Not exactly. Your supplier is acting on behalf of your network operator under the National Terms of Connection. If there is deemed an 'emergency', who is going to be prioritised? I think keeping the lights on and heating people's homes will be above charging EVs at times of peak demand.
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My EV charger runs off my main meter. I can't think of a way 'they' could possibly turn off the power to the car without physically coming in my house and switching it off. Why would 'they' stop the cheaper overnight rate? It's cheaper because there's much less demand.
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Rationing of electricity supply could only take the form of power cuts. If those happen, then the pumps at filling stations will be inoperative, so people wouldn't be able to fill up with petrol or diesel either.
I suppose, thinking about it, that suppliers could introduce a type of smart charger capable of being turned off over wi-fi.
Edited by Sofa Spud on 08/08/2022 at 09:32
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I suppose, thinking about it, that suppliers could introduce a type of smart charger capable of being turned off over wi-fi.
Already have. From May this year such a net access remote control charger is the only one you can legally buy and install.
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Rationing of electricity supply could only take the form of power cuts. If those happen, then the pumps at filling stations will be inoperative, so people wouldn't be able to fill up with petrol or diesel either.
Difference is I can get a 550-mile "charge" in 5 minutes with my ICE
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My supplier is Octopus and I'm guessing their T&C's are similar to everyone elses. They can come and change my meter to a Smart one if they decide to and can restrict the best tariffs to those with them fitted. They could just as easily say we'll only offer the best EV tariffs to those with a smart charger. Won't happen in time for this winter but the next? In short, the suppliers can influence customers through pricing.
Out of interest, is a current dumb charger the same as a smart one but just hasn't had the 'smart' function activated? So an upgrade is easy to achieve should the supplier wish?
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No it's not. My charger has no physical gubbins to make it smart. It's essentially a funny shaped wall socket. Want to turn it off? Go into my garage and pull the cable out. No net access nothing.
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"No it's not. My charger has no physical gubbins to make it smart."
So if, or more likely when, suppliers start charging more to supply the dumb owners, you can't easily upgrade but will have to do the maths and decide whether to become a smart owner?
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How will they know you have an EV charger? Especially if you arent charging at the time. I do have a smart meter but timing when the ev is charged is controlled by onboard gubbins in the car itself. Its invisible to the Government meddlers. Upgrading is simple but where is my incentive?
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In practice these days our judges seem to think they write the laws. Eg lots of decisions over the last twenty years.
Edited by Ethan Edwards on 08/08/2022 at 09:51
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The luxury of an effectively infinite capacity to generate electricity to meet spikes in demand are long gone. There are choices to be made in power supply:
- build capacity to ensure that all demand peaks can met. High cost of infrastructure lying idle for much of the time.
- load shed in periods of high demand. Prioritise services with an option to charge a premium rate for supply to non-essential user during demand peaks
- accept rolling random blackouts. Cheap but very disruptive.
(1) means everyone pays, and (3) is cheap but with random, possibly very damaging impacts. (2) seems fair - prioritise essential services, premium charges for others. Like many services with demand lead pricing - airline tickets, hotel rooms, train tickets, holidays etc.
Whilst the number of EVs on the road is currently trivial, in the next few years they will grow rapidly. The price regimes under which they operate in the future need to be established.
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The solution is simple. All those virtual signallers who own EV’s should only be allowed to charge them from renewable energy.
So, no problems on bright windy days, but EV’s should not be allowed to be charged by electricity generated by gas or coal. People will not accept power cuts because EV’s are being charged and overloading the grid.
There should also be an “end of life” tax on new EV’s to subsidise the disposal of their batteries. Why should the tax payer be burdened with that?
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In view of the ever escalating price of grid electricity I am beginning to wonder if it might make economic sense in the long term for those with EV(s) and oil fired heating to invest in a diesel generator (fuel oil currently circa 85ppl plus 5%vat)? Indeed, if your only electricity requirement is for a few lights, a fridge and some IT equipment, might now be the time to go off grid?
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In view of the ever escalating price of grid electricity I am beginning to wonder if it might make economic sense in the long term for those with EV(s) and oil fired heating to invest in a diesel generator (fuel oil currently circa 85ppl plus 5%vat)? Indeed, if your only electricity requirement is for a few lights, a fridge and some IT equipment, might now be the time to go off grid?
Whether doing that makes any economic sense depends mainly on the price you pay for mains electricity plus the fuel cost and usage.
Add to that the cost of installing a battery bank and high quality sinewave inverter/charger so you don't have to run the generator for a few led lights and your computer.
I've done all the calcs for doing this in France and it doesn't add up at the price we pay for power here to go 100% off grid unless you are going to go for heat and power from the same power source, and even then it's dubious and the installation cost is high.
We've got a 3kva petrol silent generator to cope with the inevitable power cuts in rural France, storms bring the trees and lines down etc.
If we suffer a power cut of more than 6 hours we get compensation from EDF here, the last one was for 15 hours and overnight and we got €100 reimbursed for two metered supplies which paid for the fuel for the generator 4 times over.
I just run it for lights, tv, internet, microwave and if necessary to heat hot water.
I'm considering going for a battery/inverter + generator setup in case we get long periods without power in the future, but that's looking at £1200 to £1500.
That buys a lot of candles!
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Given used EV batteries are in extremely high demand for second use as Domestic power storage, its unlikely the taxpayer will be so burdened. But if you find yourself with several of them give them to me. I could use the cash.
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The solution is simple. All those virtual signallers who own EV’s should only be allowed to charge them from renewable energy.
So, no problems on bright windy days, but EV’s should not be allowed to be charged by electricity generated by gas or coal. People will not accept power cuts because EV’s are being charged and overloading the grid.
