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Fluid Machines
92097

Description
Course Program

Current Energy Scenario and Short- to Medium-Term Prospect
Analysis of the current energy system (consumption, available energy sources, employed technologies).

Thermal Design of Thermomechanical Energy Conversion Systems

  • Steam Turbine Plants: Thermal design and performance optimization criteria; evolution, development prospects, and application fields.
  • Gas Turbine Plants: Thermal design and performance optimization criteria; evolution and development prospects of industrial and aeronautical gas turbines.
  • Combined Gas-Steam Cycle Plants: Criteria and methodologies for thermal system design; development prospects and application fields.

Energy Saving

  • Cogeneration and Energy Recovery: Operating principles, evaluation indices, PES (Primary Energy Saving), plant configurations, and control schemes.

Innovative Technologies with Low Environmental Impact

  • Overview of polygeneration systems (electricity, heat, synthetic fuels).
  • Innovative Power-to-Gas systems.
  • Operating principles of high- and low-temperature Fuel Cells and their application fields.
  • Electrolyzers.

Crédits ECTS
6

Langue d'enseignement
italiano

Langue d'examen
italiano

Langue des supports pédagogiques
italiano

Acquis d'apprentissage fondamentaux

Acquis d'apprentissage terminaux

Catégorie de cours

Entité de gestion (faculté)
Department of Electrical and Information Engineering (UNICAS)