vtsnowedin wrote:Fire insurance bills will be based on the incident rate that actually happens. For ICE cars garaged it is quite low as once they are shut off and cool down few incidents have occurred over time.
The EV is having energy pumped into them while charging so is not in a static state and things can and do happen. I am optimistic the problem will get solved shortly but the insurance actuaries will want a data set to set the rates by.
I've got mine charging in the garage right now, just as I have done it for nearly 8 years now. No insurance at my major brand name insurance company has been raised yet. Now, a sports car and a kid turning 16 and getting a license? Hoo Boy! Tells you where the risk is I suppose.
vtsnowedin wrote:you might think it is a Jim dandy great idea to blast cubic $$ of discretionary income out the door for something so simple as fuel to get around,
For most people fuel needed to get to and from work is not discretionary income or expense. it is just a necessity to get the balance of the income needed. Just like a super tanker burning some oil to get the rest of the load to market.
Okay...the expense of fuel isn't discretionary.....a purchase decision requiring the use of expensive fuels is. Which means, said consumers after making that decision shouldn't get an inch of newsprint or TV time whining about how much their fuel costs are post purchase. They signed up for that cost upfront....now they get to enjoy the benefit of that choice...and the consequences.
vtsnowedin wrote:Well, when the stupid things don't break because their moving parts are few and far between, why should they be junked? I have like 3 main moving parts on my EV, how many are in the engine alone of that Subaru you recently acquired? I'll bet its more than 3.
Every thing wears out eventually and for EVs it might be the battery or the body panels or frame or maybe just the seats and other interior appointments or perhaps they will make the chips obsolete like they do with your cell phone.
Yup. All things wear out.
vtsnowedin wrote:That the electric drive motors are still good will make no difference if the rest of the vehicle is undriveable. If they last more miles then an ICE car that is good but the question is what is the total cost per mile lifetime reguardless of how long the lifetime is.
Not that many years ago I had a Chevy pick up that cost me 23 cents per mile all costs included over 256,000 miles. Best I ever got.
I have owned perhaps 42 automobiles in my time, having driven some 1.36 million miles with them (bike count is 29 and another couple hundred K). Not once did I make a purchase on a hoped for cost per mile. I made the decision like most non-fleet operators do I imagine, what is the CapX involved, what is the OpX, will it get me chics, or tow my motorcycles to cool racetracks on the other side of the country, will it haul the family around in bad weather, and does it come from a manufacturer that has a reputation for quality. I keep a spreadsheet with basic information, what I paid for it, what I sold it for, fuel mileage, gasoline price average across the time span I owned it, etc etc. No insurance costs though. I've got 3 lower than 23 cents. All Honda's interestingly, and all with some things in common. They weren't expensive to buy, if sold I got a fair price back out of them, and they were just cheap to run. I've got one that ties 23 cents, and it is still running and my main cross continent traveler. That 23 cents is calculated with a salvage value of $0, and as long as I don't total it, or I just sell it because it is old and get a few bucks, it is almost guaranteed to be under 23 cents, so that would make only my 4th. The worst is greater than $1.80/mile, a sports car I bought for the wife, she then used it once a week to make a 5 mile burger run in the stupid thing, and then I took a bath when I traded it. So low miles, huge depreciation, a total waste. But hey...someone has to wear the skirt in the family, and she shall not be denied.
If the probability of a moving part disabling your cage is equal across all parts, fewer moving parts calculates to a lower probability of a disabling failure. The math is as simple as gets. And has nothing to do with CPM.