Corsi
Registration
Refer to the instructions in the department's
webpage: https://www.ebr.tu-berlin.de/menue/studium_und_lehre/engineering_physical_chemistry/
Course description
- Basic concepts and definitions
- The first and the second law of thermodynamics - molecular interpretation
- Real gases
- Mixtures
- Phase diagrams, stability and transitions
- Elements of material sciences for power plants
- Thermochemistry for power engineering
- Chemical equilibrium for power engineering
- Chemical kinetics for power engineering
The course is offered in English.
- Trainer/in: Tetyana Morozyuk
Registration
Refer to the instructions in the department's
webpage:
https://www.ebr.tu-berlin.de/menue/studium_und_lehre/modern_power_plant_engineering/
Course description
- Power Energy Engineering: actual Status and Perspectives
- The Concept of Sustainability
- The Criteria for Evaluation of an Energy-conversion System
- Power Generation Technologies
- Components of Power Generation Systems
- Energy Storage
- Decarbonization of the Energy Sector
- Demand Response Management
- Power Generation System Flexibility
- Integration of Renewable Energies
- Power-to-X
- H2 Economy
- Digitalization: Energy Sector
The course is offered in English.
- Trainer/in: Tetyana Morozyuk
Registration
Refer to the instructions in the department's webpage:
https://www.ebr.tu-berlin.de/menue/studium_und_lehre/refrigeration_installations/
Course description
- Classification of refrigeration installations
- Refrigeration machine as a part of refrigeration installation
- Cooling systems
- Storage rooms: Insulation, equipment, cold air distribution systems
- Systems for removing heat of condensation
- Design of refrigeration installations
- Refrigeration installations for different applications
- Air liquefaction and separation systems
The course is offered in English.
- Trainer/in: Tetyana Morozyuk
Registration
Refer to the instructions in the department's webpage: https://www.ebr.tu-berlin.de/menue/studium_und_lehre/energy_engineering_ii/
Course description
- Engineering economicsFossil and alternative fuels
- Internal-combustion engines
- Fuel cells
- Refrigeration and heat pump systems
- Nuclear energy
- Renewable energy
- Energy storage
- Exergoeconomics
- CO2 capture and sequestration
The course is offered in English.
- Trainer/in: Tetyana Morozyuk