5.3.2. Results for building<br>

### 5.3.2. Results for building

Results for building include following information:

Project name |  | [ -]
Results setting-up for a building | Determination of results setting-up object and data of object creation | [ - ]
Heat loss coefficient |  | [W/K]
Coefficient of heat loss by penetration ΣHT,bud | index of volume of heat loss by penetration, depending on the value of partition heat transmission coefficient, its area as well as on corrective coefficients depending on the type of partition. Value calculated for whole building | [W/K]
Coefficient of heat losses for ventilation ΣHV,bud | index of volume of heat loss for ventilation, resulting from the amount of ventilation air and its density and specific heat. Value calculated for whole building | [W/K]
Total heat loss coefficient ΣH,bud | sum of coefficient value of heat loss by penetration and for ventilation | [W/K]
Building heat losses |  |
Total heat loss by penetration ΦT | sum of heat loss by penetration, calculated for all heated compartments in a building | [W]
Heat loss for minimal ventilation ΦVmin | sum of heat loss for minimal ventilation calculated for all heated compartments in building | [W]
Heat loss by infiltration 0,5 ΦV,inf | heat loss for infiltration calculated for all compartments in a building | [W]
Heat loss by mechanical, blow ventilation (1-ηV) ΣHV,su | heat loss by mechanical ventilation, calculated for all heated compartments in the building | [W]
Heat loss as a result of operation of exhaust ventilation Φmech,inf | heat loss resulting from external air flowing into building as a result of operation of exhaust ventilation | [W]
Total heat loss for ventilation ΦV | total heat loss for ventilation calculated as max value from loss for minimal ventilation and the sum of infiltration and mechanical ventilation | [W]
Building heat demand |  |
Total heat loss net ΦNetto | sum of heat loss by penetration and for ventilation for the building | [W]
Total heat demand (by temporary temperature reduction) ΦRH | sum of additional heat losses calculated for heated compartments, in which temporary temperature reduction has been declared | [W]
Total heat loss of a building Φbud | heat demand in a building is a sum of net heat loss of a building and the sum of additional losses | [W]
Building properties |  |
Heat demand /heating of building area ΦHL,bud/AN,bud | total heat loss of a building Φbud related to heated area of building | [W/m2]
Heat demand/heated cub. capac. of building ΦHL,bud/VN,bud | total heat loss of a building Φbud related to heated cubic capacity of building | [W/m3]
Surface giving up the heat A | surface building including all partitions having contact with external environment | [m2]
Specific coefficient of heat loss by penetration HT. | coefficient of heat loss by penetration related to heated surface of building | [W/m2]

Temperatures diagram – presented only for partitions defined as laminar partitions. Additionally on the diagram can be shown diagram of partial pressures of water vapour in partition, if the User has selected such calculation option in „General data”. Diagram of temperature drops is represented by fractured line, the colour and line type of which is defined in legend. Similarly have been presented the layout of partial pressures and water vapour saturation in partition. If the diagrams intersect each other and the apparent pressure of water vapour exceeds the saturation pressure, then the condensation takes place in partition. You can see it on diagram as a hatched field.

On the diagram has been presented graphically the condensation of water vapour on inner surface of partition in form of water drops.