CTU FEE Moodle
Power and Heat Production
B232 - Summer 23/24
This is a grouped Moodle course. It consists of several separate courses that share learning materials, assignments, tests etc. Below you can see information about the individual courses that make up this Moodle course.
Power and Heat Production - BE1M16VEN
Main course
| Credits | 5 |
| Semesters | Winter |
| Completion | Graded Assessment |
| Language of teaching | English |
| Extent of teaching | 2P+2S |
Annotation
Power sources overview, energy processes analysis.
Study targets
No data.
Course outlines
1.Common power facilities, power balance, charakteristics
2.Stiff energy fuels: clasification, qualities
3.Liquid and gas energy fuels
4.Establishments of electrical energy and heat production, clasification
5.Technological processdes in heat power plants
6.Combustion processes, mass and energy balance
7. Mass and energy balance calculation of steam boiler and mashine room
8.Power plants with gas turbines and steam - gas cycles
9.Nuclear power plants, clasification, nuclear fuel, efficiency and nuclear fuel consumption
10. Biomass sources and utilization
11. Solar radiation, utilization and producing electricity power
12. Water power plants - qualities, charakteristics
13. Wind power plants - qualities, charakteristics
14. Presentation of individual semestral work
2.Stiff energy fuels: clasification, qualities
3.Liquid and gas energy fuels
4.Establishments of electrical energy and heat production, clasification
5.Technological processdes in heat power plants
6.Combustion processes, mass and energy balance
7. Mass and energy balance calculation of steam boiler and mashine room
8.Power plants with gas turbines and steam - gas cycles
9.Nuclear power plants, clasification, nuclear fuel, efficiency and nuclear fuel consumption
10. Biomass sources and utilization
11. Solar radiation, utilization and producing electricity power
12. Water power plants - qualities, charakteristics
13. Wind power plants - qualities, charakteristics
14. Presentation of individual semestral work
Exercises outlines
1.Basic knowledge test
2.Technically-economical indexes (efficiency, consumption ratio, loss ratio) 3.Calculation of stiff energy fuel quality
4.Calculation of liquid and gas energy fuels quality
5.Calculation examples of combustion processes
6.Efficiency calculation of steam boiler by direct and indirect method
7.Mass and energy balance calculation of steam producer - test
8.Water need and consumption calculation of heat power plants
9.Condensation index calculation
10.Calculation of steam - gas cycle
11.Calculation of nuclear fuel - fork ratio, cycle of enrichment
12.Calculation of nuclear fuel consumption
13.Examples of technically - economical calculations of Water power plants
14.Final test
2.Technically-economical indexes (efficiency, consumption ratio, loss ratio) 3.Calculation of stiff energy fuel quality
4.Calculation of liquid and gas energy fuels quality
5.Calculation examples of combustion processes
6.Efficiency calculation of steam boiler by direct and indirect method
7.Mass and energy balance calculation of steam producer - test
8.Water need and consumption calculation of heat power plants
9.Condensation index calculation
10.Calculation of steam - gas cycle
11.Calculation of nuclear fuel - fork ratio, cycle of enrichment
12.Calculation of nuclear fuel consumption
13.Examples of technically - economical calculations of Water power plants
14.Final test
Literature
1.Turner, C.: Energy Management Handbook. Lilburn USA, The Fairmont Press 1995
2.Pansini A. J., Smalling K. D.: Guide to Electric Power Generation. Farmont Press 2005.
3.Kiameh P.: Power Generation Handbook. McGraw-Hill 2003.
2.Pansini A. J., Smalling K. D.: Guide to Electric Power Generation. Farmont Press 2005.
3.Kiameh P.: Power Generation Handbook. McGraw-Hill 2003.
Requirements
Subject Power Machinery Equipment or equivalent.
