Course Name: ENERGY SAVING IN THE ENTERPRISES OF FUEL AND ENERGY COMPLEX
 
Course Overview 
Level of study
	Master Degree	
Workload	ECTS: 3
Total Hours:108
Contact Hours:48
•	Lectures:16
•	Labs:0
•	Seminars:32
количество часов: общее и аудиторное , с разбивкой по видам занятий (лекции, лабораторные занятия, практики	
Course Code		
Semester
	Winter 	
Prerequisites
	Subjects of the curriculum of the  Bachelor Degree in the direction of the electric power industry and electrical engineering  	
Course Objectives	The focus is on the analysis of the causes of energy and  energy resources losses, potential energy savings and methods for its implementation during production and transportation of energy resources, electricity and heat production, transmission and distribution. It is obvious that we are talking about the energy efficiency of the main enterprises of the fuel and energy complex (FEC).	
Learning Outcomes
	As a result of this course study the students formed ideas about the scope and causes of the loss of energy at all stages of energy resources and energy of the life cycle: the extraction and transportation of energy raw materials, the production of his electricity and thermal energy, transmission and distribution of energy	
Syllabus
	1. Evaluation value of the potential energy savings and cost-effectiveness of its implementation
2. Brief description of energy resources. Efficiency of production
and transporting mineral fuel
3. The energy and energy resources conversion efficiency
4. The efficiency of thermal energy production
5. The efficiency of thermal energy transportation
6. The efficiency of electricity production
7. The efficiency of electricity  transportation and distribution 
	
Labs
	No  	
Projects
	Writing the essay on one of the 20 themes (optional)	
Assessment
	Credit Test  	
Resources
	1.	Hunt S., Shutteworth G. Competition and Choice in Electricity. –John Wiley, Chichester, England, 1996. 
2.	Biomass for Energy and Indastry // Proc. Of the International Conference, Wurzburg, Germany, 8–11 June 1998. –  1829 P.
3.	Weizsaecker E., Lovins A.,  Lovins L. Faktor Four: Doubling Wealth – Halving Resource Use. – Earthscan Publications Ltd, London, 1995. – P. 399
4.	Weizsaecker E., Hargroves K., Smith M. Faktor Fuenf : Die Formel fuer nachhaltiges Wachstum. – Droemer Verlag. − Muenchen, 2010. – 432 s.;
5. European Commission Directorate-General for Research Information and Communication Unit European Communities: «European Technology Platform Smart Grids, Vision and Strategy for Europe’s Electricity Networks of the future»,European Communities, 2006.
6. Superconductor technology may save US industries 26 billion per year// Transmiss. and Distrib.– 1992.– 44.– №9. – s.15.
	7. Ushakov V.Ya. Electrical Power Engineering and Pulsed Power (History, main problems and methods of their solution): Textbook. − Tomsk: Publish TPU, 2005. − 240 P.
	8.  Sumper A, Baggini A. Electrical Energy Efficiency: Technologies and Applications, Wiley? 1th Edition, 2012. – 434 P.
	9. Power Technologies. Energy Data Book./ Compiled by J. Aabakken, 4th Edition, Technical Report NREL/TP-620-39728, 2006. – 231 P.
	10. J.H. Lienhard IV, J.H. Lienhard V. A heat transfer textbook, 3ed Edition – Cambridge , M.A., Phlogiston Press, 2008. – 749 P.
	11. Ziкbik A., Budnik M., Lizka M. Energy  effectiveness of heat electricity cogeneration integrated with amine CO2 processing unit. Energetyka, 2015. – 339 P.
	12. Efficient Electrical Energy Transmission and Distribution. Intern. Electrot. Comiss., Geneva , Switzerland, 2007.
	13. Hasanbeigi A., Price L. Industrial Energy Audit Guidebook: Guidelines for Conducting an Energy Audit in Industrial Facilities, LBNL-3991E, 2010.
	
Instructors
	V.Ya. Ushakov http://portal.tpu.ru/SHARED/r/RCR/eng 	
Примечание: пример описания дисциплины можно посмотреть по ссылке: http://www.ecs.soton.ac.uk/module/COMP6233#overview