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  • Mr. SHYAM SUNDAR ROY(Roll# EEE201116075)

    B.TECH. TECHNICAL SEMINAR PRESENTATION-2014

    [1]

    Electrical Car/VehiclesSEMINAR ID : 673

    ByMr. SHYAM SUNDAR ROY

    Roll#EEE201116075

    Under the guidance ofMs. Gayatri Nayak

  • Mr. SHYAM SUNDAR ROY(Roll# EEE201116075)

    B.TECH. TECHNICAL SEMINAR PRESENTATION-2014

    [2]

    IntroductionElectric cars are automobiles, which are powered by the electric engine and electric energy.

    The development of the electric vehicles is a very perspective and important process.

    EVs, are vehicles that are powered by an electric motor instead of an internal combustion engine.

  • Mr. SHYAM SUNDAR ROY(Roll# EEE201116075)

    B.TECH. TECHNICAL SEMINAR PRESENTATION-2014

    [3]

    History of the Electric Vehicle The history of the electric vehicle began in the mid-

    19th century. 1832: Robert Anderson invents a non-rechargeable

    electric carriage. 1835: Thomas Davenport builds the first practical

    electric vehicle. 1976: General Electric was chosen to construct a

    parallel-hybrid sedan, and Toyota built its first hybrid car.

  • Mr. SHYAM SUNDAR ROY(Roll# EEE201116075)

    B.TECH. TECHNICAL SEMINAR PRESENTATION-2014

    [4]

    Components

    MotorControllerChargerDC/DC ConverterContactorsBatteries

  • Mr. SHYAM SUNDAR ROY(Roll# EEE201116075)

    B.TECH. TECHNICAL SEMINAR PRESENTATION-2014

    [5]

    Motor Generally the Brushless DC Motor is used. Simpler to maintain, More durable, Smaller. 85%90% more efficient. Able to self-start.

  • Mr. SHYAM SUNDAR ROY(Roll# EEE201116075)

    B.TECH. TECHNICAL SEMINAR PRESENTATION-2014

    [6]

    Controller Control the BLDC motor. Increase efficiency, reliability and extended battery

    life time.

  • Mr. SHYAM SUNDAR ROY(Roll# EEE201116075)

    B.TECH. TECHNICAL SEMINAR PRESENTATION-2014

    [7]

    Charger It contains a plug that connects electric vehicle

    batteries to an electrical source, providing the batteries with electrical energy.

  • Mr. SHYAM SUNDAR ROY(Roll# EEE201116075)

    B.TECH. TECHNICAL SEMINAR PRESENTATION-2014

    [8]

    DC/DC Converter Recharges the battery through DC converter. The Iota DLS-55 is the most common option.

  • Mr. SHYAM SUNDAR ROY(Roll# EEE201116075)

    B.TECH. TECHNICAL SEMINAR PRESENTATION-2014

    [9]

    Contactors This is like a big ON switch, powering up the drive circuit when we turn the key. The Nanfeng ZJW400A is an economical option, or the Gigavac GX14 is a higher powered option.

  • Mr. SHYAM SUNDAR ROY(Roll# EEE201116075)

    B.TECH. TECHNICAL SEMINAR PRESENTATION-2014

    [10]

    Batteries for the EVThe batteries that are used for electric cars are rechargeable.

  • Mr. SHYAM SUNDAR ROY(Roll# EEE201116075)

    B.TECH. TECHNICAL SEMINAR PRESENTATION-2014

    [11]

    Contd Flow of electrons can be reversed to reload the

    negative electrode and makes the battery rechargeable.

  • Mr. SHYAM SUNDAR ROY(Roll# EEE201116075)

    B.TECH. TECHNICAL SEMINAR PRESENTATION-2014

    [12]

    Power from the Electric Motor An electric motor has power and in turn puts out a force that is measured in torque.

  • Mr. SHYAM SUNDAR ROY(Roll# EEE201116075)

    B.TECH. TECHNICAL SEMINAR PRESENTATION-2014

    [13]

    ContdThe basic equation for power is: P = Tw (1) For a basic motor there are two parameters that can help show how the motor works.

    Velocity function: P (w) = - (Ts / wn) w2 + Ts w (2) Torque function : P (w) = - (wn/ Ts) T2 + wnT (3)

  • Mr. SHYAM SUNDAR ROY(Roll# EEE201116075)

    B.TECH. TECHNICAL SEMINAR PRESENTATION-2014

    [14]

    ContdThe electric motor controller takes the power from the batteries and delivers it to the motor.

  • Mr. SHYAM SUNDAR ROY(Roll# EEE201116075)

    B.TECH. TECHNICAL SEMINAR PRESENTATION-2014

    [15]

    Contd Working of electric engine and BLDC motor.

  • Mr. SHYAM SUNDAR ROY(Roll# EEE201116075)

    B.TECH. TECHNICAL SEMINAR PRESENTATION-2014

    [16]

    Various EV

  • Mr. SHYAM SUNDAR ROY(Roll# EEE201116075)

    B.TECH. TECHNICAL SEMINAR PRESENTATION-2014

    [17]

    Advantages Reduce dependences on oil and

    gasoline. Pollutants and noise free. Recyclable batteries. No fire hazards. Low maintenance and operation

    cost.

  • Mr. SHYAM SUNDAR ROY(Roll# EEE201116075)

    B.TECH. TECHNICAL SEMINAR PRESENTATION-2014

    [18]

    Disadvantages High price,Tesla modal costs around $50,000. High recharge time. Silence may be fatal. Range lies between 25-30 miles only.

  • Mr. SHYAM SUNDAR ROY(Roll# EEE201116075)

    B.TECH. TECHNICAL SEMINAR PRESENTATION-2014

    [19]

    ConclusionWith this, we come to following facts that number of expected vehicles doubling on the roads in the near future the need for this alternative energy is very evident and has promising returns.Important to produce vehicles that do less, have a longer range, and use less energy. Lower our toxic emissions and localize green house effects.Increase the overall energy efficiency of cars.

  • Mr. SHYAM SUNDAR ROY(Roll# EEE201116075)

    B.TECH. TECHNICAL SEMINAR PRESENTATION-2014

    [20]

    References[1] Senger, R., M. Markel, and J.Nelson,Validation of advisor in a series of Electric Vehicle, SAE paper 981133, 1998.[2] Wipke Anderson, Samuel Johnson, "Future perspective of EV, IJOART paper,2008.[3] Donald MacArthur,Brooker pegotty,Electrical vehicle A sustainable view, IJSER paper 2011[4] Stevensonparker,EVA green vision for coming generation,IEEE Xplore, 2010

  • Mr. SHYAM SUNDAR ROY(Roll# EEE201116075)

    B.TECH. TECHNICAL SEMINAR PRESENTATION-2014

    [21]

    THANK YOU