Is electric heating the future? - LOT20 and SAP10 explained.
Joe Robinson runs through the changes in building regulations and product design requirements for electric heaters. With a move away from gas heating, electric radiators could become a mainstream heat source for new build properties. - Good news for electricians.
Get up to speed with the changes in this video.
00:00 How is electricity use changing?
00:37 LOT 20 Ecodesign - what is it?
01:55 SAP 10 Energy efficiency and building regulations
03:10 Electric heater options
03:40 Ascot LOT 20 heater solution
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Presented by.
Joe Robinson - technical editor eFIXX
#efixx #Premspec #electricheating
ALL electric heaters are 100% efficient. Mechanical thermostats deliberately have a significant hysteresis to avoid excessively frequent switching.
Joe, very thoughtful and thought provoking video, one of your best yet in my view. I recently had planned to have a wet underfloor heating system in my recent garage conversion (30m2) but at a late stage switched to electrical. I also see the direction of travel that you see.
Thanks for the very clear explanation of SAP 20 👍🏾👍🏾
Interesting video Joe, do you think this is some early signs of doing away with gas ? All this smart tech coming out we will be a to control our energy usage alot better.
Install similar at my work. Cost a fortune for the tenants to run as they aren’t helped or advised on how to get on a better tariff. Tenants use them like a wet system, heating up rooms that aren’t being used ie a spare bedroom. A simplified user guide on how to get the best out of these really is required.
Great video Joe
Great Video, as an electrician I look forward to this being the case. However, Isn’t Electricity roughly 4x more expensive at the moment than Gas per kWh?? Unless someone has a solar array and battery storage or the energy companies slash cost by up to 75% isn’t it going to be way more expensive despite these smarted technologies you mentioned...?
Yup, only makes sense where you want to provide very localised heat, or gas is prohibitive
That's right I though it wud be ok buying smart radiators but I'm now going with gas lol. It's too expensive
@@crazypigs100 h
Given heat pump source with cop 3 or so, the price difference was small even back when you wrote that - and in the post-Russia-going-mad world, it actually flips.
@@JasperJanssen what's heat pump cop3?
In my view Joe this is the best summary I have ever seen of the future of electricity as a energy source to heat our homes. The recent increase in the gas prices of 75% per kwh and 33% for electricity shows a competitive move away from gas for the first time in decades. Please take a look at my all electric heating video. I have had an all electric system for more than 25 years. My bill for the next 12 months including 33% increase in April 2022: £1950. About the UK average dual fuel bill for a typical 3 bed semi. And I enjoy whole house 19-21c warmth and no repair bills. And if you take a look at the figures at the end of the video, there is the proof. Can anyone show me performance figures, not just cost, for a gas central heating system?
Are these heaters made in the UK? Although LOT 20 sounds great there are lots off issues with over complicated controls which the end user struggles to understand.
Do you have a time-to-heat profile for this heater ? I would like to know how long a 20' x 20' room takes to heat from 10 C to 20C with N (1, 2, ??) such radiators in the room.
I'm afraid I don't but if you reach out to Premspec they're really helpful with calculations for heating spaces. 😊
This is really interesting and very much welcome though here in Zambia we are still very much behind and we'll take forever to catch up.
Hi. Is the .farho electric heaters any good. ? I would be most grateful if you can get back to me on this question . As I have been talking about do this for a long time. Thank you.
As a consumer, if the gas central heating and the heat pump are not available options (apartment blocks), how do we compare this heater to an electric underfloor heating? Which one is more energy efficient?
Fine in principle, but even at maximum efficiency, electric heating is way too expensive to run unless electricity prices fall by a huge amount. I'm in the country, gas is not an option, my only realistic method ( it's an old house with wet central heating) is oil, which I hate. Looked at GSHP as well, but they can't deliver water at high enough temperature. Stuck with oil for now...
Why not just combine GSHP with a tank and element for the last bit of heating up to the usual hot water temperature? Yes the resistive element isn't as efficient as the heat pump but the heavy lifting would've already been done so it would have less heating to do. Meanwhile the GSHP can be heating your house as well. Or if you don't have a bath in the house, instantaneous (or small tanked) water heaters are fine for sinks, and then a normal electric shower.
