Talk:Refrigeration: Difference between revisions
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(Created page with "==Einstein refrigerator== The Einstein refrigerator minimizes possible contact with the refrigerant, yet still uses a refrigerant. Perhaps a better idea might be to make a [[h...") |
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The Einstein refrigerator minimizes possible contact with the refrigerant, yet still uses a refrigerant. Perhaps a better idea might be to make a [[http://en.wikipedia.org/wiki/Computer_cooling#Liquid_cooling liquid-cooled] refrigerators ? | The Einstein refrigerator minimizes possible contact with the refrigerant, yet still uses a refrigerant. Perhaps a better idea might be to make a [[http://en.wikipedia.org/wiki/Computer_cooling#Liquid_cooling liquid-cooled] refrigerators ? | ||
Traditional liquid-cooling uses one or multiple fan(s) on the radiator to discard heat; an alternative is a Peltier element to cool the radiator. I guess that it won't be as efficient, but the main advantage is that no [ | Traditional liquid-cooling uses one or multiple fan(s) on the radiator to discard heat; an alternative is a Peltier element to cool the radiator. I guess that it won't be as efficient, but the main advantage is that no [http://en.wikipedia.org/wiki/Vapor-compression_refrigeration#Refrigerants_toxic.2Fenvironmentally-damaging_refrigerants toxic/environmentally-damaging refrigerants] need to be used. | ||
An alternative is to let people continue to use their walk-in refrigerator with open window air conditioner and coolbot, and perhaps have them also integrate outdoor air cooling (winter time). See [[Proposed GVCS]] | An alternative is to let people continue to use their walk-in refrigerator with open window air conditioner and coolbot, and perhaps have them also integrate outdoor air cooling (winter time). See [[Proposed GVCS]] | ||
[[User:VDP|VDP]] ([[User talk:VDP|talk]]) 15:10, 6 August 2014 (CEST) | [[User:VDP|VDP]] ([[User talk:VDP|talk]]) 15:10, 6 August 2014 (CEST) | ||
Latest revision as of 13:11, 6 August 2014
Einstein refrigerator
The Einstein refrigerator minimizes possible contact with the refrigerant, yet still uses a refrigerant. Perhaps a better idea might be to make a [liquid-cooled refrigerators ?
Traditional liquid-cooling uses one or multiple fan(s) on the radiator to discard heat; an alternative is a Peltier element to cool the radiator. I guess that it won't be as efficient, but the main advantage is that no toxic/environmentally-damaging refrigerants need to be used.
An alternative is to let people continue to use their walk-in refrigerator with open window air conditioner and coolbot, and perhaps have them also integrate outdoor air cooling (winter time). See Proposed GVCS VDP (talk) 15:10, 6 August 2014 (CEST)