1. Hydroelectric power. Energy of water in nature, possibilities of utilization of hydropower potential. Rough, technically exploitable potential, drain curve.
2. Basic types of hydroelectric power plants, place in power system.
3. Water turbines - theoretical foundations, energy transformation.
4. Pelton turbine - energy transformation, construction.
5. Francis, Deriaz, Kaplan turbine - energy transformation, construction.
6. Cavitation.
7. Water turbines - characteristics, regulation of water turbines, theory of similarity.
8. Wind energy. Use of landscape wind potential.
9. Basic principles of wind energy transformation, efficiency.
10. Wind turbine theory, resistance and aerodynamic theory.
11. Wind turbines, types, constructions, applications.
12. Basic characteristics of wind power plants, regulation.
13. Wind turbine aerodynamic design.
14. Wind and Hydroelectric Power Plants vs. elektroenergetická soustava.
2. Basic types of hydroelectric power plants, place in power system.
3. Water turbines - theoretical foundations, energy transformation.
4. Pelton turbine - energy transformation, construction.
5. Francis, Deriaz, Kaplan turbine - energy transformation, construction.
6. Cavitation.
7. Water turbines - characteristics, regulation of water turbines, theory of similarity.
8. Wind energy. Use of landscape wind potential.
9. Basic principles of wind energy transformation, efficiency.
10. Wind turbine theory, resistance and aerodynamic theory.
11. Wind turbines, types, constructions, applications.
12. Basic characteristics of wind power plants, regulation.
13. Wind turbine aerodynamic design.
14. Wind and Hydroelectric Power Plants vs. elektroenergetická soustava.