I put in an electric system in 2016 and it is horrendous. Noisy (gushing water runs through system), costs absolute fortune to run (on economy tariff), needs two meters, therefore, no smart meter possible, thermostat is useless and always needs manually boosted, ugly copper pipes everywhere, roof fell in as seals perished after 2 years, do not hold heat, I could go on. To me, electric heating has always been useless and expensive to run. I need convincing! Because something is labelled as eco does not necessarily make it good! I am £160 per month for small, modern 2-bed flat. No gas. My bills nearly tripled when I put in the new “economy” heating on my “economy” tariff! Still trying to figure out where the economy comes in!
We're going to get electric radiators which can be controlled by an app on a smart phone. I'll also be able to monitor how much electricity were generating from our PV, so can switch the heaters on remotely if it's a cold sunny day in the shoulder season, say mid/late afternoon, instead of drawing from the grid once the sun has set. It'll be interesting to see if we can use enough of our free electricity in the shoulder season, and selling excess in the summer, to offset the cost of grid electricity during the winter months. Should say that it's a new build very well insulated home, EPC 92, wall u value of 0.13. I'm not sure I would want to rely on them in an older home.
If I'm thinking of having an electric combi boiler fitted who do I get to install it? The plumber or the electrician?? Thank you to anyone who can answer this conundrum. 🤔😏
In future could we still get gas if want it? Thinking of in future as I prefer cooking on gas, the rest I not mind electric
Infrared panels supported by PV solar?
Excellent
Where can I buy one
efixx, perhaps a follow up video might be in order one year later. My E7 tariff went from 18p day rate, 9p night rate to 36p day rate, 18p night rate with Scottish Power in April. Which with my dodgy maths is double. We were already paying close to £3k annually on the old rate with electric heating (storage heaters) in our 1990 built 2 bed semi which were never any good. Luckily we bit the bullet and had a gas supply installed and gas central heating last Autumn. Wish I had done it years ago. 👍
so its a 1.5 kw oil filled electric radiator with a digital thermostat that's directly attached to the hot thing
Great video Joe. With gas not going to be used from 2025 in new builds, will gas engineers and electricians be required to change existing properties in the future? How much would electricity suppliers charge occupiers in the future when the whole property will be powered by electricity? Also how much is the UK actually going to grow the renewable energy industry for all this to happen? We're quite far behind a good amount of countries in this area.
What they’re doing over here in NL is the council are making neihhborhood-by-neighborhood plans for going off gas.
Do you think we will see three phase supply becoming more common on domestic supplies with the increasing electrical demand?
I wouldn't be at all surprised to see this happening down the line.
Efixx, practical if expensive for new builds but to bring it to existing buildings would be a very expensive and slow process, but with the government pushing the electricfication of transport and heating there needs to be an increase in domestic capacity. It's a pity that they have not sorted out low emission generation for the grid though so cart before the horse.
Thinking about the UK leaving the EU how would that affect this new directive just wondering as I'm going to be doing a level 1 electrical installations in September and was just wondering
Wouldn’t worry about your level 1 - as for regulations we think the 🇬🇧 is sticking with the EU directives....... for now ???!
Do all these electric heaters require a fused spur? I am thinking fused spurs all over the house could become a bit of an eyesore.
It will been a connection at some point.
I would think they will but can’t be no more an eyesore if next to a lump of 3ft squ metal
@@neiltrevatt haha true
Interesting video, thanks for sharing 👍
These things are an absolute disaster for the grid in our push for renewables, they’ll all be demanding energy on a cold still winters day when there’s almost zero renewables coming in. At least the old fashioned storage heaters actually time shifted the demand. Also how do you build an electric heater that isn’t 100% efficient at point of use?
@Matthew Tymczyszyn Engines are a different topic. I you are using a fossil fuel for heating then you can have a 98%+ efficient furnace at your home for heating - much more efficient than any fossil fuel powered electric generator. Ed is correct - all resistance electric heaters are basically 100 % efficient, so don't waste your money on an expensive one.
