I’d recommend an electric car for avoiding oil changes, but I think we still have a few more years until cheap second hand electric cars become available.
No, a electric car is twice the price of an ICE car. It’s not an oil change per year that will break the deal.
Also don’t believe the 3000 miles oil change, it’s a scam. I change my oil every 8000 miles, there’s zero problem with that, especially if you put synthetic, but dino works the same.
Depends on if you shop around for oil. I can usually get mobile one high mileage synthetic for about $5/qt at Walmart and buy filters at napa when they have a deal on buying multiple qty.
So $40ish for full synthetic high mileage oil change.
I’ve had an electric car since 2011. The battery looks like it will last another 10 years.
Early Nissan Leaf batteries degraded relatively quickly (8-10 years) due to poor battery chemistry and no thermal management. Both of these issues have been fixed in all new electric cars (except the new Nissan Leaf which still doesn’t have battery cooling).
Even the old degraded batteries are valuable as static energy storage, and several people are using them as house batteries.
Most of the cost of a battery replacement is the manufacturer markup. There is at least one company making replacement Nissan Leaf batteries for significantly less than Nissan, and they include the latest chemistry and liquid cooling (unlike Nissan who just give you a second hand battery).
Most electric cars today have a 10 year warranty on the battery. Manufacturers wouldn’t be offering that if there was a reasonable chance you would need to replace the battery in that time.
Knew it would be a matter of time before the fuck_cars crowd popped in. Not everywhere is a city, and I work potentially all over the state. I also have equipment and gear I have to bring to the job. I actually need a vehicle.
Good for you, man. How would you like for most of the people, who don’t actually have exceptional use-cases, to not be on the road, in your way, in the form of traffic?
You two aren’t strongly disagreeing; he wants to make it more feasible outside of cities. I’ve met a handful of people who do indeed manage to bike around suburban towns.
Hydrogen is only 30% efficient compared to 90-95% for batteries. Most hydrogen is currently made from fossil fuels, and contains less energy than the fossil fuels used to make it.
but an electric car is heavier than a hydrogen car, so the electric platform is less efficient. imagine carrying an extra ton of a batterypack wherever u go. hydrogen could be made from renewable energy, and doesn’t require batteries to be stored. battery metals are finite. u can’t scale that up. 5kg of H2 translates to 400km mileage.
Most large combustion SUVs are heavier than most electric cars.
Sodium ion batteries are being produced with no rare metals in them, and will be in production cars within a year. Hydrogen is difficult to store due to is low volumetric density, it’s molecular size, and corrosive nature.
Hydrogen (fuel cell) cars all have a battery because a hydrogen fuel cell is slow to change it’s energy output, so can’t change its output fast enough to directly power the car.
Battery electric cars are about 90% efficient from charging from the grid to moving. Hydrogen cars are about 30% efficient from grid to moving when made from renewable energy. These efficiency numbers include the weight and rolling resistance of the car. The theoretical maximum efficiency of hydrogen storage allowed by the limits of physics is about 50%.
The volumetric density of hydrogen is so low that you would need 20 tanker trucks to transport the same amount of energy that 1 tanker truck of gasoline can carry. This is at maximum pressure or liquified.
Hydrogen only makes sense when the weight of the energy storage medium is critical. As demonstrated by American cars, it isn’t.
I’d recommend an electric car for avoiding oil changes, but I think we still have a few more years until cheap second hand electric cars become available.
No, a electric car is twice the price of an ICE car. It’s not an oil change per year that will break the deal.
Also don’t believe the 3000 miles oil change, it’s a scam. I change my oil every 8000 miles, there’s zero problem with that, especially if you put synthetic, but dino works the same.
This is only true if you’re purchasing used. Anyone in the market for a NEW car absolutely can and should be considering an EV.
Also, you would be fucking shocked how expensive an oil change can be on some cars, even when doing it yourself.
Depends on if you shop around for oil. I can usually get mobile one high mileage synthetic for about $5/qt at Walmart and buy filters at napa when they have a deal on buying multiple qty.
So $40ish for full synthetic high mileage oil change.
I’d recommend not being poor
My 02 VW diesel goes 10,000+mi between oil changes. 50mpg fuel economy. The car cost $6000
Which will also need a costly battery replacement not long after buying it 😬
I’ve had an electric car since 2011. The battery looks like it will last another 10 years.
Early Nissan Leaf batteries degraded relatively quickly (8-10 years) due to poor battery chemistry and no thermal management. Both of these issues have been fixed in all new electric cars (except the new Nissan Leaf which still doesn’t have battery cooling).
Even the old degraded batteries are valuable as static energy storage, and several people are using them as house batteries.
Most of the cost of a battery replacement is the manufacturer markup. There is at least one company making replacement Nissan Leaf batteries for significantly less than Nissan, and they include the latest chemistry and liquid cooling (unlike Nissan who just give you a second hand battery).
Most electric cars today have a 10 year warranty on the battery. Manufacturers wouldn’t be offering that if there was a reasonable chance you would need to replace the battery in that time.
Answer: hydrogen
Actual answer: Public transportation and bicycles
Knew it would be a matter of time before the fuck_cars crowd popped in. Not everywhere is a city, and I work potentially all over the state. I also have equipment and gear I have to bring to the job. I actually need a vehicle.
Good for you, man. How would you like for most of the people, who don’t actually have exceptional use-cases, to not be on the road, in your way, in the form of traffic?
That’s entirely not feasible for anyone living a typical life with errands to run and places to go, and you know it.
You two aren’t strongly disagreeing; he wants to make it more feasible outside of cities. I’ve met a handful of people who do indeed manage to bike around suburban towns.
Hydrogen is only 30% efficient compared to 90-95% for batteries. Most hydrogen is currently made from fossil fuels, and contains less energy than the fossil fuels used to make it.
but an electric car is heavier than a hydrogen car, so the electric platform is less efficient. imagine carrying an extra ton of a batterypack wherever u go. hydrogen could be made from renewable energy, and doesn’t require batteries to be stored. battery metals are finite. u can’t scale that up. 5kg of H2 translates to 400km mileage.
Most large combustion SUVs are heavier than most electric cars.
Sodium ion batteries are being produced with no rare metals in them, and will be in production cars within a year. Hydrogen is difficult to store due to is low volumetric density, it’s molecular size, and corrosive nature.
Hydrogen (fuel cell) cars all have a battery because a hydrogen fuel cell is slow to change it’s energy output, so can’t change its output fast enough to directly power the car.
Battery electric cars are about 90% efficient from charging from the grid to moving. Hydrogen cars are about 30% efficient from grid to moving when made from renewable energy. These efficiency numbers include the weight and rolling resistance of the car. The theoretical maximum efficiency of hydrogen storage allowed by the limits of physics is about 50%.
The volumetric density of hydrogen is so low that you would need 20 tanker trucks to transport the same amount of energy that 1 tanker truck of gasoline can carry. This is at maximum pressure or liquified.
Hydrogen only makes sense when the weight of the energy storage medium is critical. As demonstrated by American cars, it isn’t.