How does an Electric Car work ? | Tesla Model S

Electric cars are making big waves in the automobile world. These noise-free, pollution-free and high-performance vehicles are expected to make their I.C. engine counterparts obsolete by 2025. This video will unveil the hidden technologies behind the Tesla Model S, which recently became the world’s fastest accelerating car. We will see how electric cars have achieved superior performance by analyzing the technology behind the induction motor, inverter, lithium ion battery power source, regenerative braking and above all, the synchronized vehicle mechanism, in a logical, step-by-step manner. The working and features of Tesla car is explained here with help of animation.
Please support us at Patreon.com so that we can add one more member to the team and will be able to release 2 educational videos/month.
www.patreon.com/LearnEngineering

Check out this excellent video on regenerative braking from Kyle Drivers.
trvision.net/detail/video-0b2i5ufN7k0.html
Check out Jehu's channel
trvision.net/nameof-jehugarcia
Curious about how LE was born ?, Check out our story : goo.gl/otQfvD
Like us on FB : facebook.com/LearnEngineering
Voice-over artist : www.fiverr.com/mikepaine

Herunterladen

YORUMLAR

  • Dear friends, please don't forget to support us at www.Patreon.com/LearnEngineering . Your support keeps us going !

    Learn EngineeringLearn EngineeringYıl önce
    • I think Tesla has high range but in the video while mentioning the disadvantages ... It is mentioned that it had low range.... Can anyone explain to me about that please

      Nitya SreeNitya Sree2 aylar önce
    • Model Y is fully electric, so you never need to visit a gas station again. If you charge overnight at home, you can wake up to a full battery every morning. And when you’re on the road, it’s easy to plug in along the way-at any public station or with the Tesla charging network. We currently have over 12,000 Superchargers worldwide, with six new locations opening every week.

      Jason BJason B2 aylar önce
    • 59,000 thousand dollars....not bad!....rims make the differnce in the colors: the model x. pretty!%.

      Jason BJason B2 aylar önce
    • there is alot of decaffeinated brands on the market....whats with these shark fins?...on cars now adays?

      Jason BJason B2 aylar önce
  • Great video!

    Andy SlyeAndy SlyeGün önce
  • good job

    Tony KoTony Ko2 gün önce
  • Guf cars, towmotor ,weell chairs zo on are electric , what it take to make the distance , a generator , a battery is like u body u put back what u take it

    Enrique CasianoEnrique Casiano2 gün önce
  • My idea is a plate and a generator ,not a plug

    Enrique CasianoEnrique Casiano2 gün önce
  • A electric car is the oil price solution,but not to the byer he still have a bill to pay , electricity

    Enrique CasianoEnrique Casiano2 gün önce
    • Enrique Casiano electricity is way cheaper than gas

      John DoeJohn Doe6 saatler önce
  • Excellent video, it looks like Price and Range are the two deciding factors for most people. Given enough time the price will be in range. Tesla just needs to make a few breakthroughs in UltraCaps.

    George CrabtreeGeorge Crabtree2 gün önce
  • 7:10 its better to put 2 engines.. 1 for every wheel.. so no need for any kind of differenttial. So instead of one 300kw engine u can put 2 engines of 150kw. And that way u get perfect traction controll.

    Adnan JusicAdnan Jusic2 gün önce
    • @Adnan Jusic you would need more space and electronics to accommodate extra motor. You would have more production cost per car.

      TK WilsonTK Wilson2 gün önce
    • @TK Wilson why u think is not?

      Adnan JusicAdnan Jusic2 gün önce
    • No it's not

      TK WilsonTK Wilson2 gün önce
  • ' oh no... stop watch this ugly design car animation at 018... not good = not safe... yeaa big weakall

    bestamericabestamerica2 gün önce
    • “oh no, don’t watch this terribly designed car animation in 2019. it’s not good, so it’s not safe. *last sentence untranslatable*” this is my best translation

      Hunter WongHunter WongGün önce
    • Can someone translate bestamerica's post to English, please?

