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| Alternative Energy Discussion relating to the design and implementation of alternate energies. |
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| Experienced Member | This one isn't so much the generation of alternate energy as energy management in the home (or institutions). I've had running disagreements with the architectural community for a long time. They are extremely "building code" oriented and, Frank Lloyd Wright aside, don't seem too inclined to "experiment" much. The result is that we have houses being built today that don't include technology much beyond the 1920s. In my kitchen is a refrigerator, nestled into a nook between the dishwasher and pantry. I don't know how it manages to work as well as it does since the heat exchanger is backed up to a blind wall in that nook (with cabinets that overhang the top of the fridge!). I suppose, in the winter, it's okay since whatever heat load the fridge adds, just sums to the other heat sources in the house. But, in the summer, it doesn't seem like a very good solution. Houses really need to be designed (in combination with refrigerators) such that the fridge expels its heat into a plenum that has a airflow gating system such that in winter the warm air is returned to the house while in summer that heat vents, via the plenum, to the outside. Am I the only sane one on this issue or am I missing some major concept in physics? |
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| Experienced Member | We have our fridges up against a blind wall and they seem to work alright. Where do you live? We don't have very hot summers in the UK so I suppose that's why we don't have this sort of problem. Perhaps you should consider moving your fridge to an out house or garrage where you can leave plenty of room for ventillation. |
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| Experienced Member | Well, it just seems like a solution waiting some famous "expert" to figure it out and get the credit for the idea. I'm sure, "outhouse" has a less colorful connotation in other parts of the world than here in the US. But, putting that aside, the idea of having to run out to some out building to fetch refrigerated food (while perhaps a good diet plan), does not appeal to me. I live in Oregon (pretty colse to the 45th parallel). In fact, I used to live in Salem and the 45th parallel runs right through the north end of the town. Last edited by crashsite; 7th January 2008 at 07:16 AM. |
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| Experienced Member | Quote:
Mike. | |
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It's common here to have them in garages, and come the winter the freezer thaws out! | |
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This a large unit with two thermostats. | |
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| Experienced Member | I've always wondered why a fan wasn't placed in parallel with the compressor motor similar to the commercial units. The energy transfer fridge to air would have to many times greater. |
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| Super Moderator | I think he means to more rapidly remove the heat from the radiator at the rear, just as you would with a fan cooled heatsink. I would imagine it's not done for cost, for noise, and for efficiency - it would cost more to run using active cooling rather than passive. |
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| Experienced Member | I had that same thought a long time ago. Well first off a fridge doesn't take all that much power and shouldn't be really be such a load on the house's A/C. In fact, your TV set or computer takes a lot more, so you might as well be asking why not vent these outside. You're missing one point- any air taken from the inside and blown outside requires an equal volume of hot/wet outside air to be sucked into the house which usually results in an even higher cooling load for the A/C. It might come in around door seals or some other place but it MUST come in! So you could pull in outside air, run it past the condensor or PC power supply, and vent it back out. Well, couple of probs there- one, these appliances don't work as well with hot air. PC power supplies tend to have shorter lives if run on 95F air. Fridge compressors don't last as long and in fact a fridge will have to draw significantly more power to stay cool in 95F than 70F air. This may end up being less efficient when you add the A/C and fridge consumption together. But all it takes is one premature compressor failure and having saved $2/mo in electricity seems kinda trivial. So consider the enormous problem of keeping insects, birds, dust, and rats from getting in, sealing against rain, and having to make ugly holes in the siding is a very high expense. Wow, that's a design feature that could cost hundreds or thousands and totally ties down where the fridge can be in the kitchen design too unless you're running hoses around.
__________________ I thought what I'd do was I'd pretend I was one of those deaf-mutes. |
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