1. Introduction - energy efficiency of buildings, legislation, basic terms
2. Thermal technical assessment of building structures
3. Heat transfer through the building envelope - average heat transfer coefficient, standard requirement, energy label of the building envelope, classification classes of heat transfer through the building envelope
4. Relative loss through heat penetration - through the building envelope, unheated space, secondary unheated spaces, through penetration into the adjacent soil, linear and point coefficient of heat through the thermal bridge and thermal bond
5. Specific heat loss through ventilation, total heat loss, heat output according to ČSN EN 12831
6. Terms and definitions, energy balance, zones, rules for dividing zones, adiabatic boundary, heat flows between zones
7. Thermal gains – internal, external, calculation of heat losses and solar gains by passive elements of the outer shell (trombe wall, winter garden, opaque elements with transparent insulation)
8. Examples: specific heat loss, average heat transfer coefficient, solar gains through a conservatory, energy balance of glazing
9. Calculation of the need for heat for heating – daily degrees, materials, source efficiency, distribution efficiency, coefficients expressing actual operating conditions
10. Calculation of heat requirement for TV preparation
11. Calculation of total heat losses in special cases, examples of calculation of total heat losses using the envelope method and the room-by-room method
12. Energy assessment and certification, terms and definitions. Energy efficiency of the building
13. Smart buildings and smart cities. Simulation and modeling tools for theoretical knowledge of city functioning.
2. Thermal technical assessment of building structures
3. Heat transfer through the building envelope - average heat transfer coefficient, standard requirement, energy label of the building envelope, classification classes of heat transfer through the building envelope
4. Relative loss through heat penetration - through the building envelope, unheated space, secondary unheated spaces, through penetration into the adjacent soil, linear and point coefficient of heat through the thermal bridge and thermal bond
5. Specific heat loss through ventilation, total heat loss, heat output according to ČSN EN 12831
6. Terms and definitions, energy balance, zones, rules for dividing zones, adiabatic boundary, heat flows between zones
7. Thermal gains – internal, external, calculation of heat losses and solar gains by passive elements of the outer shell (trombe wall, winter garden, opaque elements with transparent insulation)
8. Examples: specific heat loss, average heat transfer coefficient, solar gains through a conservatory, energy balance of glazing
9. Calculation of the need for heat for heating – daily degrees, materials, source efficiency, distribution efficiency, coefficients expressing actual operating conditions
10. Calculation of heat requirement for TV preparation
11. Calculation of total heat losses in special cases, examples of calculation of total heat losses using the envelope method and the room-by-room method
12. Energy assessment and certification, terms and definitions. Energy efficiency of the building
13. Smart buildings and smart cities. Simulation and modeling tools for theoretical knowledge of city functioning.