Remember it’s *relative humidity*. Colder air, at high humidity levels holds less water vapour. So somewhere tropical / semi tropical like Florida is both hot and steamy, so you’ll have way more moisture in the air than somewhere like here that’s temperate oceanic. It will also fall out as mist, dew and drizzle.
The result is that indoor, heated air humidity isn’t high.
Dehumidifiers aren’t normally needed, unless you’ve some very specific damp problems or something. Normally once a building is adequately heated it won’t be damp.
The issue is that outdoors, plant growth and moss growth is likely rapid. So just means plenty of jet washing and designing surfaces that work well with moss and lichens. Slates, stone, brick etc all work well. Wood, exposed plaster etc doesn’t.
Heat pumps actually work very well here, if you’ve got the right levels of insulation. The relative shift in temperature from indoors to outdoors might only be 10 to 15°C so, you don’t have all that much heat to pump. So in general things like air-to-water systems, driving low temp radiators and/or underfloor heating are becoming popular.
I’ve installed solar panels and get a good % of my hot water on sunnier days and I’m thinking about photovoltaic panels. You can feed back into the grid what you don’t use and I’ve a lot of south facing roof, so it gets lots of light. If I plan the grants and rebates well, it could save me money.
I wouldn’t entirely cut off the gas just yet, but I think in a few years I might be looking at whether I really need it anymore.
The result is that indoor, heated air humidity isn’t high.
Dehumidifiers aren’t normally needed, unless you’ve some very specific damp problems or something. Normally once a building is adequately heated it won’t be damp.
The issue is that outdoors, plant growth and moss growth is likely rapid. So just means plenty of jet washing and designing surfaces that work well with moss and lichens. Slates, stone, brick etc all work well. Wood, exposed plaster etc doesn’t.
Heat pumps actually work very well here, if you’ve got the right levels of insulation. The relative shift in temperature from indoors to outdoors might only be 10 to 15°C so, you don’t have all that much heat to pump. So in general things like air-to-water systems, driving low temp radiators and/or underfloor heating are becoming popular.
I’ve installed solar panels and get a good % of my hot water on sunnier days and I’m thinking about photovoltaic panels. You can feed back into the grid what you don’t use and I’ve a lot of south facing roof, so it gets lots of light. If I plan the grants and rebates well, it could save me money.
I wouldn’t entirely cut off the gas just yet, but I think in a few years I might be looking at whether I really need it anymore.