Detailed topics

  1. Heat Loss:  Thermal balance of a heated space Calculation of a necessary heat load.  Heat transmission and filtration
  2. Energy Consumption of a Heated Space: Fabric Loss Coefficient, Total Heat Loss Coefficient, Heating Degree, Energy Consumtion
  3. Introduction to  fluid flow (Continuity Law,Bernoulli’s Equation for ideal fluid, Friction loss)
  4. Central heating
  5. Plumbing gas supply
  6. Psychrometrics – Mechanical ventilation systems
  7. Renewable energy sources
  8. Project

Deatiled schedule of the semester