Texas Dan
Well-known member
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- #1
In recent article on Insiders.com it was reported that historical 2.5% of battery packs had to be replaced every year but only 1% of newer batteries had to replaced every year. I didn’t find this information very useful so I decided to project those numbers to life expectancy. Life expectancy would be the years wherat least 50% of the battery packs are replaced.
Using the formula of 1.X^Y where X is the yearly percentage and Y is the number of years required to reach 50% I calculated it takes about 16 years for 2.5% per year to reach 50% and about 40 years for 1% per year to reach 50%. Of course it will take decades before anyone can validate these numbers. But it’s interesting to think that 40 years from now half of all the Lightnings on the road today will still be using their original battery packs.
So next time someone tells they are worried about the longevity of the Lightning battery packs tell them there is a 50-50 chance that the battery packs will last 40 years and will possibly outlast the person expressing the skepticism.
Using the formula of 1.X^Y where X is the yearly percentage and Y is the number of years required to reach 50% I calculated it takes about 16 years for 2.5% per year to reach 50% and about 40 years for 1% per year to reach 50%. Of course it will take decades before anyone can validate these numbers. But it’s interesting to think that 40 years from now half of all the Lightnings on the road today will still be using their original battery packs.
So next time someone tells they are worried about the longevity of the Lightning battery packs tell them there is a 50-50 chance that the battery packs will last 40 years and will possibly outlast the person expressing the skepticism.
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