      Eric FleetEric Fleet2 gün önce
  • Can i translate this video to malatalam

    TECH ANTHONITECH ANTHONI3 gün önce
  • When your driving 1000's of miles how much time is wasted letting the car sit and charge. Five minutes I can fill the tank and keep on trucking 630 to 730 miles. Best thing when it rains the bumper doesn't fall off and it doesn't drive into things. What is going to be done with all the old batteries. Electric vehicles makes more carbon print in production.

    Pat Mason MasonPat Mason Mason3 gün önce
    • @Pat Mason Mason yeah, and you DO know, right numb nuts? You're like that bimbo Tom Cruise who thinks the psychologists and psychiatrists don't know jack, but he does

      2Xcitizen2XcitizenGün önce
    • @2Xcitizen you don't know what the hell this earth is doing and can't change it with a few electric vehicles. You would have to get rid of half the population and most of all technology to make a difference.

      Pat Mason MasonPat Mason MasonGün önce
    • We got a flat earther global warming denier here

      2Xcitizen2XcitizenGün önce
  • Amazing

    VanillaChocolateJVanillaChocolateJ4 gün önce
  • It's the new energy for next-generation technologies.

    Look_aroundLook_around4 gün önce
  • Cost of these battery??? 7000 battery pack . I am interested to bye. Plz response me

    Jayanta DhaliJayanta Dhali4 gün önce
    • I know for the Prius there was the same issue of the batteries being super expensive and the dealers made you buy the whole pack. Now you can just fix the bad cells instead of buying the whole battery

      2Xcitizen2XcitizenGün önce
    • I was going to ask the same thing. Because there ar re much less components, it must be easier to work on electric cars. I wonder if a DIY'fer can fix up a crashed Tesla auctioned off.

      2Xcitizen2XcitizenGün önce
  • Really awesome and illuminating video.Great for explaining to children.Thank you

    Thomas MathewThomas Mathew6 gün önce
  • According to me i have an other idea you can recharge the battery by other system, when you use brake then break can produce double energy and it depends on cars speed...

    Gursewak singh SodhaGursewak singh Sodha6 gün önce
    • @thirdy III yes i am agree, but without heat we can produce electricity while braking.

      Gursewak singh SodhaGursewak singh Sodha2 gün önce
    • Heat convert to electricity

      thirdy IIIthirdy III2 gün önce
    • @Blue Fingers Yes how can brake produce this energy?

      Joueur MasquéJoueur Masqué4 gün önce
    • How can brake produce energy?

      Blue FingersBlue Fingers5 gün önce
  • There is a gigafactory 1 in Nevada Desert Elon Musk.

    JETSAM AVIATIONJETSAM AVIATION6 gün önce
  • Sir y cannot an electric bike can be fabricated

    Seelam Shanthi kumarSeelam Shanthi kumar6 gün önce
  • Very interesting & thought provoking pls translate it in urdu

    Ameer AhmedAmeer Ahmed6 gün önce
  • CongTv Brought me Here 😂

    lucky zaplucky zap7 gün önce
  • peccato che costano troppo :(

    Mico UpuliciMico Upulici7 gün önce
  • We'll miss combustion engine cars sound in next few years

    Aryan GholizadehAryan Gholizadeh8 gün önce
  • Electric shit!

    Marco G.Marco G.9 gün önce
  • 2:55 that's wrong. Tessa uses a gear reduction of about 10 to 1, so that if the motor is spinning at 100 RPM the wheels would spin at 1 RPM. They do this because motors are more efficient at high RPMs.

    J SJ S9 gün önce
  • Nice informative video about electrically operated mobile Things

    Godwin gundimiGodwin gundimi9 gün önce
  • I'm sold!

    Chuck StarkChuck Stark10 gün önce
  • I ride a motorcityebikes.com electric bike 20 miles to work not touching peddles... then I jump in my Tesla. Same motor made by Tesla

    David kowalewskiDavid kowalewski10 gün önce
  • *the name video brasil, here usa ?*

    Mar Robô YuoTubeMar Robô YuoTube10 gün önce
  • Can govt. Give any subsidy for consumers in future to purchase n allow retail battery sellers shops.