Wind and Hydro run just fine in the winter if Solar is out of the picture.
Cold winter day = peak solar
Infrared ( far or middle) room heating is available now and is more cost effective than convection electric. The new generation of these look to be a better choice than oil filled convection radiators. Partly because convection is less efficient at warming a room than widespread radiation. Radiation warms all the objects in the room, which then retain and radiate that heat themselves. So it is also less affected by drafts, opening doors etc than convection heaters which rely on warm air circulation. Also because the heating units are flat and thin and can be made of glass or aluminium and hung from walls or ceilings. With gas at 0.03p per unit and electricity around 15p unit during daytime, people are not going to switch to electrical heating unless there is no other choice. However, electrical systems can now be powered by stored energy which is acquired overnight from a renewable energy surplus. When the new offshore wind farms now being built are complete, the surplus overnight energy can be sold at low cost, typically 5p unit, and stored in house or in Electric Vehicle to heat your house at a similar cost to gas.
I try to explain GCSE-level heat transfer to customers but their eyes quickly glaze over. They don't even understand that all electric heaters are theoretically 100% efficient, but it's the manner of their deployment that needs careful thought. I'm not optimistic about the future if this video is anything to go by.
I’ve heard they are 3 times more expensive to run, I’m a simple carpenter and don’t understand the sparkies slang, but I know the difference between pounds and pence
I have found that oil filled heaters use the same amount of power, whatever setting they are set on. You have it on a low setting, but is drawing the same amount of power, as it would on a high setting. I phoned the supplier/manufacturer on one heater, and he said that i didn’t know what i was talking about, so I said I would take it to trading standards to check it out, and he quickly offered to change it for me.
All I can think of as a Traditional Property owner is how we are going to heat up the our property and get hot water. This would an ideal solution for room heating and probably so far the best option. What about eBoiler solution? Is traditional, requires 3 phase installation (too costly and messy)....
I'm late to the party as I just stumbled on your channel from the other side of the pond. Interesting Europe energy efficiency standards are focused on electrical resistive heating. By its nature resistive heating is 100% efficient from a consumer perspective. Electronic controls will improve set point accuracy, but I wonder what the increase in overall efficiency will be. My guess is pretty minor. Here in the US heat pumps are the rage, basically a reversible air conditioner. Modern refrigerants are able to extract usable heat down to amazing low temperatures providing over unity efficiency compared to resistive heating since the heat pump is simply moving heat not creating it. This compensates for electrical grid losses compared to burning fuel locally.
Remember electric ceiling heating from the70's,laid between the joists,absolutely bloody useless...
That seems like the dumbest idea ever
@@cooper512 Yes, but radiant ceiling heat is suppose to be the most efficent way to heat a area, from your head down to your feet.
EEC directives should have nothing to do with the UK. I only have electricity in my flat and have recently had new storage heaters installed, and have been very disappointed how they have performed in the freezing conditions in the UK. They only go up to 25°C max and therefore by early evening the stored heat has gone and there is not a quick fan booster as the old Dimplex storage heaters had. Not a happy bunny with them!
Ah sorry to hear that, it'll be interesting to see how electric heating works out over the coming years.
Ruth, I agree. I have Dimplex / Creda storage heaters which have a small fan at the bottom to blow heat. There is also Dimplex Quantum which have a 500 watt element for extra heat, but it is much cheaper to get the Creda and a portable fan heater. Electricity bills are very high. I only have full heat in the living room. Other rooms are set a lot lower.
