Magic!Ummm, where are the door handles? Those things in the doors look decorative so how do you open the doors?
That is a evasive method of measuring emissions that car companies use to paint a deceptive picture. If you charge a Tesla with a 1KW diesel generator, do you call that "zero emissions"? Of course not.
As soon as you plug an electric car into the electrical grid to charge it's battery, it is absolutely producing huge amounts of emissions. The emissions already occurred off site. The electricity coming out of your wall outlet isn't from magic. A power plant generates power. Your wall outlet is a transmission line. A battery stores power, and acts as part of the transmission line. The Tesla's electric motor coverts the stored power to kinetic force.
You can make an unbroken line of electrons from a coal burning power plant all the way to the Tesla's electric motor.
To be clear, I am not bashing on Telsa. I like the car. But the notion of zero emission electric cars is false.
I've still never seen a CTR in real life still. I've seen a handful of 3s, a couple roadsters and some Ss. That being said, until I see more Tesla's on the road then Pontiacs... or Oldsmobiles for that matter, I'll think of them as having "made it". It seemed a little touch and go for the company for a while last year, if the news was to be believed. If they keep chugging along, the next time gas spikes as it inevitably does ever so often, they may really take off.I see more Tesla's on the road than Type R's.
Extreme temps can reduce the range of your EV because you need to power the heater or AC. However the actual life of the battery won’t be impacted because Tesla manages the temperature of the battery pack at all times with a liquid cooling/heating system. Nissan Leafs, on the other hand, are only air cooled batteries so their life rating is impacted when the weather gets hot/coldDo extreme temps shorten battery life?
You also didn’t count the battery charge/discharge efficiency. It’s far from 100%. The faster you charge, the more heat loss.Hmm, guess this doesn't include line losses. Didn't read it carefully, I should have just used the emission factor from (https://www.epa.gov/energy/greenhouse-gases-equivalencies-calculator-calculations-and-references)
So at 1,559 lbs CO2/MWh it's at 74% of the C02 of the civic at the US average
No I just talked to a buddy at work who got picked up in one and he said it’s got lot of torque and just throws you in you’re seat.Electric cars have no personality. The engine noise is what gives a car its personality. Teslas are overpriced golf carts.
You can keep driving cars with personality... I'll enjoy the performance (There isn't an EV driving icon...)Electric cars have no personality. The engine noise is what gives a car its personality. Teslas are overpriced golf carts.
The problem with your argument is that power plants (depend on the type) are always throwing co2 to the air. They produce electricity that isn't always used in the other end. It get lost.That is a evasive method of measuring emissions that car companies use to paint a deceptive picture. If you charge a Tesla with a 1KW diesel generator, do you call that "zero emissions"? Of course not.
As soon as you plug an electric car into the electrical grid to charge it's battery, it is absolutely producing huge amounts of emissions. The emissions already occurred off site. The electricity coming out of your wall outlet isn't from magic. A power plant generates power. Your wall outlet is a transmission line. A battery stores power, and acts as part of the transmission line. The Tesla's electric motor coverts the stored power to kinetic force.
You can make an unbroken line of electrons from a coal burning power plant all the way to the Tesla's electric motor.
To be clear, I am not bashing on Telsa. I like the car. But the notion of zero emission electric cars is false.
Power plants don't just continuously make electricity and throw it away. The output is closely matched to the overall demand. Using more electricity at one end necessitates power plants working a little harder on the other end. True, if more electricity generation switches to non-carbon sources, then the effective C02 generated by using an electric car, but the current mix in the US overall is not that good (see my previous posts).The problem with your argument is that power plants (depend on the type) are always throwing co2 to the air. They produce electricity that isn't always used in the other end. It get lost.
An electric car uses some of that lost electricity and store it in a battery.
When it runs doesn't produce any emission. This means that doesn't add CO2 to atmosphere.
C02 is only concentrated on the power plant assuming is a plant that burns stuff. Isn't coming thru the pipes of an electric car because it doesn't have any.
Interesting point. So if these people are right: https://teslamotorsclub.com/tmc/threads/model-3-charging-efficiency.112857/ and let's be generous at about 85% charging efficiency.You also didn’t count the battery charge/discharge efficiency. It’s far from 100%. The faster you charge, the more heat loss.
Also, just manufacturing that massive battery made of thousands of cells costs energy and pollution and it doesn’t last forever.
So, I don’t count on any overall energy bonus of electric cars, but:
- they are better for crowded cities
- they have some fun factor different from an ICE car fun
- even with all the hurdles, Tesla made the most exciting electric car in the world that kicks the ass of anything made in Japan, Germany or anywhere else....