NoMoreKickingCans;282282 wrote:Interesting read.
I wonder where all the electrical power is going to come from though ?
Batteries need to be charged or you ain’t going nowhere, so still going to need to burn lots of coal, oil, and gas to make them go. Renewables are unreliable and costly, nuclear is almost abandoned in the UK.
I guess we will all be sharing the same common fleet of autonomous vehicles, owned by the WEF, while we get to pay to use them and own nothing.
What else is going to be changed by cheaper, better batteries I wonder ?
If you Google things like
national grid future energy scenarios "vehicle to grid"
you will find quite a lot about how supposedly it's going to be the country's massive EV fleet's batteries which are going to solve the renewables intermittency problem.
For example at
https://www.nationalgrid...ectric-vehicles/evs-and
there's
Quote:Vehicle to grid is the next stage on from smart charging. The idea is that electric vehicle owners will have a smart charging point that can talk to our technology via their energy supplier. EV owners can then automatically charge their car batteries when there is extra renewable power available and offload electricity when there is too much.
Combining smart charging and vehicle to grid technology means the EV owner simply sets a minimum charge for their battery (enough to get them to work and back, for example) and if the system requires a boost overnight, we can draw electricity from their battery – they will be paid for this of course!
Once the peak in demand has been satisfied, the charge will be returned.
This power sharing idea also has the possibility to be used commercially too. Like using electric cars parked at airports or a fleet of commercial vehicles, which are normally parked overnight, to help manage the ups and downs of renewable electricity generation.
In 2050, our latest Future Energy Scenarios (FES 2021) shows the total electricity demand for road transport in 2050 will be down to 153TWh. One way to think of vehicle to grid charging (V2G) is that it acts as a mini battery, giving power back to grid in times of high demand.
As more consumers start to own Battery Electric Vehicles (BEVs), smart charging and V2G uptake will help manage the rise in renewable energy on the electricity system.
V2G will need to provide some incentives for the consumer to provide energy back to the grid. Watch our video on 'what is vehicle to grid technology' for more information.
There are challenges too of course. Because not all vehicles are always connected to the system, the available storage capacity from EVs varies in a way that differs from traditional energy storage systems.
Dunno... giving me strong "good luck with that"/"what could possibly go wrong" vibes...