switch circuits feeding storage heaters from e7 to 24 hour supply and either program them from timer circuit in fuseboard or if you can just at heater to charge at old e7 times with a boost at more expensive tariff only when required. (still requires 2-rate meter)
Fascinating! I'm curious if this smart tech can combine w/ "old school" methods underneath housing; Such as Bricks laid out as a "Heatsink", to retain heat & pass+warm air through. I believe the combination of the 2 would be Highly efficient & effective w/ a little added insulation? Especially during the colder hours & months. Adding some fancy "zig-zagging" in the stone & various other tweaks can be made if using something like concrete, or a better type of stone can be used if produced before-hand in a factory setting. 🤔Thanks for posting.🙏
If this is the case, it could be as simple as using some "crawl space" and building a relatively small "underground" box beneath housing; In the dirt, for Natural insulative properties, would also have to make sure it's accessible from the top (or side I guess) for maintenance. Then running metal through sections of the brick & applying a current to heat them, along with timers, sensors, fans to move the heat, etc. IIRC: Metal heats up when current runs through it & doesn't waste much electricity if circulated. Not my field, just ideas.🤷♂️
Thinking of, this could easily double for and/or help keep hot water warm too, if the usual tank & tech is built on top. Heat both conducts & travels upward so, as the box below warms, it'd naturally share off 1 "source." Oh, depending on the square footage of the house, or a configurable setting by the user, the smart tech can get the stone to optimal temperatures. There's several ways to go about controlling things with a little added tech. For example: Getting the stone Hotter may retain heat longer, but then comes the issue of the vents possibly putting out heat which scalds. I believe this could be remedied with 2 fans, instead of 1. By using 1 fan to move & "buffer" the air, another sensor & fan could then mix cooler air from under the house with the flow going to the interior, thus decreasing it & adding "control." Or by positioning a single fan in the proper position, it would naturally pull cool air from under the house but also from inside the "box" simultaneously, which would eliminate the need for 2 filters. Also, for safety, multiple sensors acting as "backups" & basic alerts on the owners Displays can prevent failure & misfortunes of encountering mentioned "scalding air." Couple other ways you could go about all this, such as using shutters or passing it through/around the hot water heater; Which could save some duct (piping) and/or allow for larger hot water capacities. 🤷♂️ Many options.
Thanks for this - The electric heating space is ripe for innovation. The innovative electricity tariffs will drive this conversation. Check out this hot water solution - www.fischerfutureheat.com/electric-heaters/aquafficient/
As previously mentioned, all electric heaters are very inefficient when compared to a heat pump. It's not uncommon now to have air source heat pumps that provide 4x - 5x the heat output per kW compared to resistive heat alone. The fact the industry seems to be promoting resistive heat now is baffling to me! 🤦♂️
Yeah it has it’s place, but let’s stop pretending it’s cost effective, gas is a quarter of the price per kWh
Making heating unaffordable is just another tool in the powers that be tool belt to further enslave the population.
Are this style of heater suitable for rental properties? A lot of lot 20 heaters fail on epc inspection.
I too would like to know this
My parents house built in 1971 had inbuilt electric central heating!
Looks like they were ahead of their time!
@@efixx It was a government incentive in the 1970s for all new council builds! During the 1980s most people had gas installed?!
Several houses round here had ceiling heating. Within a couple years it was all ripped out
What about electric underfloor heating?
Having a house that's of an A rating would help more. Such as 215mm inner leaf, 200mm external wall insulation and a heat recovery unit would be the way to go. Obviously that only applies to new build.
This is the only time that resistive electric heating makes sense, when the building insulation is so good you need to put a tiny amount of input in to maintain temperature, at this point it’s not worth the overhead of a gas system or even the installation costs of a heat pump. Unfortunately the UKs building standards are atrociously bad, and as such hardly any homes in the UK are high enough performance.
@@edcooper2396 true. There's always solar energy too. There's systems now that store that energy in battery packs. Only seen videos of them installed in America. Telsa is the brand I think. Also geothermal energy to consider.
Stephen S the problem with solar is there really isn’t much of it during the winter when you’ve got your peak heating load.
@@edcooper2396 But with an old, poorly insulated house a heat pump can struggle to heat sufficiently. Ultimately, there needs to be a very large retrofit programme in the UK - ASAP.
Here in N.A., manufactured homes come all electric like mine.... Gas is optional on the design.... the "tiny Houses" though use LP gas, or electric... I perfer all Electric as its easier to service, safe, and my arguement is the the price is the same as gas-and electric option.
Depends on your local utility prices, UK has a history of very cheap gas and comparatively costly electricity compared to many areas of NA
Would an Air Source Heat Pump not be a better alternative? Get 3kW of heat for 1kW of energy.
and only £10K
I would think heat pumps (ground not air) would be a far better to use electric for heating and Wet underfloor heating.
