This hit the headlines this morning. More of a heavy Tax burden for us Pensioners and those on low wages🤬 I may have to consider all year round caravanning🤪🤪
I would just point out that this is an EU proposal, and the UK is not part of the EU any more.
Yet more of the Net Zero cult then?
When will our politicians (of all persuasions) wake up to fact that we are crippling ourselves on this altar of nonsense?
I am totally in favour of reducing our carbon output, but only as far is reasonable and affordable rather than committing ourselves to impoverishment when the truly major polluters (China in particular) are doing virtualy nothing?
This is not meant as any form of political comment as ALL parties seem to be in thrall of a small minority of very vocal "interests"
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There was no link. It was on breakfast tv before I’d read a paper😵💫No link provided. Is this what you are referring to. It’s been around for some while but is being accelerated. The article doesn’t explain how it will affect UK, but we’ve been part of the approach so there will be an impact. Until the impact on pensioners and the low paid is spelt out it’s only supposition as it doesn’t take effect until 2027.
EU strikes deal to boost carbon market, Europe's biggest climate policy
Under the deal agreed by negotiators from EU countries and the European Parliament, the carbon market will be reformed to cut emissions by 62% from 2005 levels by 2030.www.reuters.com
There was no link. It was on breakfast tv before I’d read a paper😵💫
It was so new I wondered if it was reality. Seems it is😢😢😢😢Ah, by saying it hit the headlines I assumed it was from a paper or similar source. Your post wasn’t to your usual informative and researched standard 🤣
Hopefully the hare calms down soon. 🐇
China ? India ? I suspect in spite of Clive’s good post these guys are way off from the UK and will be for years.Carbon offsetting is just a con to enable polluters to say they are green when it is not true.
Fast charging for EV's is as far as i know always DC, so there is no reference to supply phases, But in practice in the UK for any charger of greater than 7.5kW the chargers are designed to use 3 phase mains supplies, but of course the power is converted to DC before its fed to the car.A quick question. Are the new fast chargers single or 3 phase ?
For a while now the British Gas vans have been charging at our local Lidl. Somewhat ironic to see gas and electric blazoned on the sides. Good on em though. 👍Thanks. Centrica have nearly replaced their entire fleet with EVs . My son covers North Yorkshire. He needs to be sure the car can charge asap. Centrica are installing the charger , a new supply from the road but as yet not sure which phase . I believe single phase is 100 amps so presumably that would be enough power even at DC output?
Unless your sons property has, and he pays for a 3 phase supply which is very unlikely for a normal domestic property, he will only be provided with a single phase 230V supply. As far as I know the largest single phase domestic EV charger will be a type two (AC charger not DC) and will be limited to no more than 7.4kW or less depending on your electrical supply capability and or your spend.Thanks. Centrica have nearly replaced their entire fleet with EVs . My son covers North Yorkshire. He needs to be sure the car can charge asap. Centrica are installing the charger , a new supply from the road but as yet not sure which phase . I believe single phase is 100 amps so presumably that would be enough power even at DC output?
Much easier to plan fuel/charging with a high range capability so it's not really valid to compare refuelling an IC car - it'll need to get much better than a 15-20 minute break every 100 miles, about 90 minutes at motorway speeds - much less if towingUnless your sons property has, and he pays for a 3 phase supply which is very unlikely for a normal domestic property, he will only be provided with a single phase 230V supply. As far as I know the largest single phase domestic EV charger will be a type two (AC charger not DC) and will be limited to no more than 7.4kW or less depending on your electrical supply capability and or your spend.
If he needed a more powerful charger, he would either need to invest in getting a 3phase 415vac supply ( which is only normally reserved for industrial or farming properties) and a 22kW charger, but I suspect the financial costs of installing and the higher supplier tariffs will make that option unviable.
If he does need to have extra charging , he'll have to use a public charger whilst he's out and about. More recent EV's have higher charging rate capabilities and with just 15 to 20 min toilet break you can add 100 worth miles or more of energy.
He'll have to learn to plan his journeys to accommodate the cars capability. I should add after a while the strategy will become second nature, and except in really difficult locations there really shouldn't be a problem. After all most people have got used to planning their car journeys to include the need to obtain fuel, EV's are just different, and there are more and more charge points being installed so its only going to get easier.
