Heat source dimensioning: Difference between revisions
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Klintsevicho (talk | contribs) m (Klintsevicho moved page Heat source dimensioning for installations with flat stations to Heat source dimensioning) |
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==Problem description== | ==Problem description== | ||
The way in which the heat source is dimensioned depends on the type of designed installation. | |||
==Solution== | ==Solution== | ||
* If the heat source lacks a buffer tank - heat source dimensioning should adopt the ''<IS_TS id=sMocCalkowitaZr/>'' value.<br/>[[File:InstalSoft_-_InstalSystem_5_-_Flat_stations_-_Total_output_general_results.png|900 px|left|thumb|1. Total output.]]<br clear="all"/> | * If the heat source lacks a buffer tank - heat source dimensioning should adopt the ''<IS_TS id=sMocCalkowitaZr/>'' value.<br/>[[File:InstalSoft_-_InstalSystem_5_-_Flat_stations_-_Total_output_general_results.png|900 px|left|thumb|1. Total output.]]<br clear="all"/> | ||
Revision as of 08:01, 14 December 2022
| Product | InstalSystem 5 |
| Type of article | TIP&TRICK |
| Source for translation | 2020-04-05 |
Problem description
The way in which the heat source is dimensioned depends on the type of designed installation.
Solution
- If the heat source lacks a buffer tank - heat source dimensioning should adopt the Total output value.
1. Total output. - If the heat source includes a buffer tank - the indicated Total output value is the peak power that the buffer tank is supposed to deliver to the installation. We suggest that the heat source be dimensioned towards standard heat load of a building (or in case there are no norm calculations, towards total heat load of rooms) including not utilized heat loss of pipe-runs and losses of radiant systems to outside of source feed area.
2. Standard heat load of building. 
3. Total rooms heat value. 
4. Heat loss of pipe-runs, losses of radiant systems.
