Tesla technology reviews:
question xingfiter : What is the greatest technologies for electric vehicles developed so far I know, they start off to create automobiles on a purely electric. The Tesla, for example, a high efficiency car in production, the couple of hundred miles to reach. But what is the greatest technology out there right now. I had a buddy tell me they have a car that can recharge in 5 minutes with capacitors 500 mile has coverage? Correct or not? please give me source connected. Thank you Best answer: response
Connor B
carbon fiber frame and super capcitators. And I like your dicription
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There is no “best” technology. Telsa is not an advanced design. It is very expensive (~ $ 100K). It uses a lot of material to achieve a very light weight low, so they work well and have good knowledge kann.Die battery # 1 are limiting factors. Nobody has solved this problem. Regarding the transmission goes, I think the former GM EV1 had the best technology. He holds the speed record electric car situated on land. It uses a 130 hp engine, which has a size of 1 pound coffee can ist.Dein friend is wrong with a capacitor, which can be recharged in 5 minutes and has over 500 miles Reichweite.Es is possible to have a power system operates on a capacitor and the car to 500 mph. Scope but 500 miles is NOT possible only due to the capacitor. Maybe 500 miles to go downhill … =)
I’ve been researching electric cars these days, too – here’s what I found: Think City: 106 miles on one charge, 62 mph, with all safety requirements, $ 32.500, but not yet available and battery can be rented. Obvio 012 Fall 2007? 200 miles on one charge, 5 hours to recharge is 120 mph, can operate with gas / electric / alcohol. But $ 59 000 for the electric version … ZAP-X: 350 miles on a charge load, a 10-minute, 155 mph is not yet available, $ 60,000 fetish: Animal dear to $ 660,000, is 105 mph, recharges in 20 min.t Zero-n ‘ Tesla is no longer available: always expensive at $ 100,000. 230 miles from the Truck & Zap XEBRA Ladevorgängen.Xebra Xero & G-Whiz: cars of the city only, Zap truck will not go over 25 mph, XEBRA & G Whiz is not going over 45 mph, 4-5 hours after charge, 30-40 mile range Chevy Volt -. only a range of 40 mile, but a backup of gas, making it a hybrid. 6 hours to recharge, but still not available (2010?) And No price yet, even though GM says it will be cheaper than most other Optionen.Mini Cooper will have an electric version in 2008 – Will 80 mph, go you 120 miles on one charge, but still not cheap at $ 60,000. (The new MINI Cooper D diesel gets 53 mpg .. but shame it’s so bad for the environment.) Do not I heard about a 350 mile range, unless it falls on a gas engine.
Its hybrid cars, which I believe is the heart for some time that people want both fuel consumption and high performance at the same time. I think lithium-ion batteries are connected to these ends as we speak.
The Tesla is not currently in production. You will have your money and promise you a car, but they say it takes 15 months for delivery, go a long time for her bankrupt ist.Derzeit very large “super capacitors” as a most promising technology that n ‘ any electrochemical battery is still being produced. They are pretty amazing devices, and if literature is to believe we will see the first rechargeable power tools supplied with them later this year. This does not mean they will power the cars in the foreseeable future, but there is an alternative to technology-Pfad.Bedenken that electric cars are not necessarily the answer to our transportation needs. For buses (preferably electric, electric trucks from) and trains for passengers and goods are preferable to the inefficient system of tires and concrete, we now use.
Current, proven technologies for all-electric vehicles are: 1 High battery voltage (about 200 to 400 volts) 2 AC (A / C) engine and Regler3. NiMH rechargeable batteries (NiMH is proved. Lithium may one day be worthy, but now they will be further refined.) Unfortunately, this combination of components do not give a maximum range of 150-miles-the size of a typical vehicle Freeway in the Geschwindigkeiten.Was 500 mile range car that recharges in 5 minutes, it is unlikely to be developed. Here is the typical base-efficient electric car is about 250 watt-hours consumed per mile. Be 500 miles, it would be 125 000 watt-hours. As a reference, uses a 100 watt bulb (as you guessed it) 100 watt-hours for a light Stunde.Sind you still with me? Here’s a little more math … The larger cable can be handled easily by humans is probably the # 00 wire (about 1/2 inches in diameter with insulation) # 00 son in optimal conditions, up to 300 A to 2000 V sein.Es be designed a special transformer from a power pole to take up to 2000 volts at 300 amps deliver, but we assume it could possibly existieren.Bei 2000 volts would require 62.5 amps for an hour, 125,000 per Watt hour supply. (Assuming a perfect system, without loss) for an hour is too long, # 00 and the cable can handle more amps, we could maximize the cable to 300 amps, but it would still take about 10 minutes. … And be very dangerous because of the heat generated by this system necessarily, and extremely high voltages or currents beteiligt.Das loading a car 500 miles in 5 minutes approaching possible, but probably not in most feeling distant.