Alexander Ivanovich Professor, D. Sc. |
Main published works: Operation and regulation characteristics of propeller type wind turbines. Noncontact synchronous small power generator for wind-driven electric device. Automated control of low-turn induction generator excitation used in wind-driven electric device. - Яковлев А.И., Затучная М.А. Рабочие и регулировочные характеристики ветротурбин пропеллерного типа / Авиационно-космическая техника и технология. Сб.науч.трудов.-Вып.8.-Харьков:Гос.аэрокосмический ун-т “Харьк.авиац.институт”,1999.-стр.39-43.
- Яковлев А.И., Затучная М.А., Масси Р.Ч., Пашков В.Н. Бесконтактный синхронный генератор малой мощности для ветроэлектрической установки. /Авиационно-космическая техника и технология. Сб.науч.трудов.-Вып.-Харьков: Гос. аэрокосмический ун-т “Харьк.авиац.институт”,1999.-стр.56-61.
- Яковлев А.И., ММасси Р.Ч., Бояркин А.А. Автоматическое регулирование возбуждения низкооборотного индукторного генератора для ветроэлектрической установки. / Авиационно-космическая техника и технология. Сб.науч.трудов.-Вып.-Харьков: Гос. аэрокосмический ун-т “Харьк.авиац.институт”,-стр.237-241.
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Panachevny Boris Ivanovich Professor, D. Sc. |
Main published works: Electrical engineering course. General electrical engineering: theory and practical study. Capacitive excitation of autonomous asynchronous generator. - Б.И. Паначевный. Курс электротехники. Учебник для студентов механических специальностей высших учебных заведений.-Харьков: Торсинг, Ростов-на-Дону: Феникс,2002-288с.
- Б.І. Паначевний, Ю.Ф. Свергун. Загальна электротехніка: теорія і практикум, Рекомендовано Міністерством освіти і науки України як навчальний посібник для студентів вищих навчальних закладів./К.:Каравела, 2003.-440с.
- Б.И. Паначевный, Г.А. Степанова, А.И. Яковлев Емкостное возбуждение автономного асинхронного генератора /Новини Енергетики, 2002. №3, стр.52-54.
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Galitsyn Eduard Andreyevich Associate Professor, Cand. Sc. |
Main published works: Nontraditional energy sources. Power stations using nontraditional energy sources. Conversion of gas-turbine units and nonconventional power sources into electrical one. - Э.А. Галицин, Б.І. Паначевний. Нетрадиційні джерела енергії. Навчальний посібник по організації, виконанню і оформленню курсового та дипломного проекту, випускних робіт бакалавра і магістра. /Харків, ХАІ, 2003, 46с.
- Э.А. Галицын Электрические станции с нетрадиционными источниками энергии/Конспект лекций. – Харьков: Национальный аэрокосмический университет “ХАИ”, -2003. -100с.
- Э.А. Галицын Преобразование энергии газотурбинных установок и нетрадиционных источников в электрическую энергию. – Учебное пособие по курсовому и дипломному проектированию. –Харьков: Национальный аэрокосмический университет “ХАИ”, 2002.-86с.
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