It’s interesting piece of technology, but it’s not ‘radical’. The company behind the storage has done their homework and they seem to be well engineered, but the “technology” itself is pretty much as old as bonfires, people have used hot rocks to heat up tents for ‘a while’.
But sand has pretty good thermal properties and size of these new iterations of old tech makes them pretty decent solution for energy storage with renewables. I’ve been following various ‘sand battery’ products for our own house, but the main problem with all of them tends to be the size required. In practise for our own house we’d need a sand battery roughly the size of 6m storage container (with heat pumps and all the other hardware) and that’d be so expensive that the investment wouldn’t pay itself back in my lifetime.
The main material could be smashed/pulverized glass. The stoage of direct renewable electricity to heat makes the cost (Overall, including climate responsibilities) more appealing when considered along the same lines as Solar panels, or concentrated solar - using a FPS converter that can utilized that direct heat to generate heat back into electricity makes the project a bit of a challenge, but overall a pragmatic solution for long term use cases. Build up in tight spaces and consider alternate uses like wind sheilds and parking spaces when it comes to space conformance. 🤔 I hear aircrete is an insulation thats already prevalent in europe is this true?
The main material could be smashed/pulverized glass.
As in sand. Glass is recyclable material, it makes no sense to use that for this kind of application since sand is already everywhere. Also at least some flavours of glass can melt on temperatures used on these which I’d imagine could cause problems.
I hear aircrete is an insulation thats already prevalent in europe is this true?
At least here in Finland it is not. It could be, but it’s not really widely available right now. Maybe in the future, but that would need at least some changes on how things are built.
My parents were planning to build a cabin around a Russian stove (massive stone chimney with beds and a ton of thermal mass) for overnight heat, but ended up in an RV instead when their retirement coincided with the housing collapse.
That style stoves are pretty common around here on older buildings. We have one and it really helps during winter and cuts down the electricity bill, at least as long as we have enough firewood to keep that thing going.
It’s interesting piece of technology, but it’s not ‘radical’. The company behind the storage has done their homework and they seem to be well engineered, but the “technology” itself is pretty much as old as bonfires, people have used hot rocks to heat up tents for ‘a while’.
But sand has pretty good thermal properties and size of these new iterations of old tech makes them pretty decent solution for energy storage with renewables. I’ve been following various ‘sand battery’ products for our own house, but the main problem with all of them tends to be the size required. In practise for our own house we’d need a sand battery roughly the size of 6m storage container (with heat pumps and all the other hardware) and that’d be so expensive that the investment wouldn’t pay itself back in my lifetime.
The main material could be smashed/pulverized glass. The stoage of direct renewable electricity to heat makes the cost (Overall, including climate responsibilities) more appealing when considered along the same lines as Solar panels, or concentrated solar - using a FPS converter that can utilized that direct heat to generate heat back into electricity makes the project a bit of a challenge, but overall a pragmatic solution for long term use cases. Build up in tight spaces and consider alternate uses like wind sheilds and parking spaces when it comes to space conformance. 🤔 I hear aircrete is an insulation thats already prevalent in europe is this true?
As in sand. Glass is recyclable material, it makes no sense to use that for this kind of application since sand is already everywhere. Also at least some flavours of glass can melt on temperatures used on these which I’d imagine could cause problems.
At least here in Finland it is not. It could be, but it’s not really widely available right now. Maybe in the future, but that would need at least some changes on how things are built.
My parents were planning to build a cabin around a Russian stove (massive stone chimney with beds and a ton of thermal mass) for overnight heat, but ended up in an RV instead when their retirement coincided with the housing collapse.
That style stoves are pretty common around here on older buildings. We have one and it really helps during winter and cuts down the electricity bill, at least as long as we have enough firewood to keep that thing going.