    Fanesh BhaisareFanesh Bhaisare10 gün önce
  • Is ther a mistake at 3.41? Power/weight instead of Weight/Power? I started to watch your videos recently, you are doing a great work. Thanks for making it very easy for us to understand very complicated technologies.

    Silicon RobotSilicon Robot11 gün önce
  • Great video

    Rajnish KumarRajnish Kumar13 gün önce
  • I have a question: as the car is moving, why can't the mechanical energy from wheels is used to recharge the battery always while running, so that it self recharges.

    Anil kumarAnil kumar13 gün önce
    • @Fergeal Cutajar , yes they can charge the battery while driving, but the energy gain will be less than the energy expenditure for charghing. In the case of internal combustion, the energy expenditure will be the gasoline.

      hoangkimtranhoangkimtran12 gün önce
    • @hoangkimtran What Anil is saying is correct. Similar to the cars now, they have an alternator to recharge the battery while the engine is running. What is the difference? Maybe the recharge will not be that high but still better than nothing. They can also install solar panels on the roof and hood of the car so if it is parked in the sun it can recharge the battery as well.

      Fergeal CutajarFergeal Cutajar12 gün önce
    • That's like saying you are pushing on yourself to move forward or climing on to yourself to move upward.

      hoangkimtranhoangkimtran13 gün önce
  • JUST NOW ABSOLUTE RUBBISH....WHEN THEY CAN CHARGE FULLY IN 5 MINUTES AND DO 300 + MILES THEN PEOPLE WILL BUY....THESE CARS ARE NOT 'GREEN' .....

    j Dj D13 gün önce
    • With a 240V charger can charge to 80% in 30 minutes

      15 coals15 coals13 gün önce
  • super . Thank you .

    Thavam Rs.0Thavam Rs.013 gün önce
  • Sounds like a real thing but way too similar to (the so much west hated) idea of communism and of course battery charge (sometimes those things DO blow up)

    Девять ЧетыреДевять Четыре14 gün önce
    • @andrew I would care for any example. Never seen one

      Девять ЧетыреДевять Четыре6 gün önce
    • and what do you think the "combustion" in an internal combustion engine means? ICE cars also blowup... all the time

      andrewandrew6 gün önce
  • Sir shall I use Ur video by converting to our local language

    All in OneAll in One15 gün önce
  • And this would be our future ???? When the battery runs out ... Its internal resistance INCREASES ... And the current that can release the battery decreases strongly! Imagine a bathtub! when it is filled to the maximum with water it is like a charged battery ... Its voltage in Volts (potential difference) is like the pressure at the bottom of the bathtub ... maximum! opening the drain the liters per minute that come out are like the amps per second or collomb ... maximum ... The battery discharges and consequently the bathtub as well ... the pressure decreases ... and towards the end the battery goes haywire ... like the flow of water in liters per minute strongly halved! The superiority of giulia its weight decreases with the consumption of gasoline ... and its features improve with the gasoline in reserve ... Electric cars instead not only the flow of the current decreases but unfortunately the electrons have disappeared but the weight of the battery remains! therefore also accelerate them .... insisting you can also stop ruining the battery definitively .... Certain VOICES confidential, they claim to make the battery last longer than never under 20% and never make quick charges above 80% of the charge! with the consequence of such application to almost lose the capacity of the battery ... and in fact half of its autonomy! Not to mention the "VAMPIRIZZATO" consumption of Tesla model 3! What is it ... You must know that the model 3 is permanently interconnected with your SANTONE Elon Musk ... In California ... where first you can listen in real time to everything you say during the trip and your loving escapades .... Not for nothing the Basilese police in Switzerland had to cancel the purchase of as many as 7 (seven) X models due ... the secrets disclosed during a chase on highways for drugs ... underworld ... thefts ... terrorism. ..cccc .... returning to the 3 modei ... the energy consumed to have permanent interconnection ... is equivalent to a permanent consumption of as much as 20 km ... In a year there are 7,300 km lost at your expense !

