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In this situation, we will try to understand simplified block diagram of electric vehicle later on,



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we will also discuss about the different configuration.



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But yet present in this situation, we will discuss about the simplified block magnum of the electric



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vehicle.



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So vehicle in general is done nothing but the mass, which is having some weight and inertia that has



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the mechanical parameter to represent the linear motion.



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So we call if we can consider any object, if we apply the force, depending upon the frictional losses



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and weight of the vehicle and the gravitational constant, it will result in displacement according



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to the applied force.



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If this continues, the displacement and the spirit will remain continuous.



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And Wacol is the object where we are interested in reducing the friction ground friction.



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So friction is minimal because of the wheel arrangement, so will make it possible to reduce the frictional



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as minimal.



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Less sufficient friction is also required for the traction movement so that duty will be complicated



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by the wheel and bearing arrangement will almost reduce the friction to the negligible value after rotating



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south of the motoring wheel.



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So bearing an element is also death.



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So accordingly we will have some frictional constant that we will assume the mathematical representation.



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But at present, if that is the some object with the mass where the friction is less than if we applied



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the force, then it will result in displacement and velocity.



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And depending upon its value of mass and inertia, we can easily represent in the mathematical form



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and we can get the final displacement as well as the velocity.



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So what is happening here is electric motor.



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Is the root device so wet, soft is rotating on.



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And the South is a with the will to direct or through some transmission arrangement, so.



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The soft of the mortar is connected and responsible for the rotation of will and the intention for their



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love and the will is responsible for the motion of the vehicle and that force multiplied by the radius



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of the will.



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It's called the dark.



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So that effective torque which result in movement or the displacement or speed of the vehicle.



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So we can say that electrical motor output is dark, that dark is applied to the vehicle.



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The vehicle is the linear device.



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It is moving linearly.



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But the electric motor that already weighs when the target generator at the start, which result in



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rotation up, will end.



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And this talk and this tangential force will result in linear motion of the vehicle.



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So although this all parts are internally, internally within the vehicle, but for the simplicity to



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simplify the understanding, we put this far apart from the vehicle that is all Pozza internally lit



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inside the vehicle.



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But what's happening and from that actual energy and force comes from where energy comes.



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Motor required the current to produce the dark and then current is drawn from the battery.



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So chemical energy of any battery is the basic source of energy.



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This chemical energy get converted into electrical energy and through the medium alpha magnetic medium.



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It is then converted into the force.



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So there are different magnetic loads of different motor.



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Whenever we put the current carrying conductor in magnetic field, it explains the fourth principle



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that is the magnetic principle attraction, repulsion.



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So each motor runner, either one or the principle, but it's required the current that need to be drawn



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from the battery according to the quick thought.



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So this is produced by the motor because of the current run by the battery and.



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So that we can see the electrical energy is converted into the mechanical energy and it is then converted



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into the linear motion, but we also require to control the speed and for the simplified arrangement.



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It is not written on an electric motor, but this block represents the electric motor drive that this



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block itself combine the convertors power converters that required to power the motor and to control



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the speed we require the controller.



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Also the electronic controller and converter all combined in this block of electric motor.



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And so we are having the speed control arrangement through the accelerator in the car.



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We can control the speed.



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We can accelerate the and control the amount of carbon that produced torque so we can control the amount



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of torque and so that it will control the amount of speed and displacement and acceleration and velocity.



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So this is the simplest way of electric vehicle and it is simplified block diagram gives the very basic



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idea about basically vehicle is nothing but mass and inertia and with the least friction.



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So in detail, we will discuss one by one.



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Later on we will discuss the vehicle and what different vehicle speed characteristics.



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And as it is the subject of engineering aspect, we will try to understand the vehicle instead of its



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basic form, how it can be represented by the thought speed characteristic saying we will also understand



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how electric motor can be represented by the speed characteristic and how combining a study automating



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this to task with characteristic, we can have a better idea about the performance, how one motor will



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perform to the parameters of the vehicle, and how can we achieve the desired performance.



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This all things will be discussed, but this is the simplified block diagram of electric vehicles that



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can be represented in this.