General EV Discussion

I am thinking range anxiety will be fixed in the next 18 months. My current hybrid vehicles at home have a range of over 700 kms. Would like to pretty much match that with an EV.
 
I am thinking range anxiety will be fixed in the next 18 months. My current hybrid vehicles at home have a range of over 700 kms. Would like to pretty much match that with an EV.
Just curious, but is it really necessary for 700?

Id imagine the niche situations where going from 500-700 is needed is quite few and far in between.
 
My current hybrid vehicles at home have a range of over 700 kms
Only because the vehicles don't have a petrol bowser at home.
But Evs you do have the equivalent - electricity.
EV = ABC = always be charging (when parked)

I think you have lots of workplace solar. Just install a few 32A 3phase AC chargers at home/work.

Then there are Tesla Superchargers, Ultrafast chargers such as AmpCharge, Evie (BP), NRMA, Jolt
 
Well @Quickstatus i am happy to wait. Big favorable changes are coming soon to range and we need to see what changes the various governments want to charge us to replace the petrol taxes.
One of my friends in the US went for a 100 mile range vehicle and that proved to be a bit inconvenient.
 
Been to 21 states of the US in the last 12 months. Outside of California, EV'S are dead. I cannot see this changing. Ever. Australia is too small to go it alone.
 
Basically you are looking at a legacy industry as it is now, not evidence of future consumer sentiment.
But to your point, Ev is not dead outside of California...
There is also the small matter of a few other forward-looking countries around the world…
 
We are picking up a Model Y LR next Friday, currently only have 10a sockets at home but will be adding a 30a socket in the next week or so. The most common question/comment I’ve had is ‘what if you need to do a long trip?’ My answer is ‘I’ll charge it’ or ‘I’ll take our other car.’ I don’t think people realize how infrequently they fill up their ICE vehicles or that range is comparable, but I’ll start each day (most days) with a full tank Whereas others aren’t.
 
Also for thise not aware, SIXT right now has some pretty decent rental prices for EV rentals (they typically have BYD Atto3, Tesla M3 or Y) with free charging. It's definitely cheaper than equivalent sized ICE cars I've found.

If you're going away for a period and need a vehicle or even just looking to test for a day trip, this can be a good option to see if you like the vehicles for more than just a 30min test drive.

Personally I tried a Tesla Y last weekender to LST. Which came in at about $110 per day before extras.
 
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‘what if you need to do a long trip
Yes, just charge it while sleeping
Mosat cars are left in the garage for at least 10hrs a day.

10hrs @ 10A circuit = 23kWh = 150km range added (approx)
10hrs @ 32A circuit = 73kWh = 490km range added

When I use the 3phase I can add 11kWh/hr (limit of charging rate for Tesla in Australia)
This means I can fully charge a Tesla from empty in about 7 hours while I am sleeping

In term of "fuel consumption" The Teslas are getting about 16kWh per 100km. (Or about $3.2 per 100km @20c/kwh , A 10L/100km petrol car will cost $20 per 100km)
 
In term of "fuel consumption" The Teslas are getting about 16kWh per 100km. (Or about $3.2 per 100km @20c/kwh , A 10L/100km petrol car will cost $20 per 100100km
16kWh/100km sounds efficient.
Is that your measured economy or as claimed by Tesla?
 
i'm interested in bidirectional charging/power:

The most popular residential battery storage system in Australia is the Tesla Powerwall which is currently priced at $14,650 (plus installation) and provides 13.5 kilowatt-hours of energy. The Ford F150 $5500 home integration system meanwhile gives you access to 98 kilowatt-hours of battery-stored energy.
To help put this storage in perspective the maximum amount of electricity my home in Victoria will use on a cold day in winter gets close to 30 kilowatt-hours of electricity. This is mainly for heating the home and providing hot water, but usually, I need far less electricity than this.
In fact, if I upgraded my puny 1.4 kilowatt solar system to what is typically being installed today of 8 kilowatts – the F150, in combination with that solar system, would get me through the whole of winter without the need for any electricity from the grid.
Of course, this is all a bit theoretical because you need to drive that car, not just leave it plugged in. And outside of winter I’ll have way more solar generation than I can consume, and use, to fill my car battery, so I want to be connected to the power grid, so I can share and sell my solar power.
But the thing is that most people will only use a small fraction of an electric vehicle’s total battery capacity for their average daily commute. The average passenger car in Australia travels 30 kilometres per day. The F150 would use up about 10 kilowatt-hours to cover that distance leaving almost 90 per cent of the battery unused. That spare capacity could be transformative for our power grid. If you multiply out the F150 Lightning’s 9.6 kilowatts electrical export capacity by Australia’s 15 million passenger vehicles, you’ve got yourself 144 gigawatts of power.
By comparison Australia’s entire coal fleet is about 23 gigawatts.




 

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