    Luigi FerrarioLuigi Ferrario16 gün önce
  • Such nice video i love tesala motors compony

    satish Ghortalesatish Ghortale17 gün önce
  • I like your videos! They are very informative and cool!

    ThrillcraftMCGThrillcraftMCG17 gün önce
  • We have a Bolt and a Model 3. The biggest benefit is almost NO maintenance. I've been driving the Bolt for two years and the only maintenance done so far is tire rotation. The first two rations were free given by Chevrolet. The one pedal driving on the Bolt is better than the Tesla because the Bolt has a button behind the steering wheel. When you squeeze it, the electric and generative braking slows the car down significantly and thus you hardly use the disc brakes which will last way longer than on gas cars, another huge advantage, I am back to add one thing: We live in California, where the gas price is the nation's highest but we're immune to that.

    Kb CalibKb Calib18 gün önce
  • Dear friend how we will overcome the rainy seasons and how we protect this equipment's in wet conditions??

    abbas syedabbas syed19 gün önce
  • 2.6K now homeless Chileans disliked this video

    MegaPaulekMegaPaulek20 gün önce
  • (Tesla Model 3 Performance) > Results that no journal or journalist will give you ... > Turbo M6- automoto - Various automotive magazines! > Notorious incapable confounding everything. > Power, Energy, Units, > Autonomy without time and without speed has no physical meaning. > 300 km of autonomy in one year? One day? > Or in 3 hours for an average speed of: 100 km / h !!! APPROXIMATE FORMULAS TO CALCULATE AUTONOMIES AND SPEEDS CORRESPONDING FOR 100% ELECTRIC CARS (Tesla Model 3 Performance) C = Battery capacity in (kWh) c = Average consumption of an electric car = 20 kWh / 100 km = 20,000 Wh / 100 km = 200 Wh / km! 0.95 = Battery availability coefficient! (5% of the battery is always stored for Tesla computer interventions!) A = Autonomy in (km) 1000 x C (kWh) = c (Wh / km) x A (km) x 0.95 (Basic equation) A (km) = 1000 x C (kWh) / c (Wh / km) x 0.95 = (km) Example: Tesla Model 3 Performance: C = 75 kWh Average autonomy = 1000 x 75/200 x 0.95 = 750/2 x 0.95 = 750 / 1.9 = approx. 395 km! V = average speed (100 km / h) lighter and better Cx than the S P 100 D model Autonomy corresponding to an average speed of about 100 km / h (city, state, highway 20%) Calculation of the constant: K = A (km) x V (km / h) = (km2 / h) (Hyperbolic function!) K = 395 km x 100 km / h = 39.500 km2 / h (Constant to remember to calculate speed or autonomy!) Up to the speed of 130 km / h we can perform the following calculations .... (Beyond the resistance of the air, the calculations are complicated!) A (km) = K / V (km / h); V = 60 km / h; A = 39.500 / 60 = 658 km! A (km) = K / V (km / h); V = 80 km / h; A = 39.500 / 80 = 494 km! A (km) = K / V (km / h); V = 100 km / h; A = 39.500 / 100 = 395 km! A (km) = K / V (km / h); V = 120 km / h; A = 39.500 / 120 = 329 km! A (km) = K / V (km / h); V = 130 km / h; A = 39.500 / 130 = 304 km! What top speed for 580 km? V (km / h) = K / A (km) 39500/580 km = 68 km / h WARNING ! For the very high speeds the autonomy is inversely proportional to the cube of the speed ! This means that if we double the speed from: 130 km / h to: 260 km / h (German motorways!) autonomy is not divided by two ... but by two cubed that is: 2 power 3 = 2 x 2 x 2 = 8 and the km become: 304/8 = 38 km) We unload the battery totally in: T (time) = Space / Speed ​​(km / km / h = h) 38 km / 260 km / h = 0.146 h = 0.146 x 60 = 8 minutes and 46 seconds! Attention, the best is yet to come ... for all speeds from 130 to 260 km / h !!! Constant speed ! The equation is as follows: A = K x 130 squared / V in the cube! V = 130 km / h ... A =? A (km) = 39,500 x 130 x 130/130 x 130 x 130 = 39500/130 = 304 km! V = 140 km / h ... A =? A (km) = 39500 x 130 x 130/140 x 140 x 140 = 243 km! V = 160 km / h ... A =? A (km) = 39500 x 130 x 130/160 x 160 x 160 = 195 km! V = 180 km / h ... A =? A (km) = 39500 x 130 x 130/180 x 180 x 180 = 114 km! V = 200 km / h ... A =? A (km) = 39500 x 130 x 130/200 x 200 x 200 = 83 km! V = 220 km / h ... A =? A (km) = 39500 x 130 x 130/220 x 220 x 220 = 63 km! V = 240 km / h ... A =? A (km) = 39500 x 130 x 130/240 x 240 x 240 = 48 km! V = 260 km / h ... A =? A (km) = 39500 x 130 x 130/260 x 260 x 260 = 38 km! Unit formula = km2 / h x km2 / h2 / km3 / h3 = km4 / h3 / km3 / h3 = km! C.Q.F.D.

