Heat contributed by occupants?

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easternbob

Member
Hearth Supporter
Nov 29, 2007
228
Central NY
Looked around on the web some but couldn't find any concenious as to how much heat the occupant of a house contributes to warming the house. Just built a new house and really notice that when we have company over the house gets warms up pretty quick. Any idea how many btu/hr the average person is putting out? How about regular light bulbs (btu/watt), refrigerator, etc? I'm sure everyone's been at parties that you have to open the windows after a while. thanks.
Bob
 
The rule of thumb I remember from HVAC was an adult was equivalent to a 100 watt lightbulb exclusive of the heat generated by actvivities (running the oven ETC). Of course you can always fire up the Matrix and see what size Duracells they use:)
 
Too funny...peakbagger...I had the exact same "Matrix" thoughts when I read this thread title.
 
Of course, people (like storage tanks) lose less heat to the environment when they're well wrapped with insulation. To get maximum heat gain from your occupants, make sure that you have maximum exposed surface area.
 
nofossil said:
Of course, people (like storage tanks) lose less heat to the environment when they're well wrapped with insulation. To get maximum heat gain from your occupants, make sure that you have maximum exposed surface area.

Haaaaaa. You make the list(check signature)
 
I think Dan Holohan has it at 500/btu/hr in one of his books.


exposed and moving rapidly............
 
So if I figure somewhere between 200-300 btu/hr/person (depending on clothes and activity level) I should be safe.
I might try this line some evening.... "If we take our clothes off and dance around we won't need to put more wood on the fire" Or put another way..... "save a tree, dance naked"
Bob
 
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