Ryan G 2.5 to 3.5x better
For new builds, there could be one shared geothermal system for a group of houses. Right now, using electricity for heating is perverse.
Yeah, the renewable wind was contributing currently 1.28% to the UK grid today despite it being very cold outside. Meanwhile gas was contributing 52% It makes no sense to turn gas into electricity, and then use that for heating when you can use that gas directly for heating. Making gas into electricity, then using it for heating will just overload the grid, and is a completely ridiculous at the current time. Resistive heating is 100% efficient and always has been. Every watt consumed becomes a watt of heat.
tell us something about electric induction heating for houses..
hmmm - don't think it's something we've heard of - send us a link to investigate
What part of your house are you planning to induce eddy currents into?
Electric heating would cost me to run compered to gas i use atm for a year £6500.00 where as Gas is £1000.00 so not feasible for me, electric 0.13p per KW Gas 0.02p per KW an air source Heat pump would make it cheaper but still not as cheap as Gas at this time .
So true. It also will need every street of every town to be rewired probably to 30kW 3 phase and many times that on main roads. Why? Because as well as the unpredictable switched loads from the heaters described here EV charging will change to require huge electrical sources for superfast home charging. Then there will be a new need for two source energy for backup. Now that could be electrical so we'll need to dig up the roads again. Then we might all press for more solar panels but these cannot be turned off by the generator companies in order to maintain frequency and voltage. That's no problem at the moment but it soon could be.
@@corrigenda70 Thats true as i live in a 200 year old cottage which is fed by over head lines we are limited to 15KW
Instead of using electric radiators, wouldnt an electric boiler offset the higher cost of electricity?
Burning pound notes will be cheaper than using full price electricity for heating.
We need to be careful whenever we react to new developments by rubbing our hands together and seeing the benefits to our bank balance. This puts us in the same group as politicians, property developers and middlemen who should instead be motivated exclusively by the merits of whatever is being proposed. There's a long list of people who benefitted quite nicely when putting up cladding on high-rise buildings.
*Hear, Hear!*
Unfortunately, the infrared heaters are not good enough and there are lots of disadvantages of it unless they will come up with a new idea.
Until the UK starts insulating homes instead of letting the energy leak out new heating systems do not make sense. Also better internal air flow in the home with a heat exchanger and a dehumidifier as well will go along way to help make the home more comfortable reducing energy costs.
For those saying electricity is more expensive than gas, you are right. But, don't forget the maintenance costs of servicing a boiler, then the cost of replacing the parts of the boiler or the boiler itself after 10 / 15 years. A well installed electrical installation should last 30 / 40 years. Not sure how long these radiators will last but I think the cost overall will be less long term. And also you don't have pipes underfloor boards that could spring a leak!
All good points Justin, electricity may never be as efficient as gas but we're getting better at producing it from renewable sources!
@@efixx Sadly, renewable doesn't mean cheaper and it probably never will. In my view, the only way electricity can be used efficiently for heating is with underfloor heating using an air or preferably ground source heat pump and even then that's with new installations. The gas fields where we currently get our gas from are good for 100 years so i think gas will still be with us for the foreseeable future despite the government making noises about banning gas boilers. I also think going down the hydrogen path will be nothing more than a fad. Obviously we should be developing new sources of energy that relies less on fossil fuels and that doesn't necessarily mean renewable energy. As a comparison, I'll be shortly paying around 14 pence per kwh (up from 11 at the moment) for electricity and around 3 pence per kwh for gas.
It depends. I went with gas and it's great. The whole house is evenly warm. Just get a magnetic filter. Also I plan to move house in 6 years anyways. Boiler is cheap to fix and the benefit of instant water is great. Gas is x4 times cheaper!!
Plumbers will end up fitting these on part P lol
Electricity is good only if the building is highly Insulated. Trying to achieve the unachievable in too short a time.
The future will be in heat pumps, as that is an electrically powered solution that provides 300% efficiency on average today. Any form of resistive heating is only 100% efficient - so go ahead and buy a cheap unit if you take that route. As a plus, a heat pump run backwards is an air conditioner - something more UK homes will likely want going forward.