    Luigi FerrarioLuigi Ferrario20 gün önce
  • (Model Tesla S: P 100 D) > Results that no journal or journalist will give you ... > Turbo M6- automoto - Various automotive magazines! > Notorious incapable confounding everything. > Power, Energy, Units, > Autonomy without time and without speed has no physical meaning. > 300 km of autonomy in one year? One day? > Or in 3 hours for an average speed of: 100 km / h !!! APPROXIMATE FORMULAS TO CALCULATE AUTONOMIES AND SPEEDS CORRESPONDING FOR 100% ELECTRIC CARS (Tesla Model S: P 100 D) C = Battery capacity in (kWh) c = Average consumption of an electric car = 20 kWh / 100 km = 20,000 Wh / 100 km = 200 Wh / km! 0.95 = Battery availability coefficient! (5% of the battery is always stored for Tesla computer interventions!) A = Autonomy in (km) 1000 x C (kWh) = c (Wh / km) x A (km) x 0.95 (Basic equation) A (km) = 1000 x C (kWh) / c (Wh / km) x 0.95 = (km) Example: Tesla Model S: P 100 D; C = 100 kWh Average autonomy = 1000 x 100/200 x 0.95 = 1000/2 x 0.95 = 1000 / 1.9 = approx. 526 km! V = Average speed (km / h) Autonomy corresponding to an average speed of about 90 km / h (city, state, highway 20%) Calculation of the constant: K = A (km) x V (km / h) = (km2 / h) (Hyperbolic function!) K = 526 km x 90 km / h = 47.340 km2 / h (Constant to remember to calculate speed or autonomy!) Up to the speed of 130 km / h we can perform the following calculations .... (Beyond the resistance of the air, the calculations are complicated!) A (km) = K / V (km / h); V = 60 km / h; A = 47.340 / 60 = 789 km! A (km) = K / V (km / h); V = 80 km / h; A = 47.340 / 80 = 592 km! A (km) = K / V (km / h); V = 100 km / h; A = 47.340 / 100 = 473 km! A (km) = K / V (km / h); V = 120 km / h; A = 47.340 / 120 = 394 km! A (km) = K / V (km / h); V = 130 km / h; A = 47.340 / 130 = 364 km! What maximum speed for 690 km? V (km / h) = K / A (km) 47.340 / 690 km = 68.6 km / h (about 70 km / h) WARNING ! For the very high speeds the range is inversely proportional to the speed cube! This means that if we double the speed from 130 km / h to 260 km / h (German motorways!) The autonomy is not divided by two ... but for two cubed that is: 2 power 3 = 2 x 2 x 2 = 8 and the km become: 364/8 = 45.5 km! We discharge the battery completely into: T (time) = Space / Speed ​​(km / km / h = h) 45.5 km / 260 km / h = 0.175 h = 0.175 x 60 = 10.5 minutes = 10 minutes 30 seconds! Attention, the best is yet to come ... for all speeds from 130 to 260 km / h !!! Constant speed ! The equation is as follows: A = K x 130 squared / V in the cube! V = 130 km / h ... A =? A (km) = 47.340 x 130 x 130/130 x 130 x 130 = 47.340 / 130 = 364 km! V = 140 km / h ... A =? A (km) = 47.340 x 130 x 130/140 x140 x 140 = 292 km! V = 160 km / h ... A =? A (km) = 47.340 x 130 x 130/160 x 160 x 160 = 195 km! V = 180 km / h ... A =? A (km) = 47.340 x 130 x 130/180 x 180 x 180 = 137 km! V = 200 km / h ... A =? A (km) = 47.340 x 130 x 130/200 x 200 x 200 = 100 km! V = 220 km / h ... A =? A (km) = 47.340 x 130 x130 / 220 x 220 x 220 = 75 km! V = 240 km / h ... A =? A (km) = 47.340 x 130 x 130/240 x 240 x 240 = 58 km! V = 260 km / h ... A =? A (km) = 47.340 x 130 x 130/260 x 260 x 260 = 45.5 km! Unit formula = km2 / h x km2 / h2 / km3 / h3 = km4 / h3 / km3 / h3 = km! C.Q.F.D. I will do all these calculations to verify: Tesla model 3 performance!