Power and Heat Production - AE1M16VEN
| Credits | 5 |
| Semesters | Winter |
| Completion | Graded Assessment |
| Language of teaching | English |
| Extent of teaching | 2+2s |
Annotation
Power sources, energy processes, general power plant, power balance and charakteristic curves. Review of energy production technologies (conventional and non conventional) - electricity, steam, hot water, coal, liquid fuels, gas. Power generation stations, their basic parts, their basic operational charakteristic curves and calculations, operation, control. Enviromental effects of power generating and actions of their minimization.
Study targets
No data.
Course outlines
1.Common power facilities, power balance, charakteristics
2.Stiff energy fuels: clasification, qualities
3.Liquid and gas energy fuels
4.Establishments of electrical energy and heat production, clasification
5.Technological processdes in heat power plants
6.Combustion processes, mass and energy balance
7.Liquidation of poisonisious harmful (SO2, Nox) - economic consequences
8.Mass and energy balance calculation of steam boiler and mashine room
9.Water economy of heat power plants and cooling system
10.Power plants with gas turbines and steam - gas cycles
11.Nuclear power plants, clasification, nuclear fuel
12.Nuclear power plant efficiency, nuclear fuel consumption
13.Water power plants - qualities, charakteristics
14.Other sources of electrical energy and heat
2.Stiff energy fuels: clasification, qualities
3.Liquid and gas energy fuels
4.Establishments of electrical energy and heat production, clasification
5.Technological processdes in heat power plants
6.Combustion processes, mass and energy balance
7.Liquidation of poisonisious harmful (SO2, Nox) - economic consequences
8.Mass and energy balance calculation of steam boiler and mashine room
9.Water economy of heat power plants and cooling system
10.Power plants with gas turbines and steam - gas cycles
11.Nuclear power plants, clasification, nuclear fuel
12.Nuclear power plant efficiency, nuclear fuel consumption
13.Water power plants - qualities, charakteristics
14.Other sources of electrical energy and heat
Exercises outlines
1.Basic knowledge test
2.Technically-economical indexes (efficiency, consumption ratio, loss ratio) 3.Calculation of stiff energy fuel quality
4.Calculation of liquid and gas energy fuels quality
5.Calculation examples of combustion processes
6.Efficiency calculation of steam boiler by direct and indirect method
7.Mass and energy balance calculation of steam producer - test
8.Water need and consumption calculation of heat power plants
9.Condensation index calculation
10.Calculation of steam - gas cycle
11.Calculation of nuclear fuel - fork ratio, cycle of enrichment
12.Calculation of nuclear fuel consumption
13.Examples of technically - economical calculations of Water power plants
14.Final test
2.Technically-economical indexes (efficiency, consumption ratio, loss ratio) 3.Calculation of stiff energy fuel quality
4.Calculation of liquid and gas energy fuels quality
5.Calculation examples of combustion processes
6.Efficiency calculation of steam boiler by direct and indirect method
7.Mass and energy balance calculation of steam producer - test
8.Water need and consumption calculation of heat power plants
9.Condensation index calculation
10.Calculation of steam - gas cycle
11.Calculation of nuclear fuel - fork ratio, cycle of enrichment
12.Calculation of nuclear fuel consumption
13.Examples of technically - economical calculations of Water power plants
14.Final test
Literature
1.Turner, C.: Energy Management Handbook. Lilburn USA, The Fairmont Press 1995
2.Pansini A. J., Smalling K. D.: Guide to Electric Power Generation. Farmont Press 2005.
3.Kiameh P.: Power Generation Handbook. McGraw-Hill 2003.
https://ekonom.feld.cvut.cz/cs/student/predmety/vyroba-energie
2.Pansini A. J., Smalling K. D.: Guide to Electric Power Generation. Farmont Press 2005.
3.Kiameh P.: Power Generation Handbook. McGraw-Hill 2003.
https://ekonom.feld.cvut.cz/cs/student/predmety/vyroba-energie
Requirements
https://ekonom.feld.cvut.cz/cs/student/predmety/vyroba-energie
Subject Power Machinery Equipment or equivalent.
Subject Power Machinery Equipment or equivalent.