I just want to know why everything now has to have a warning associated with it. It's January in the mountains of PA. What do you expect it to feel like outside. Now we have to have a wind chill warning because the temp is below zero and the wind is blowing. The local news can't go 30 seconds without talking about it.
I have to agree. We were in PA over Christmas and everyone was apoplectic because it was cold. Ummmm, yeah. Saw below zero temps plenty o'times growing up there. Saw something like a month at a stretch without going above freezing. Winter in the Northeast, folks. Nothing new.
Yes, but this generation of younger adults have never experience the late 60's and 70's in the winter. In 1967 Chicago Il had a 24 hour snowfall of 23" inches. This was the only time school was closed for me. Still had to get to school for our wrestling practice, for me we all walked to school that day. Now school is closed in some areas if they forecast 3" to 6" snow. In the late 70's we had some terrific winter storms. This is when I first heard about wind chills. When we had three years in a row of supper cold weather and a lot of snow, starting in 1976 to 1979. But that was history and the younger adults can not relate to that so, to them the end of the world is approach now. All because of Global Warming! Really?
I'm looking at replacing our old outdoor wood boiler next year. I've already had to weld on the exchanger twice and it's not something I'm interested in putting money into. The dilemma is I don't want to be married to another one another 10 plus years but being we have a heat pump I have to have SOMETHING to heat the house with during power outages which is all too common on our road. I like the outdoor units because it keeps the wood out of the house. I'm really looking at one of these
http://www.airstove.com
If the website is to be believed they are supposed to be very efficient. Ties right into existing duct work. The appealing aspect to me is I wouldn't even bother running it when temps are anything above low to mid 20's because our heat pump is very efficient. Its when it gets cold enough to kick on the Aux heat strips that really turns the meter. I could run this when it's cold or during power outages and literally let itself burn out and forget about it until conditions warrant again. That's not so easy to do with a boiler. I just wish I knew someone with some first hand experience with them.
I'm looking at replacing our old outdoor wood boiler next year. I've already had to weld on the exchanger twice and it's not something I'm interested in putting money into. The dilemma is I don't want to be married to another one another 10 plus years but being we have a heat pump I have to have SOMETHING to heat the house with during power outages which is all too common on our road. I like the outdoor units because it keeps the wood out of the house. I'm really looking at one of these
http://www.airstove.com
If the website is to be believed they are supposed to be very efficient. Ties right into existing duct work. The appealing aspect to me is I wouldn't even bother running it when temps are anything above low to mid 20's because our heat pump is very efficient. Its when it gets cold enough to kick on the Aux heat strips that really turns the meter. I could run this when it's cold or during power outages and literally let itself burn out and forget about it until conditions warrant again. That's not so easy to do with a boiler. I just wish I knew someone with some first hand experience with them.
The only thing electric on the Hopsco is a 1/3 hp blower motor 7 amp max load. I could either run it with a small generator or more optimally a solar panel/battery bank with enough reserve to run it.
The furnace does not run at all with these units, I would simply be using the existing duct work.
I have to wonder just how much heat loss is going to happen with the ducting exposed to the elements NO MATTER HOW WELL INSULATED THEY ARE!!
Its probably just me but I wouldn't like it that close to the house, but the further away the more the heat loss.