Difference between revisions of "Sorption cooling system"
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{{Energy system | {{Energy system | ||
| − | |Description=Unlike conventional HVAC systems, sorption cooling systems do not require an external source of cooling for cooling and dehumidification of the air. Instead, '''sorptive''' materials dehumidify the air and water evaporation cools the air. There are sorption cooling systems | + | |Description=Unlike conventional HVAC systems, sorption cooling systems do not require an external source of cooling for cooling and dehumidification of the air. Instead, '''sorptive''' materials dehumidify the air and water evaporation cools the air. There are sorption cooling systems |
|Advantages= | |Advantages= | ||
*High efficiency | *High efficiency | ||
Revision as of 11:55, 20 May 2015
[edit]
| Description | Unlike conventional HVAC systems, sorption cooling systems do not require an external source of cooling for cooling and dehumidification of the air. Instead, sorptive materials dehumidify the air and water evaporation cools the air. There are sorption cooling systems |
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| Advantages |
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| Disadvantages |
Adjustment necessary for certain buildings, climatic conditions and occupancy |
| Application barriers |
Needs to be adjusted to suit frame conditions |
| Information sources | |
| Image | |
| Trade: | HVAC technologies |
| Energytype: | other |
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| Energy saving or generation: | saving |
| Season: | winter, summer |
| Buildingtype: | single |
| Envelope or System: | system |
| Category: | cooling |
No performance data found for this type.
| Initial cost per unit: |
low |
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| Cost for operation and maintenance: |
low |
| Cost development: |
continuous |
This is the chart for costs incurred during the lifecycle of the technology.
| The Design4Energy project aims to address evolutionary life-cycle evolutionary design methodology able to create energy-efficient buildings flexibly connected with the neighbourhood energy system. | 
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BL(Ti)=0.788 
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