I was thinking, which normally leads to trouble.
My house has a 100K btu NG furnace. The furnace turns itself on and off as needed to keep the temperature what the thermostat tells it to. Since it turns itself on and off, it is only using the 100K btu every once in a while.
If a pellet stove could be located centrally, could it be rated at a significantly lower btu output since it would be running constantly?
What got me thinking of this was my little 25K btu woodstove. It's located in the back corner of an addition and I blow a bit of heat into the house. It's not in an ideal spot to heat the house, yet a couple times this year I turned the furnace off (and forgot to turn it back on) and the stove was able to keep the house warm for days. A good part of that probably has to do with thermal mass and plaster walls, etc. But I also wonder about the woodstove cranking ~20Kbtu constantly.
Would a smaller heater (like a pellet stove) cranking out a constant heat, do the job of a much larger furnace that cycles on and off.
Matt
My house has a 100K btu NG furnace. The furnace turns itself on and off as needed to keep the temperature what the thermostat tells it to. Since it turns itself on and off, it is only using the 100K btu every once in a while.
If a pellet stove could be located centrally, could it be rated at a significantly lower btu output since it would be running constantly?
What got me thinking of this was my little 25K btu woodstove. It's located in the back corner of an addition and I blow a bit of heat into the house. It's not in an ideal spot to heat the house, yet a couple times this year I turned the furnace off (and forgot to turn it back on) and the stove was able to keep the house warm for days. A good part of that probably has to do with thermal mass and plaster walls, etc. But I also wonder about the woodstove cranking ~20Kbtu constantly.
Would a smaller heater (like a pellet stove) cranking out a constant heat, do the job of a much larger furnace that cycles on and off.
Matt