ChatterBank1 min ago
Heat Only Boiler
10 Answers
Hi all,
I am looking at getting a new boiler and was wondering if a heat only one would be a better option for me as opposed to a combi? I have a 3.99kw solar panel system and all my showers are electric. washing machine is cold water fill.
Property is detached, double glazed, has cavity wall insulation and 750mm loft insulation.
I will have about a 12 - 14 radiators (I am planning to convert my garage in the future and would like to allow for this).
I have used this website http:// www.idh ee.org. uk/calc ulator. html but can not believe that the Kw I require would be under 7Kw. Is this right?
Not sure where to post so have posted also in How it Works.
I am looking at getting a new boiler and was wondering if a heat only one would be a better option for me as opposed to a combi? I have a 3.99kw solar panel system and all my showers are electric. washing machine is cold water fill.
Property is detached, double glazed, has cavity wall insulation and 750mm loft insulation.
I will have about a 12 - 14 radiators (I am planning to convert my garage in the future and would like to allow for this).
I have used this website http://
Not sure where to post so have posted also in How it Works.
Answers
We have fitted a few of the new Ideal Vogue boilers... they are very good since Ideal had a good kick up the backside a few years ago.They have stainless steel heat exchangers which is a must have in my book.I would go for the 35kW with a feed to the DHW tank AND an immersion... you can use it during the day from your solar.
14:21 Thu 25th Jun 2015
You can still have a combi and only use the hot water when needed.If you have a conventional boiler you will surely still need some hot water and so will need a hot water cylinder.The calculation for the radiators takes into account their size.On average 13 radiators would require around 35kW.
We have 15 and have a 52kW boiler.
We have 15 and have a 52kW boiler.
My current system is over 20 years old and does not have a combi so everything is in place for a heat only bolier. My main concer was adding additional radiators to the system and wondered if an extra 2 - 3 radiators would be offset by the addition of double glazing, cavity & loft insulation. Given that boilers are now more efficient I was wondering what Kw I would require. My current boiler is an Ideal Mexico Super 2 but I can not see how many Kw it is. Is is more than sufficient for the current set up but I will be adding, in time, 2-3 more radiators.
Thank you for your help.
I presume that if I divied the Mexico Kw by the number of radiators I have (plus 1 to be on the safe side) and then multiple by the maximum number I intend having in the long run it should give me an approximate KW I need,
Have had 2 people come to quote so far one said 30-35Kw only other said 24Kw would be sufficient. I am awaiting prices from both.
One has suggested a combi and the other a combi or system boiler. Neither like the idea of a heat only but the one who said I could use a system boiler was on about not linking in to the hot water and putting in a new immersion heater.
All very confusing to me.
I presume that if I divied the Mexico Kw by the number of radiators I have (plus 1 to be on the safe side) and then multiple by the maximum number I intend having in the long run it should give me an approximate KW I need,
Have had 2 people come to quote so far one said 30-35Kw only other said 24Kw would be sufficient. I am awaiting prices from both.
One has suggested a combi and the other a combi or system boiler. Neither like the idea of a heat only but the one who said I could use a system boiler was on about not linking in to the hot water and putting in a new immersion heater.
All very confusing to me.
We have fitted a few of the new Ideal Vogue boilers...they are very good since Ideal had a good kick up the backside a few years ago.They have stainless steel heat exchangers which is a must have in my book.I would go for the 35kW with a feed to the DHW tank AND an immersion...you can use it during the day from your solar.