As of right now, it doesn't seem like there any competitors at Tesla in the electric vehicle sector when it comes to EVs hustle by far outsold, all the other competitors by a significant amount. One of the reasons why Hustle is dominating the electric vehicle sector by such a huge amount is the fact that Tata just has a lot more range than all the other electric vehicles. In fact, the top three electric vehicles with the highest range are all Tesla. Tesla is able to use his competitive advantage to also its competitors in this evie sector, but why can't other car manufacturers get a similar range of Tesla and will they be able to in the future in this video we're gon na dig behind the truth of tassles High range number one battery capacity hustle generally puts a larger batteries into their vehicles.

The top model snx both have a battery capacity of 100 kilowatt hours or is the battery pack of the porch icon is 93 killer hours and the battery pack of the Audi e-tron is 95 kilowatt hours. While this isn't the full picture, this is definitely a factor that goes into Tesla's high range number. Two battery accessibility Tesla allows more of the battery to be accessed by the user. For instance, a model three with a 75 kilowatt out of battery can use up to 73 kilowatt hours.

On the other hand, with an Audi e-tron, you can only use 83 of the 95 kilowatt hour capacity. Using more of the battery causes more battery degrading. However, most Tesla customers don't actually use up the entire range, so this doesn't seem to be a problem. On the other hand, traditional car manufacturers, don't let the customers choose whether they want to use the whole battery or not.

This leads to a lot less maximum range for traditional car manufacturers, number 3 battery density, higher battery energy density either means more batteries or less weight or more energy for the same way as competitors. In other words, tussles batteries allow for more energy usage for each chunk of weight. This makes a huge difference on the total range in traditional car manufacturers haven't caught on to that number for aerodynamics, even with an equivalent amount of power, it can translate into more miles per kilowatt hour. A Tesla Model 3 has 131 mpg, whereas a post icon only has a 60 80 mpg.

This means that, for the same amount of energy, a Tesla Model 3 would go twice as far as the Porsche tie con. This is due to the fact that a casa model 3 has a drag coefficient of only 0.2 won. On the other hand, that Jaguar ipace has a drag coefficient of zero point 2 9 and the Audi e-tron has a drag coefficient of 0.28. A lower drag coefficient means there's less resistance onto the car.

Therefore, the Tesla Model 3 would be able to drive much farther for the same amount of energy number 5 optimal battery temperature. Hot batteries are inefficient and cold batteries can't discharge fully. Therefore, it's extremely important to keep the battery at an optimal temperature nASA uses a unique super bottle: all-in-one heating and cooling solution. On the other hand, companies like Nissan use air cooling, which is less efficient.

This means that the battery can easily be out of optimal operating temperature number six wait. The model 3 performance weighs 4,000 100 pounds. The Audi e-tron weighs 5700 pounds. Even a car like the push icon, weighs 5,000 100 pounds.

Weight is a key factor to having a higher maximum range in the engineers at casa know how to optimize the weight for the cars. The Model S 3 and X all use a lot of expensive lightweight aluminum in order to have bigger battery packs and still be at a reasonable weight. The model 3 sleek design is no coincidence. Pasla is able to use affordable, ultra high-strength steel in very clever shapes, to keep the weight down number seven battery quality on a very early stage.

I also realized that a great edie battery needed table1 high energy per kilogram to high power per litre 3 lose very little energy charging and discharging for low risk of fire 5 charge quickly. 6 work out a wide range of temperatures and 7 retained. Most of its charging capacity after a very long period of time, the chemistry of a battery is important to maintain a high range for tussles China made cars. Tousle is looking to use cobalt free batteries.

These batteries are not only expensive but also high quality. However, because Tesla knows about the importance of batteries, they always look for the best batteries in the market, Tasos dominant, since all seven of these factors allows it to maintain a moat over the other car manufacturers. Automakers estimate that Tesla's over six years ahead, traditional car manufacturers like EMW for sadie's vans, Volvo, Volkswagen Nissan Jaguar G Ford and many more - are starting to jump into the race but nonetheless they're lagging behind until the traditional car manufacturers turned their heads and stop spending. So much of their earnings on ice vehicles they won't be able to catch up and tossa will be the future of electric vehicles.

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