Winter Semester 2011/12
Winter Semester 2012/13
Winter Semester 2013/14
Agriculture applications of wind, water and geothermal energy MTRS35005A
• Basic principles of energy conversion. Elementary problems of generation of electric power, heating and cooling from renewable energy sources under polish and european conditions. Renewable energy resources.
• Theoretical principles of conversion of wind kinetic energy to electric energy along with wind performance characteristics and power generation station characteristics. Exemplary designs of wind power generation stations applied in Poland. Assessment of national wind power resources. Aspects of collaboration of national wind power generation stations with national electric power grid system.
• Theoretical principles of conversion of kinetic energy of water flow into mechanical energy of water turbines. Basic principles of action and reaction water turbines. Model of energy conversion in hydropower plant. Exemplary designs of national hydropower plants, especially hydropower stations of small power output. Estimation of national resources of hydropower of rivers in aspects of development of low-head hydropower stations. Assessment of economiuc effectiveness of hydropower stations. Aspects of collaboration of hydropower stations with national electric power grid system. Basic principles of operation of pumped strorage power stations.
• Theoretical principles of geothermal heat usage; model of thermal extraction of geothermal resources. Assessment of national resources of available geothermal energy. Exemplary cases of geothermal heating with application of absorption heat transformers. Cogeneration power plants with application of ORC power systems. Aspects of economic, energy, and environmental effectiveness of cogeneration systems for generation of heat and power from geothermal resources.
• Thermodynamics principles of operation of heat pumps with application of ground thermal resources. Exemplary cases of national applications of compression heat pumps of small, medium and large capacities. Sorption heat pumps. Assessment of economic and environmental effectiveness of heat pumps. Aspects of collaboration of heat pumps with heating and cooling systems.
(in Polish) Rodzaj przedmiotu
(in Polish) Wymagania
(in Polish) Założenia (prorekwizyty)
Course coordinators
Term 2013Z: | Term 2012Z: | Term 2011Z: |
Learning outcomes
Student is able to:
- describe the basic energy converion processes with application of renewable energy resources;
- define basic notions in the field of renewable thermal engineering;
- perform the basic calculations of energy conversion processes;
- knows the basic principles of operation of fluid-flow machinery for wind and hydropower engineering;
- can analyse energy, economic, and environmental efficiency of applications of the discussed technologies.
Assessment criteria
Lecture: written examination with 3 problems. Students are proivided with the examination problems by the lecturer during the lectures. The score to receive the credit with this course is 50%.
Calculation exercies: two tests covering two calculation problems each; the score to receive the credit with this course is 50%.
Project: elaboration of one topic chosen from the project topics list delivered by the lecturer; presentation of the project results in seminar.
Receving the credits for lecture, calculation exercises and project are independent.
Practical placement
Not planned.
Bibliography
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