Fireside
Formerly Wakefield Stove
JohnDebar@gmail.com
Wood stoves and inserts are not 'instant' heaters, like oil or gas furnaces. However, remote heating is much better with long duration 'flash combustion' technology equipped wood heaters. Because the source of heat for the entire home originates from the source room, the focus is now on factors that optimize the spreading of heat to remote spaces, while limiting source room overheating.
First, there are two heating environments. It can be chilly, as in the fall and spring, or frigid winter temps. When in frigid winter temps, the stove is on 24/7, but in the fall and spring, the stove is off about half the day. For both temperature environments, the procedure is the same. The exception is when in the warmer days of fall and spring heating, remember to restart the stove late day before the remote spaces get cold.
Long burn durations, when fully loaded, provide consistent lower level heat for 8-10 hours. This means it is much more likely to stay in heating mode, and not periodically off a few hours or more each day. However, the same stove, when filled to the max, providing the same lower level heat, can have just 5 hours burn duration. You'll find it off, a few hours here and there every day, because you weren't around to reload frequently. The tips that follow enable the longer range of burn duration, to insure that once remote spaces of the house are heated, you don't have to reheat so often.
Half of all folks who have a flash combustion stove, are unaware choices they make, cuts efficiency nearly in half, from the stoves 80%, down to 45%. It's like car mileage dropping from 30 miles/gallon to just 17 mpg. You'll be out of gas sooner. With a stove, if it's off before you awake, or off on returning from work, then the far end of the home cooled down.
To heat cold remote spaces, without severe overheating of the source room, requires 2 things. A lower stove heat output, along with a 10-20 hour wait. Since the 10-20 hour wait is unacceptable, you need a plan B. Before getting into the details of plan B, I need to address a non-solution some have adopted from yesteryears 'cave man' air tight stoves. Some are under the notion a blower will help blow warm air to these remote rooms. Tests performed with blowers show no measurable air movement beyond 8 feet from the stove. With old air tight, 35-45% inefficient stoves, blowers increased efficiency. This captured a bit of heat that would have been lost up the chimney, which will indeed quicken remote heating, however, the tips that follow are to also lessen overheating of the source room, while heating remote spaces.
From above, you learned a long burn duration will keep remote spaces from needing frequent reheating.
Plan B: How to get a much longer burn duration: