Comment Re:What is being missed... is the $2 million part. (Score 1) 456
Using an aggressive setback on a programmable thermosat can save substantially a bit. A $200 programmable thermostat is a more costly than usual; thats typically the price point for a learning thermostat (which attempt to be programmable thermostats for lazy people, but aren't as good).
For example I set back from 68 to 50 during the night when I sleep and during the day when I am working. For "average" outdoor temperature of lets say 30F, I slashed heating bill by 48% durring that setback. Since I am working and sleeping 75% of the day. Total savings are 36%. Utilities are cheap here, I pay ~$700 to heat and cool my place. So I don't save much (though, incidentally, enough to pay off a very cheap programmable thermostat in less than a heating season) Some people are spending $3000-$4000 to heat and cool moderately sized houses. Few weeks = 3 to 5 * 3000/52 = $173 to $288 in heating costs. Slashing that by 30% gives you at least $18-24/week savings.
And this guy could easily have an extra ordinary situation such that he is measuring payback in weeks instead of months. e.g., in a heating climate he could have an St. Paul 1890 5900 sq ft house with an oil boiler from the same era, or in cooling climate Yuma AZ, a 1994 AC with uninstalled duct work running through the 160F attic. Yeah, in both situations they could substantially and cost effectively reduce operational costs using other methods, but this is the type of crap that permeates american construction.
For example I set back from 68 to 50 during the night when I sleep and during the day when I am working. For "average" outdoor temperature of lets say 30F, I slashed heating bill by 48% durring that setback. Since I am working and sleeping 75% of the day. Total savings are 36%. Utilities are cheap here, I pay ~$700 to heat and cool my place. So I don't save much (though, incidentally, enough to pay off a very cheap programmable thermostat in less than a heating season) Some people are spending $3000-$4000 to heat and cool moderately sized houses. Few weeks = 3 to 5 * 3000/52 = $173 to $288 in heating costs. Slashing that by 30% gives you at least $18-24/week savings.
And this guy could easily have an extra ordinary situation such that he is measuring payback in weeks instead of months. e.g., in a heating climate he could have an St. Paul 1890 5900 sq ft house with an oil boiler from the same era, or in cooling climate Yuma AZ, a 1994 AC with uninstalled duct work running through the 160F attic. Yeah, in both situations they could substantially and cost effectively reduce operational costs using other methods, but this is the type of crap that permeates american construction.