Well the way I see it, at £12K it’s not something we are going to be too precious about if it gets the odd mark. I’m pretty sure most of the depreciation has already been baked in and the price will surely bottom out at not much less over the next 3 years. The i3 is destined to be a future classic in my opinion.This has given me a new direction. Despite my occasional circumspection over EVS, I was looking at a hatch as a replacement for our Abarth 500.
The Honda E is nearly £650 pcm to lease.
Think a used i3 is the perfect answer. Look good. Good to drive. And as you say, a lot cheaper now.
My OCD was getting a real work out watching the vlogger. Can someone send him some masking tape?And another……..
I think a shoehorn future classic.Well the way I see it, at £12K it’s not something we are going to be too precious about if it gets the odd mark. I’m pretty sure most of the depreciation has already been baked in and the price will surely bottom out at not much less over the next 3 years. The i3 is destined to be a future classic in my opinion.
We just took it out for a spin and it’s really growing on me. It flies off the line from the lights, which adds a bit of extra fun!
No idea what the real running costs will be yet, but it’s got to be a lot less than the Cali around London. In terms of servicing I think the range extender will need an annual oil change and the tyres last about 10k from what I understand.
Compared the majority of these 'appliances', I would agree.I think a shoehorn future classic.
They’ve aged really well.
My Golf was costing 45 pence a mile on my very slow commute. The i3 was 8 pence a mile on normal tariff but I’ve now switched to Octopus Go which is 1/4 price 11.30-5.30, so just 2 pence a mile!Well the way I see it, at £12K it’s not something we are going to be too precious about if it gets the odd mark. I’m pretty sure most of the depreciation has already been baked in and the price will surely bottom out at not much less over the next 3 years. The i3 is destined to be a future classic in my opinion.
We just took it out for a spin and it’s really growing on me. It flies off the line from the lights, which adds a bit of extra fun!
No idea what the real running costs will be yet, but it’s got to be a lot less than the Cali around London. In terms of servicing I think the range extender will need an annual oil change and the tyres last about 10k from what I understand.
I adore my i3. I would just say they’re great for someone who is comfortable with a 100-130 mile range (unless you get the biggest battery). Although the REX adds some flexibility. A great accompaniment to the California.I think a shoehorn future classic.
They’ve aged really well.
So you just do a six hour nighttime charge to keep it topped up?My Golf was costing 45 pence a mile on my very slow commute. The i3 was 8 pence a mile on normal tariff but I’ve now switched to Octopus Go which is 1/4 price 11.30-5.30 do 2 pence a mile!
I don’t even need a wall charger, just a regular plug.
Well I guess it can go on both threads. Increasing resistance may have subdued prices to an extent that an i3 becomes an ideal purchase.In fairness, we are all on the wrong thread though …..
Which electric car to buy?
Suspect each manufacturer will have a signature ‘jingle’ played at low speeds. Brian Eno is probably busy composing as we speak :) So in London crosswalks say “Look right” to protect foreign pedestrians, but there is no regulation to require low speed EVs to project sound in order to protect...vwcaliforniaclub.com
Before I got the new tariff I was plugging in on about 10% about 7pm on Friday and it was 100% about 6am the next morning, which would last me a whole week. (I think on a 3 pin plug it should take 14 hours 0-100%.)So you just do a six hour nighttime charge to keep it topped up?
Exactly.Well I guess it can go on both threads. Increasing resistance may have subdued prices to an extent that an i3 becomes an ideal purchase.
That’s exactly what I was thinkingSort of an inverse ‘pump & dump’ strategy.
A large part of renewable energy is obtained from organic biomass, largely wood and straw. It’s not just wind, solar and hydro in the renewables section. Although some graphs don’t include biomass in the renewables and list it alongside nuclear in other sources.It has been a windy week…
Only 15.4% of the UK’s electricity needs from coal or gas plus 4.2% imported - some of which may have come from coal or gas.
Even over the year, clean energy generation (hydro, wind and solar) for the first time is greater than dirty energy generation (gas and coal).
This is great to see, but we need to invest in essential grid upgrades, We’ve got to a point of too much power on windy days, and wind farms having to switch off to protect the grid. Madness really…It has been a windy week…
Only 15.4% of the UK’s electricity needs from coal or gas plus 4.2% imported - some of which may have come from coal or gas.
Even over the year, clean energy generation (hydro, wind and solar) for the first time is greater than dirty energy generation (gas and coal).
Interestingly enough, there been a recent trial where the National Grid uses EV cars to help balance the grid and store excess energy. This was via the Intelligent Octopus EV tariff. Usually, you are guaranteed 7.5ppkwh between 1130pm and 530am. As part of the trial, if there was excess energy earlier in the day, and your car was plugged in, you would gain extra hours of cheaper energy. The good thing about the octopus tariff is that the whole house benefits from the 7.5ppkwh rate.This is great to see, but we need to invest in essential grid upgrades, We’ve got to a point of too much power on windy days, and wind farms having to switch off to protect the grid. Madness really…
A large part of renewable energy is obtained from organic biomass, largely wood and straw. It’s not just wind, solar and hydro in the renewables section. Although some graphs don’t include biomass in the renewables and list it alongside nuclear in other sources.
This is great to see, but we need to invest in essential grid upgrades, We’ve got to a point of too much power on windy days, and wind farms having to switch off to protect the grid. Madness really…
I think grid upgrades are the easy bit. But I do wonder if better than upgrading grids to cope with the windiest days, can’t green hydrogen be produced locally from seawater without desalination on the windiest days?
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