Passive2:HVAC: Unterschied zwischen den Versionen
SebSta (Diskussion | Beiträge) |
SebSta (Diskussion | Beiträge) |
||
| Zeile 7: | Zeile 7: | ||
In the Distribution tab it is defined how the generated Heat, DHW and Ventilation is distributed. The heat losses due to pipes and ducts are taken into account for the final calculation | In the Distribution tab it is defined how the generated Heat, DHW and Ventilation is distributed. The heat losses due to pipes and ducts are taken into account for the final calculation | ||
=== Hydronic heating === | === Hydronic heating === | ||
These inputs are only required, if the Hydronic Heat distribution is accomplished by pipes. For the estimation of the heat loss the pipe length, geometry, its construction and the temperature difference between inside fluid and outside is | These inputs are only required, if the Hydronic Heat distribution is accomplished by pipes. For the estimation of the heat loss, data of the pipe length, geometry, its construction and the temperature difference between inside fluid and outside is necessary. The heat loss coefficient has to be calculated by a separate tool which is implemnted on the GUI of WUFI. | ||
[[Bild:Passive-hvac_distribution_hydrhea.png|HVAC hydronic heating|right|thumb]]<br style="clear:both" /> | [[Bild:Passive-hvac_distribution_hydrhea.png|HVAC hydronic heating|right|thumb]]<br style="clear:both" /> | ||
Version vom 23. Juli 2013, 13:54 Uhr
General
The HVAC devices of the building are defined in this section. This means usage and also energy/work distribution if multiple devices are used for the same task. For a list of possible devies see the HVAC database and for information about the needed input of the respective device, see this page.
Distribution
In the Distribution tab it is defined how the generated Heat, DHW and Ventilation is distributed. The heat losses due to pipes and ducts are taken into account for the final calculation
Hydronic heating
These inputs are only required, if the Hydronic Heat distribution is accomplished by pipes. For the estimation of the heat loss, data of the pipe length, geometry, its construction and the temperature difference between inside fluid and outside is necessary. The heat loss coefficient has to be calculated by a separate tool which is implemnted on the GUI of WUFI.
DHW
The DHW distribution is very similar to the Hydronic Heating distribution.
Ventilation
Unlike other components it is not necessary to create an assembly for the pipes because only the data of the