Much easier to plan fuel/charging with a high range capability so it's not really valid to compare refuelling an IC car - it'll need to get much better than a 15-20 minute break every 100 miles, about 90 minutes at motorway speeds - much less if towing
I was just quoting ProfJohnL's figures - as I recall Tobes was able to get 100 miles towing between recharges - even that's stopping every 1 hour 45 mins at towing motorway speeds which for me isn't workable on a long haul.I think that the posts made by Tobes, towing with a Polestar,earlier in the summer would challenge your figures.
As I read it Prof Johns 100 miles (or more) was not relating to a towing range. Strangely enough my ICE tow cars had reduced range when towing too, so it's not an EV characteristic.I was just quoting ProfJohnL's figures - as I recall Tobes was able to get 100 miles towing between recharges - even that's stopping every 1 hour 45 mins at towing motorway speeds which for me isn't workable on a long haul.
EVs will become mainstream towing vehicles in time, I have no doubt of that - but at my age I don't expect to ever have an EV tow car - on the other hand I do expect to have an EV for local journeys within the foreseeable future.
Of course all cars have reduced range when towing, regardless of power source - but more noticeable when the solo range is already restricted.As I read it Prof Johns 100 miles (or more) was not relating to a towing range. Strangely enough my ICE tow cars had reduced range when towing too, so it's not an EV characteristic.
Home charging is almost exclusively AC. A standard single phase charge point can deliver up to 7.2kW. A standard 3 phase charge point up to 22kW.Unless your sons property has, and he pays for a 3 phase supply which is very unlikely for a normal domestic property, he will only be provided with a single phase 230V supply. As far as I know the largest single phase domestic EV charger will be a type two (AC charger not DC) and will be limited to no more than 7.4kW or less depending on your electrical supply capability and or your spend.
If he needed a more powerful charger, he would either need to invest in getting a 3phase 415vac supply ( which is only normally reserved for industrial or farming properties) and a 22kW charger, but I suspect the financial costs of installing and the higher supplier tariffs will make that option unviable.
If he does need to have extra charging , he'll have to use a public charger whilst he's out and about. More recent EV's have higher charging rate capabilities and with just 15 to 20 min toilet break you can add 100 worth miles or more of energy.
He'll have to learn to plan his journeys to accommodate the cars capability. I should add after a while the strategy will become second nature, and except in really difficult locations there really shouldn't be a problem. After all most people have got used to planning their car journeys to include the need to obtain fuel, EV's are just different, and there are more and more charge points being installed so its only going to get easier.
I don’t think high range fuel planning is easier, it’s just different. On the occasions I do drive beyond my available range, I clearly need to think about charging. But it’s so infrequent, it’s completely outweighed by the “even less planning” needed for all of the rest of my driving when charging from home.Much easier to plan fuel/charging with a high range capability so it's not really valid to compare refuelling an IC car - it'll need to get much better than a 15-20 minute break every 100 miles, about 90 minutes at motorway speeds - much less if towing
I don't think you have grasped the point I was making, Firstly this was about Dusty's son's case. There was no mention of towing so I presumed the journey's would be solo.Much easier to plan fuel/charging with a high range capability so it's not really valid to compare refuelling an IC car - it'll need to get much better than a 15-20 minute break every 100 miles, about 90 minutes at motorway speeds - much less if towing
I don't think you have grasped the point I was making, Firstly this was about Dusty's son's case. There was no mention of towing so I presumed the journey's would be solo.
Most recent EV's seem to have a real world range in the order of about 200 miles or more, and if you were anticipating doing a longer journey the following day it would imprudent not to do an overnight charge at home first.
Realistically most drivers usually do more less than 50 miles per day . in which case an EV makes more sense, but if you are continually undertaking 300 mile days, then perhaps EV is not the way to go at present, but given home overnight recharging and the wider availability of public chargers, 300plus miles with and EV rated for 200 miles is still possible.
The comparison I was making was not about the actual distances you might be able to drive, but more about the fact that all cars at some point need to be refueled, and as a consequence whether its EV or DIno juice you have to plan your usage of the vehicle around its range and the availability of the fuel you use. It's the same process, but it may have very different practical requirements depending on the vehicle.
But also consider even with an IC engine, when towing compared to driving sol, you expect your fuel usage to be greater, and as a consequence you plan your journey differently to take into account refuelling, so it is the same process.