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How is this provable? I'm asking because I don't know anyone who has even 30k miles on their Tesla yet.
WookieMan saysIf you make good money, the fact is EV's are a waste of time. I can fuel up a Sequoia in 3 minutes and be back on the road.
My BIL used to brag how he covers the distance from his house to ours in 6 hours. Now he does it in 8-9 and brags how he is drinking beer and watching Netflix while his Tesla is charging. =))
Hircus says
Another thing I think about is how right now, they talk about how fragile our grid is, and susceptible to attack. Imagine how much sweeter of a target it will be if 75% of vehicles were electric, with most families only owning electric cars?
It's so easy to take down a power transmission line, or attack other key electric infra, decimating an areas ability to travel.
If you add Solar and Batteries to most houses, the grid becomes much much more distributed and resilient. Problem solved.
We are charged 19 cents US per kilowatt-hour of electricity consumed.
ohomen171 saysWe are charged 19 cents US per kilowatt-hour of electricity consumed.
At that price I hope that you are generating all or almost all of your electricity.
rocketjoe79 saysIf you add Solar and Batteries to most houses, the grid becomes much much more distributed and resilient. Problem solved.
Nat gas is better as a backup.
How often do you need to replace the battery? Are there any other maintained costs for an electric vehicle that you would not have for a gasoline powered one (or vice versa) to get a true comparison, look at the total cost of ownership. Purchase price, tax credits, depreciation, fuel (or electric costs), maintance costs, etc.
Electric Cars Are Starting To Make Sense
rocketjoe79 saysIf you add Solar and Batteries to most houses, the grid becomes much much more distributed and resilient. Problem solved.
No it doesn't. That extra juice you sell back to the utility? Just gets bled off as heat at the local substation. The grid was not designed at all for it to handle reverse distribution.
First, the high end Caddy is a straw man argument. Nobody HAS to purchase a $75k - $100,000 ICE vehicle. But if you want a Tesla, you do.
It's so easy to take down a power transmission line, or attack other key electric infra, decimating an areas ability to travel.
Hircus saysIt's so easy to take down a power transmission line, or attack other key electric infra, decimating an areas ability to travel.
This is the other great thing.. I can use the solar on my roof to recharge the car while I'm swimming in the pool. Even if the power is out and gas stations can't pump gas!
Probably not going to happen anytime soon to hit 300k. To drive that much you'd have to charge constantly. My wife puts on 40k miles a year on her car. Can't do that with a Tesla without losing money and time.
Until you can get a full charge in 5 min and 400 mile range, we're not touching full electric.
There is a piston engine car that is the analog of the Model X. It is far more expensive than the Model X to operate. Electric cars make sense.
find me a car that goes 0-60 in 5 seconds
Funny thing is: I never see anyone doing 0-60 in 5 seconds anywhere.
Eric Holder saysFunny thing is: I never see anyone doing 0-60 in 5 seconds anywhere.
I gun it at every chance I get.
I'm yet to meet you on SFBA roads. =))
Every fucking EV is fucking crawling like the fucking Prius their owner used to have before it.
Believe you can get 80% charge in 20 minutes at a super charger.
Non-starter in my world. 20 minutes isn't acceptable. I've been in and driven Teslas. It's not a knock on the car or the tech. They're fun. But I don't need acceleration which is literally its only benefit if I was into that. I need space and towing power. A Tesla can't remotely compete on any major category outside of acceleration for a family of 5.
I live in a rural area where it's probably 20 miles to the nearest super charger. Or I have to install a dedicated line in my home that would probably be $2k for it to be to code. My panel has space, but if someone doesn't it's probably closer to $5k to have the whole damn thing swapped out. I have no issue not pulling permits for electric work, but if you don't think municipalities aren't going to notice the new $40-100k car that needs to be plugged in, you're crazy.
Tesla only delivers for a small percentage of the population.
Should be interesting to see how the Cybertruck competes with the F150's when it comes out next year.
Eric Holder saysI'm yet to meet you on SFBA roads. =))
Every fucking EV is fucking crawling like the fucking Prius their owner used to have before it.
Here in SoCal, I've noticed 2 types of EV drivers.
Type 1 - Old ladies, Liberal tree huggers and Asians who drive like grandma
Type 2 - Dudes like me who got an EV just for the performance
Tesla has a long way to go regarding hauling. And no, obviously I haven't driven a Cybertruck, but payload alone will drain the battery at a much faster rate. I don't think there's much debate there.
Tesla had the advantage of 90% of parts already being engineered.