Jason Dragon I fitted a split air con/heat pump to my lounge. Can’t believe how efficient the heating is. A+++ for heat and A++ for the air con. Heat pump will go down to -15 but is most efficient at 5C.
Heat pumps are very common here in the U.S., especially here in the south. I'm in Central Florida and last month I used 745 kWh to cool a roughly 111 square meter home in 33 dgree weather. This place is relatively new so it's got decent insulation and I live alone, but everything is electric. (If you are wondering what I am doing here, I found the channel last week while researching ferrule installation,)
Can you use the correct term, coefficient of performance, and not efficiency when referring to heat pumps? It should also be recognised that the quoted values of COP are invariably achieved under ideal lab conditions. An air source heat pump in a cold damp British winter is going consume energy just to keep the evaporator free of ice.
Seems interestingz didn't know they was a thing, they look like sir conditioning but hot air I don't like radiators, never have, they take up too much space and are ugly, they run wear you can put stuff, example you can't put a TV stand where a radiator is so you have to out your couch there but it looks tacky
I'd be interested to know more about heat pumps in cold countries since the available output temperatures are often dire.
You seemed to have forgotten the use of air to water heating
Written by the American grid lobbyists looking to sell in Europe. - electric heating cost a fortune to run 1 for 1 ratio an average og 600 a month, hence the promotion of heat pumps which reduces to a 3rd in ideal conditions . Sustained heat are a broken idea especially when pricing to run outstrip most people’s budgets, let alone pension weekly budget for the retirees, the grid are determined to introduce peak rate super charging or 3 their to replace economy 7 or 10 as they stand . Both the infostructures and grid are not ready let alone the public If we are not careful one bad winter and we’re end up like Texas, there’s a big difference between heating your electric shower and heating a home , you’ve only got to look at the demise of the traditional 2 bar electric heaters to see this idea of heating electricity is just impractical to expensive for the majority of U.K. housing
Geo location what what now? Smart home tech enabled I presume....
Fo sho!
A UK totally dependent upon "renewable" electricity for its heating, cooking, lighting and driving; where is such an overworked grid going to get its energy from? No nuclear power, no coal, no wood burning, just wind, wave, and solar, say the greens: Daily power cuts, anyone?🔥
I understand the desire to get away from fossil fuels, however renewables are never going to be providing 100% of the grid. So you have to look at nuclear for the base load, and the next cleanest fossil fuel, which is gas (of which the UK has an abundant supply). Where this is just silly, is using gas to make electricity (eg CCGT at 60% efficiency), transforming it, supplying it into domestic properties, to then create heat. When a domestic property can take the gas in directly, and burn it at >85% efficiency for heating. A heat pump will help with the efficiency, but still nowhere near the efficiency of burning the gas directly.
I think there is something wrong with your maths; modern heat pumps can easily achieve 300% efficiency, actually the best ones are now 400-500% So for a heat pump it's 3 x 0.6 = 1.8 i.e 180% worst case end-to-end efficiency, which is at least twice better than the paltry 85-90% achieved by a gas boiler. The direct electric heater at 0.6 x 1 is only a little worse, and since gas now accounts for less than 50% of UK generation it's still better than a boiler in terms of emissions. SAP 10 recognizes end-to-end efficiency and carbon intensity of different sources, so gas will effectively be ruled out by it's introduction. Clever, no boiler ban needed.
Energy crisis says No to electric heating!
Visit g from the future here in 2022 to cosign that this will DEFINITELY be the move as oil & gas goes high. Get ready smart cities… everything electric
I have my Elnur high-heat-retention fan storage heater which I run on Economy 10 so I can charge it up during the day. I have manual input controls and a manual thermostat as my brain is a million times better than all that Lot 20 technological crap.
100 mm2 tails will be easily cut with advances in hacksaw technology.
Watch this space!
Ah good, more smart staff connected to the cloud is coming. More bitcoin to mine and more botnets.
