Module learning outcome data:
The water power industry.
Learning outcome:
Student potrafi wykonać obliczenia związane ze stratami przepływu oraz parametrami pracy elektrowni wodnej
Connections with FLO:
  • EZ1A_W06
    The graduate has knowledge of physics, including general physics, physical quantities, fundamental effects, mechanics of the material point and rigid body, vibrational and wave motion, thermodynamics, statics, electricity, magnetism and optics ; knows the principles of conducting and developing physical measurements, uncertainty measurements and methods of determining them
  • EZ1A_U12
    The graduate can determine the design assumptions needed to develop or calculate energy system and to interpret the obtained results
  • EZ1A_U16
    The graduate can design energy installation based on ecological and renewable energy sources and carry out a technical and economic analysis against the conventional energy systems
  • IS1A_W04
    The graduate knows the principles of thermodynamics and fluid mechanics used to describe heat and mass transfer and energy conversion, and other physical phenomena occurring in technological processes
  • IS1A_U16
    The graduate is able to identify and formulate a specification of simple engineering tasks in areas such as renewable energy, water management and supply, environmental geotechnics, environmental monitoring, waste management, reclamation and revitalization of degraded areas, mineral engineering and sustainable development engineering.