    Luigi FerrarioLuigi Ferrario20 gün önce
  • wonder what a earth of nothing but these would be like

    busywl69busywl6921 gün önce
    • fantastic

      kevin moorekevin moore20 gün önce
  • bitdefender total security 2019 75% OFF bitdefender.evyy.net/6QA1K

    mehmet emin Dogrumehmet emin Dogru21 gün önce
  • very good

    Nashat FaiqNashat Faiq21 gün önce
  • This video made me feel stupid.

    The World As It IsThe World As It Is22 gün önce
  • not pollution free

    Mo MonMo Mon22 gün önce
  • Start, Unlock and Share your car with Mobokey. A device which will be installed in your car which allows you to control your car with an app. trvision.net/detail/video-L3bAbINcn_E.html

    MoboKeyMoboKey22 gün önce
  • Then why they don't implement some little generators in the car itself to generate the electricity for charging the batteries. Then the consumption and charging will result in a vice-versa. Using the battery to run the motor and the motor running some generators to charge the battery back. Thus, there will be less PAYING charging of the batteries needed. I know this will cause these battery charging companies great loss :)) But, this can be done for sure.

    dj sashdj sash22 gün önce
  • All the transportation on earth should have been like that from the start, clean and simple, most effective and elegant.

    Dj LabDj Lab23 gün önce
  • Thanks for sharing this beautiful informations. This will help for electric car marketing in the future.I’m looking for to buy Tesla S model in near future

    Ryan V NguyenRyan V Nguyen23 gün önce
  • transmission still could be used to increase output

    gigglesvideogigglesvideo23 gün önce
    • Could be, but no need. The inverter can increase the amplitude of the AC current (resulting higher electric current in the stator), which causes stronger magnetic field, so higher torque on the rotor.

      L4sz10L4sz1016 gün önce
    • why

      kevin moorekevin moore20 gün önce
  • I have two questions that I would like to clarify. Does the BMS any influence on the regenerative braking system? When the battery is 100% charged, does the BMS prevent regenerative braking?

    Luis CharnecaLuis Charneca25 gün önce
  • I have not seen anyone recycling Lithium batteries.

    EarumamaaduEarumamaadu26 gün önce
    • Tesla does recycle, they have closed loop.

      SalSal24 gün önce
  • Comparison between gas engine is very very worse...

    M. NijsinkM. Nijsink26 gün önce
  • Thanks for the immense effort, beautifully animated video!

    amekanasaiamekanasai26 gün önce
  • we can make battery pack using LiFe PO4 10Ah LiFePo4 3.3 Volt Prismatic Batteries also

    Nevilpavan ChandrasiriNevilpavan Chandrasiri26 gün önce
  • Why do people keep saying that gasoline engines are going to be obsolete in 5 or 10 years? That's the stupidest thing I've ever heard

    eksineeksine27 gün önce
  • The world's at least 50 years away from having usable electric cars number one they are a great polluter it takes a lot of burning cold or burning oil to produce that electric for that electric car solar electricity is less than 1% of the power source it'll never be more than 10% they are 50 years away from producing a battery that could get this electric car from West coast to East coast

    John WarrenJohn Warren27 gün önce
  • Where will the electricity come from to charge the batteries? Right now...coal. so much for the environment.