Let me burst the bubble....golden age for electricians....we will see there is also disruptive technology on the horizon that could help it go the other way such as the use of POwer over Ethernet (Poe) devices and a large move over to low voltage light, switches even heating and cooling devices as efficiencies resulting in much greater smart integration. None of it would require the kind of electrical expertise needed to work on mains voltages (not that it stops DIYers) However my bet is that electricians are going to need to be even better trained and able to look at network hardware, software issues and cyber security aspects to protect and safeguard all these smart devices. More than that testing will need to cover in much greater detail power quality issues not just safety testing with the growth of semiconductor devices, mix of Dc power and AC mixing. There are opportunities but also disruption will older sparkys be keen to learn.... will younger sparkys be able to learn at higher more academic and trained levels for longer possibly incurring more debt before they can make money that will be the true test. If they do yes the opportunities would be great and hopefully better pay for electricians.
Still requires expertise, just slightly different, I doubt we’ll see POE in domestic, apart from perhaps some WiFi access points.
Ridiculous. All electric heaters are 100% efficient. Only heat pumps (ground or air source) can replace gas without costing an arm and a leg. Usually a good channel but this is nonsensical (as is the regulation).
Did anybody ask the people in Britain if they agree with gas no longer to be provided to new housing after 2025?
What a lot of nonsense and waffle you get kw out for electric kw put in
When you get home cold wet and knackered and you want to stand in front of a raging hot radiator for ten minutes, you'll be throwing the fancy remote control panel across the room when it informs you that this option is not currently available.
All I can say, 2021 is a year of kidalogy and nothing else. ✌ in this case so far, 2+2=9😕😨✌✌✌✌✌
Great, more things being plugged in to overloaded rings by cow boys and diy’s
Why is it "good news for electricians"? Can't they just screw to the wall and then plug them in?
What a load of rubbish. Gas heating is still far far cheaper in 2021.
Gas heating is being phased out for new build homes from 2025.
@@efixx Whether it is being faded out or not, Shafiq is right. Gas in my neighbour is a third of my nsh heated home!
We now have gas burning power stations to make electricity, to turn it back into heat. Like driving 100 miles to save £1 on a haircut.
But we've also got renewable sources of energy producing electricity, this is only going to increase over the coming years making electric heating more viable. Fossil fuels are finite and will run out.
@@efixx run out a lot quicker if we keep using it to generate electricity.
we need to stop relieing on russian gas
What a load of rot, first how is the electricity generated, next it doesn’t matter how long it takes to heat up or cool down 2kw is 2kw however it’s used. He hasn’t a clue how much electrical energy is needed to replace fossil fuel.
running everything on electricity is a joke,in the region where i live they have shortages of electricity in the winter and shortage of water in the summer,i heat my house with gas,nothing keeps are distinguised leaders from replacing natural gas with a biogas,but thats too much to ask,and what was their bright idea to replace our nuclear plants,yes,electricity made by gas driven turbines,how hypocrite can you be,and now the real eye openener,say everyone changes to electricity for everything,lights,cars,heating,cooling,that demand for electricity could not be supplied,there would be blackouts everywhere,they also push for heating your house with heatpumps,these devices use 5Kw/hour,nuts,you mentioned 250watt,i think the most of elecrical heating devices use 1Kw to 2Kw per hour,maybe it will be doable if we could produce real free energy,but now is not the time
Ronny B the french don’t seem to of had much trouble, they just decided that’s what they wanted to do and then built the infrastructure out to cope with it.
All you're really saying here is that the electricity supply where you live is insufficient and needs to be improved. There's no reason heating cannot be electric - especially with heat pumps. "Now is not the time" - I disagree, now is the absolute best time to be doing this, as the need to get rid of GHG-creating gas and oil is only going to get stronger over time, and the later we leave the transition, the faster, more abrupt and more difficult the transition will be.
@@krnlg all these electric devices are too expensive to run in my country,now our government is is in big panic because the nuclear facilities will all close in 2025,they are looking at building 4 gas-powerplants to pickup the lost quantity of electricity,these big changes will be payed by us,the people,so your idea to change every device in an electric one to limit co2 production is flawed when we get our electricity from gas plants,and even these are not enough to suply everyones demand,and not everyone drives,cooks,and warms with electricity yet