Remember I am in Glasgow where in winter baws can be freezing
Makes no difference - CW supply temperatures are those of the ground through which the pipes pass.
Remember I am in Glasgow where in winter baws can be freezing
The incoming public water supply is never 'Baltic', normal variation is around 5C winter to summe
Guess location does play a role though
Not too far south then but we do get significant temp swings with our cold water up here, as suggested. I only know as mentioned due to the benchmark figures for H + C water we have to take when commissioning and it can be quite a swing summer to winter.
Electric has disadvantages too.My 10.5kw Electric shower is great.
In fact it is more than good enough.
Anything more so is a pure luxury which you pay for in infrastructure, water and heat costs.
It has distinct advantages over a HW fed solution as well (simpler, more reliable, etc)
Electric has disadvantages too.
If it's a new installation it needs heavy supply cable.
It costs more to run than gas. Per kWh elec is ~ 4x dearer than gas, admittedly more losses with gas, but gas still more economical.
Agreed, the few I've had experience of gave poor temperature control at the shower.My way of thinking is that a combi is the 'poor mans' option.
That depends where you're starting from, anywhere from an old house with no central heating, up to a house with a CH system that you want to tag a shower on to. And the detailed layout.More expensive to install is a stored open vented system
Not for a given volume of water used. A combi with 30-odd kW to go at has a much higher maximum flow than a 10.5 kW electric, but no need to run it flat out (if you're trying to economise). Though the cost of a shower, gas or electric, is unlikely to be a concern.an e-shower is much more economical of both water and kwh for the time it is in use
That depends where you're starting from, anywhere from an old house with no central heating, up to a house with a CH system that you want to tag a shower on to. And the detailed layout.
Not for a given volume of water used. A combi with 30-odd kW to go at has a much higher maximum flow than a 10.5 kW electric, but no need to run it flat out (if you're trying to economise). Though the cost of a shower, gas or electric, is unlikely to be a concern.
I agree, I'm against combis too! What I was also thinking was if there is CH a system in place and you want to add a shower, there's a choice to make between electric and mixer (fed from a combi or stored water)They install combi's for simplicity in installation and the amount of pipework. Simplicity means a lot lower cost. None of that extra pipe work to the F&E, no F&E, no cylinder needed and boiler can be a one box solution, until it goes wrong.
I have a gravity shower, not a blistering job but quite adequate. It has temperature control only as you always want it at maximum available flow so separate flow control unnecessary, and more expensive. I suppose people might run a high-flow shower at maximum, but that defeats the object of a dual-control mixer.If a 30Kw flow is available, people will tend to run it flat out. However, everytime there is a demand for hot water, even a cup full the system has to fire up, so lots of extra wear and tear. I agree cost of either type is quite negligeable.
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