My company has a fleet of F150's, E250's and Sprinter vans doing day trips through SoCal (less than 200 miles a day). And we spend a fortune on maintenance for transmission work, brakes, fuel pumps, and then all of the maintenance with frequent oil and filter changes.
There's EV chargers at almost every Wawa here in Central Florida.
They have Wawa in Florida?
Cybertruck pulls about 10,000lb. in the double motor model, which has pre-sold the most. 7500 in the single motor.
https://www.tesla.com/cybertruck/design#battery
I am not sure about this. Tesla designed their own chips, engineered their own metal alloys, developed never before cooling systems with the "Octo-valve" and are revolutionizing manufacturing using the biggest casting machines ever built eliminating thousands of individual parts and hours of labor.
Anyone else excited about the new Ford Maverick? I know, not an EV, but we could use a slight diversion. The inverters look kinda wimpy (2, 400W 110v outlets), though.
They have Wawa in Florida?
GM announced that it has issued a recall on every single Chevy Bolt made to date due to the battery fire risk. The move comes after two previous recalls, which were aimed at specific models.
The Bolt was first recalled in November after five cars that hadn’t been in crashes caught fire. After investigating the problem further, Chevy recalled a second batch in July. The problem was traced to two manufacturing defects that could occur simultaneously. The defects—a torn anode tab and a folded separator—created conditions that could lead to a short in affected cells. So far, the company has identified 10 fires that involve faulty batteries, according to an AP report.
This third and latest recall includes 73,000 Bolts made from 2019 to 2022, the current model year, and brings the total recall to nearly 142,000 cars, with over 100,000 having been sold in the US. GM estimates that the initial recalls will cost $800 million, and it expects the new one to add $1 billion to the total. GM said it will be seeking reimbursement from LG. […]
Until replacement batteries are ready and service appointments can be scheduled, GM has recommended that Bolt owners park their vehicles outside and limit their battery’s state of charge to 90 percent or lower. The company also recommended not letting the estimated range dip below 70 miles. GM says it is working with LG Chem to ramp up production of the replacement cells.
Earlier this month, President Biden signed an executive order that sets a goal of making half of all new cars sold by 2030 electric.
more here:
https://www.consumerreports.or...oncerns-a3566085147/
Tesla only delivers for a small percentage of the population.
Add in the cost factor of around $1400. For replacing tires every 11,000 miles due to the weight of a Tesla and your cost benefit analysis is greatly reduced.
zzyzzx saysohomen171 saysWe are charged 19 cents US per kilowatt-hour of electricity consumed.
At that price I hope that you are generating all or almost all of your electricity.
Believe it or not, this is considered cheap in CA.
WookieMan saysTesla only delivers for a small percentage of the population.
We only use a car for pleasure and commuting. But absolutely need easy to clean pleather seats vs fabric..(we are messy and have a messy kid). I also am into convenience and tech features. I would imagine a lot of people fit that mold. In that case, Tesla model 3 is best bang for your buck. Try pricing out a new Honda Civic with pleather and the same features a Tesla Model 3. Who wouldn’t prefer the Tesla when your talking a $5k difference.
Looks like somebody is getting a brand new battery:
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From twelve midnight until 3:00 PM (15:00) we can charge electric cars, run the dishwasher, wash clothes, etc. We are charged 19 cents US per kilowatt-hour of electricity consumed.
I focused on the recent charging of our Tesla Model X that consumed roughly 100-kilowatt hours of electricity. We were able to charge the battery all the way up and give the vehicle a range of 355 miles for a cost of $19.00 US. I pointed out to Elena that if we had a large piston engine, the cost to fill the tank with gasoline (petrol) would have been over $50.00. We are saving $31.00 with each full charge to the Tesla batteries.
Elena has a rare talent for asking brilliant questions and finding holes in arguments. She argued that this electric vehicle was much more expensive than a similar gas-powered vehicle. She asked how long it would take to make up the cost difference.
I accepted her argument at first. I thought about it long and hard. The Tesla Model X started life with a price tag of $160,000 in the US. By the time we bought this car last December, the price had dropped to $75,000 US stripped. The model we bought came in at $100,000 US.
I am quite familiar with the high-end SUVs sold by Cadillac. They are the same size, passenger capacity, and cargo hauling capacity as the Model X. Their prices range from $87,000 US to $100,000 US. There is a piston engine car that is the analog of the Model X. It is far more expensive than the Model X to operate. Electric cars make sense. Please watch the passage of the bipartisan infrastructure bill. I am hearing serious talk of a $12,000 US tax credit when one buys a new electric vehicle.