There should also be an “end of life” tax on new EV’s to subsidise the disposal of their batteries. Why should the tax payer be burdened with that?
I have an EV to save money and have a more responsive engine. Not sure if those count as virtues. I'm also on a 100% renewable tariff. No-one is overloading the grid and use of electricity is actually declining.
Finally, batteries are reused, not thrown away.
Why let reality get in the way of some weird vendetta though?
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The solution is simple. All those virtual signallers who own EV’s should only be allowed to charge them from renewable energy.
So, no problems on bright windy days, but EV’s should not be allowed to be charged by electricity generated by gas or coal. People will not accept power cuts because EV’s are being charged and overloading the grid.
There should also be an “end of life” tax on new EV’s to subsidise the disposal of their batteries. Why should the tax payer be burdened with that?
I have an EV to save money and have a more responsive engine. Not sure if those count as virtues. I'm also on a 100% renewable tariff. No-one is overloading the grid and use of electricity is actually declining.
Finally, batteries are reused, not thrown away.
Why let reality get in the way of some weird vendetta though?
How much did you have to pay up front to start saving money, either cash purchase or commitment to ongoing finance.
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2 year lease at £350 a month, so a commitment of £8,400. No servicing or insurance costs on top of that and no deposit.
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Rather than ban EV charging when the sun isn't shining, or the wind not blowing, it is more likely ICE will be remotely disabled when pollution levels exceed a threshold to improve the city environment.
Fuel stations closed and traffic lights set to EV only.
Cameras will catch and punish offenders.
That said - EV charging may end up on a flexible tariff where the cost per KW increases when total electricity demand is high, conversely reduced when demand is low - eg: overnight. Owners can choose the tariff they want.
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Even in the highly unlikely event they do turn them off presumably you could always revert to a basic 3-pin plug charge? There is no way the supplier knows if you are powering a car, an oven or a shower.
Bearing in mind it seems to take 3 people protesting outside a depot in Essex to bring the entire fuel supply infrastructure of the south of the UK to a complete halt on current recent evidence easy and reliable availability of "fuel" currently seems to be a win for the EV.
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The solution is simple. All those virtual signallers who own EV’s should only be allowed to charge them from renewable energy. So, no problems on bright windy days, but EV’s should not be allowed to be charged by electricity generated by gas or coal.
Interesting notion, but how do you tell where the different electrons came from ? You can't even do that with solar panels, when you might think that you could arrange for all your usage to be home-made - if there's enough of course.
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The luxury of an effectively infinite capacity to generate electricity to meet spikes in demand are long gone. There are choices to be made in power supply:
- build capacity to ensure that all demand peaks can met. High cost of infrastructure lying idle for much of the time.
- load shed in periods of high demand. Prioritise services with an option to charge a premium rate for supply to non-essential user during demand peaks
- accept rolling random blackouts. Cheap but very disruptive.
(1) means everyone pays, and (3) is cheap but with random, possibly very damaging impacts. (2) seems fair - prioritise essential services, premium charges for others. Like many services with demand lead pricing - airline tickets, hotel rooms, train tickets, holidays etc.
Whilst the number of EVs on the road is currently trivial, in the next few years they will grow rapidly. The price regimes under which they operate in the future need to be established.
How does one determnine what is a 'essential user', or, for that matter, an 'essential use', given the electricity or gas company has no idea (and won't without metering up every item in buildings, homes, etc) what their product will be used for.
A hospital may be deemed an 'essential user', but that won't stop them from using electricity in an inefficient way or downright wasting it - in fact, having that designation would actively encourage wastage.
I recall on many occasions visiting hospitals (or other large government buildings) where (often large) unoccupied areas were fully heated (including hot water provision) and lit, and not because they were 'emergency backup / capacity' areas either.
In a domestic situation, each person has their own needs, some of which use significant amounts of electricity (or gas) but again, the utility company would not know about. This is made all the worse by the high likelihood of the less well-off having older, less efficient heating/HW boilers, appliances and other household devices.
The problem with 'surge pricing' is that ithas the most significant effect on those least able (including affording to change less efficient appliances, etc) to change habits, and frankly the last thing we need right now is yet more taxes that get partially consumed by the Civil Service that make even more less well off people dependent on government handouts.
I would also note that there also have been moves afoot for EV charging to automatically go in reverse to feed back into the grid. No doubt this will only (financially) benefit those with more expensive EVs with large battery packs who don't need the full range on a daily basis but otherwise have access to ultra-fast charging when demand is lower.
It also would be a good idea to stop importing loads of extra people so demand doesn't keep rising. I suspect that plays at least as big a role as the rolout of EVs and usage of modern tech that consumes lots of electricity.
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More anti-immigration BS.
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More anti-immigration BS.
Seriously? I'm blaming those who let them in /want them to enter in big numbers and then complain about a lack of X or Y infrastructure, energy, etc, etc. Nothing to do with the people themselves. The official figures say net migration (likely a VERY conservtive figure) has added serval million since 2011. Those people need housing, water, electricity, gas, etc.
If demand goes up, supply is tighter, leading to price increases and shortages. Just pure economics. You logic is flawed.
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In practice these days our judges seem to think they write the laws. Eg lots of decisions over the last twenty years.
They don't write the laws they interpret them when a citizen says 'hang on a mo'.
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In practice these days our judges seem to think they write the laws. Eg lots of decisions over the last twenty years.
They don't write the laws they interpret them when a citizen says 'hang on a mo'.
After the inception of the 'Supreme Court', they've done far more than that. That they've also become a political tool for one side makes it all the worse. And most of the 'citizens' you speak of are very well funded activists but who rarely have any backing amongst the wider public.
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