That drop is from about 20C at midnight, through to 6pm the following day. Maybe a 30 minute blast before I get up. About a .5C drop/hour - is that a lot?
And I'd suggest we could all use more insulation, but for diminishing returns . . .
I think I'm wasting exactly as much as I would :-)
It does take a lot - about 50p an hour as it hauls itself up to 18-20C. Maybe I should do some comparisons, but I did read up on this a while ago, and was convinced the house-on-simmer method was wasteful.
No problems of that kind that I've noticed. Bit of cold bridging (or something, not sure) in the front bay. I'm sure the roof and floor timbers experience much wider temperature swings.
Semidetached with a pensioner next door, heat comes into one of my external walls :-) In fact if I leave my heating off for a week and it's 0C outside, the house remains at 10C.
It's also a bungalow with high hedges and fences so the wind doesn't get to it much.
From your link: Next to a single glazed window, the internal surface temperature is arou= nd 1=B0C. Next to a double glazed window (2000 vintage), the surface temperature i= s around 11=B0C. Next to a modern, energy-efficient double glazed window, the surface tem= perature is 16=B0C. Next to a triple glazed window, with a centre-pane U value of just 0.65,= the temperature is 18=B0C.
I don't think that's worth it. Seems like modern doubles are almost as = good.
-- =
8 Brits were injured last year in accidents involving out of control Sca= lextric cars.
I ran a calculation on my house and the DG was so much worse than the even modestly insulated cavity walls that it would have made sense to have triple glazing in the front bays.
The frames are basically the same (clearly the glazing aperture is wider, I said "basically") and the frames are not cheap even before glass is added - in theory it should only add 50% to the cost of teh panels to make them TG and that's going to add quite a bit less than 50% to the whole unit cost - for tangible long terms gains.
The performance of modern doubles will tend to fall with time though as the gas fill leaks out and moisture creeps in. Likewise modern K glass can be a mixed bag - thermally more efficient, but it lets less light in, and so you may find yourself turning the lights on sooner.
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