I love all these responses on the plumbing lol. Yeah if you want this thing at home your wouldn’t really need to upgrade all your pipes. I’m a sparky not a plumber but a separate water heater and water pump along with probably a 240V line to run em and you’d be good.
I would actually love to watch a plumber run the pipes for this shower setup. I wonder how they’re different from the shower installs I’ve seen while roping houses
Water typically comes in at around 15 degree Celsius, so it needs to be heated by around 25 degrees to feel warm.
A regular high flow shower head flows up to 20 liters per minute (that’s 5.3 gpm in American). That’s 500 kcal/min of energy that needs to be added, which is 35 kW, or a total of almost 150A at 240V.
You would use a gas water heater for that since they heat the water much quicker…
I used to live in a 200 units building with a central heater for all the hot water and we never ran out and the water was hot as fuck, just need to use the appropriate material for the job 👍
I guess you could also use an oversized heat pump in theory. With a setup like this, recirculation and/or wastewater heat recuperation would also need to be looked into. Either would significantly reduce the cost of running this.
But purely resistive heating without any form of recuperation would need impractical amounts of power.
I love all these responses on the plumbing lol. Yeah if you want this thing at home your wouldn’t really need to upgrade all your pipes. I’m a sparky not a plumber but a separate water heater and water pump along with probably a 240V line to run em and you’d be good.
I would actually love to watch a plumber run the pipes for this shower setup. I wonder how they’re different from the shower installs I’ve seen while roping houses
Water typically comes in at around 15 degree Celsius, so it needs to be heated by around 25 degrees to feel warm.
A regular high flow shower head flows up to 20 liters per minute (that’s 5.3 gpm in American). That’s 500 kcal/min of energy that needs to be added, which is 35 kW, or a total of almost 150A at 240V.
You would use a gas water heater for that since they heat the water much quicker…
I used to live in a 200 units building with a central heater for all the hot water and we never ran out and the water was hot as fuck, just need to use the appropriate material for the job 👍
Indeed.
I guess you could also use an oversized heat pump in theory. With a setup like this, recirculation and/or wastewater heat recuperation would also need to be looked into. Either would significantly reduce the cost of running this.
But purely resistive heating without any form of recuperation would need impractical amounts of power.