    Charles McKinneyCharles McKinney28 gün önce
    • Wind Turbine Power, Solar Plants, Hydro-Electric, Geothermal, Ocean Wave and Thermal Plants. (Renewable Energy) cheap price and ultra low maintenance cost. That's why US and Europe has their free charging stations. Very soon the WARS will end in the Middle East and Asia Pacific. We need to support these Electric and Hydrogen Technology. As a responsible people in compliance with the PARIS CLIMATE CHANGE POLICY.

      Joshua Moshe IsraelJoshua Moshe Israel26 gün önce
  • Batteries from cellphones blowing up. I am still skeptical.

    Joseph MunozJoseph Munoz28 gün önce
  • Anyone else nodding at random points to make it seem like they understood any of that?

    Adam CarvellaAdam Carvella28 gün önce
  • شكرا!!!

    digital 3lidigital 3li29 gün önce
  • When is it going to reach the African market?

    Flow Delly TreyFlow Delly Trey29 gün önce
  • It looks good, but how many km can you drive by one full charge?

    Mizanur RahmanMizanur Rahman29 gün önce
    • Mizanur Rahman About 10 -20 thousand Metres one Dothé thinké

      Mr MEMéMr MEMé29 gün önce
  • If only Tesla vehicles didn't look so ugly

    A RomeroA RomeroAylar önce
  • Magnificent article of a great Sir ... That all the editorial staff should read and meditate on the catastrophe announced in the generalization of electric cars 100% (Lithium-Cobalt!) Not to mention cobalt, 60% extracted in the Republic of Congo, even minor children. The Swiss (Glencore) and Chinese (China Moly) giants invest billions of dollars in the Congo after seizing the largest deposits. Even before starting to produce Tesla batteries on an industrial scale, the price per ton of cobalt has already reached $ 58,000. A jewel. According to a study by the Swedish Environmental Research Institute, a Tesla battery, even before leaving the factory where it is produced, has already emitted 17.5 tonnes into the atmosphere. of carbon dioxide, equivalent to eight years of emissions from a current car running on gasoline or diesel. He will live and will then have to be dismantled. The ecological balance must be done at the end of the cycle, that is from the cradle to the grave of the product. And then, let's never forget that when we put it in charge, on the other side of the socket, only 5% is energy produced by the wind and the sun, the rest is "disgusting" fossil and nuclear . So the more we produce electric cars, the more we pollute the planet. riccardoruggeri.eu/blog/ora-lauto-elettrica-altro-non-un-ballon-dessai/?fbclid=IwAR1eEqDfWbAtPbhJSIV89lP2nlxrm34QPk5RMPPh_1XuYzk_Ej1RDwZcLhg Elon Musk the polluter ... of brain and environment! Dear readers, do not forget this jewel ... A treat. According to a study by the Swedish Institute for Environmental Research, a Tesla battery, even before leaving the factory where it is produced, has already emitted 17.5 tonnes into the atmosphere. carbon dioxide, the equivalent of eight years of emissions from a running car running on gasoline or diesel. It will live and will then have to be dismantled. The ecological balance must be done at the end of the cycle, that is from the cradle to the grave of the product. And then, never forget that when we put it in recharge, on the other side of the socket, only 5% of the energy is produced by the wind and the sun, the rest is "disgusting", fossil and nuclear . So the more we produce electric cars, the more we pollute the planet.

    Luigi FerrarioLuigi FerrarioAylar önce
  • Clear speech and graphics. A very good tutorial. The UK government needs to catch up.

    Bin Karmel QutajjaBin Karmel QutajjaAylar önce
How does an Electric Car work ? | Tesla Model S