Difference between revisions of "Solar cooling"
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| − | '''Solar cooling''' is the use of [[solar]] thermal [[energy]] or solar | + | '''Solar cooling''' is the use of [[solar]] thermal [[energy]] or solar electricity to power a cooling appliance. |
There are five different approaches to solar cooling: | There are five different approaches to solar cooling: | ||
| − | *absorption cooling, which can use solar thermal | + | *absorption cooling, which can use solar thermal energy to vaporize the refrigerant; |
| − | *desiccant cooling, which can use solar thermal | + | *desiccant cooling, which can use solar thermal energy to regenerate (dry) the desiccant; |
| − | *vapor compression cooling, which can use solar thermal | + | *vapor compression cooling, which can use solar thermal energy to operate a Rankine-cycle heat engine; |
| − | *evaporative coolers (" | + | *evaporative coolers ("[[Swamp coolers]]"); |
*heat-pumps and air conditioners that can by powered by solar photovoltaic systems. | *heat-pumps and air conditioners that can by powered by solar photovoltaic systems. | ||
| − | [[ | + | [[Category:Energy]] |
Latest revision as of 19:28, July 13, 2016
Solar cooling is the use of solar thermal energy or solar electricity to power a cooling appliance.
There are five different approaches to solar cooling:
- absorption cooling, which can use solar thermal energy to vaporize the refrigerant;
- desiccant cooling, which can use solar thermal energy to regenerate (dry) the desiccant;
- vapor compression cooling, which can use solar thermal energy to operate a Rankine-cycle heat engine;
- evaporative coolers ("Swamp coolers");
- heat-pumps and air conditioners that can by powered by solar photovoltaic systems.