Howdy, guys. Now that I have a stove with a true thermostat and auto-ignition, I've been wondering if anyone has done an analysis to determine the cost efficiency of running in T-stat mode and letting the igniter light up pellets on demand versus the 'old style' of running constantly but at a variable rate.
Here's what I mean.
I've noticed that my p35i will run on demand until the thermostat is to temperature, the auger slows then stops feeding, the distribution blower slows then stops as the pellets burn down, and the stove cools. Sometime a half hour later (or whatever amount of time...) when the thermostat calls for heat, the stove restarts by feeding pellets and runs the igniter.
The question is, which is more efficient? Does it cost more to run the electric ignition to re-start pellets, or is it better to jut run on 'constant burn' (as Harman puts it) and let the pellets stay lit?
Just curious. This is what happens when you have too much time on your hands. ;-)
Here's what I mean.
I've noticed that my p35i will run on demand until the thermostat is to temperature, the auger slows then stops feeding, the distribution blower slows then stops as the pellets burn down, and the stove cools. Sometime a half hour later (or whatever amount of time...) when the thermostat calls for heat, the stove restarts by feeding pellets and runs the igniter.
The question is, which is more efficient? Does it cost more to run the electric ignition to re-start pellets, or is it better to jut run on 'constant burn' (as Harman puts it) and let the pellets stay lit?
Just curious. This is what happens when you have too much time on your hands. ;-)