Project 5

Thermal Modelling of Battery Pack   Aim: To create is 10 cell series lithium-ion battery model To simulate the thermal effects and compare life cycle performance at various temperatures, charge and discharge rates using MATLAB   Theory and Explanation: Battery Pack: A battery pack is a set of any number of identical individual…

QNO =  AIM: To Calculate the capacity of the battery pack required and the number of series-parallel connections.For a vehicle of gross weight 300 kg, the motor ratings are 1200Wh, 65V. The range is 225km and the maximum speed is 60kmph.Give a stepwise discussion on how a battery pack is built. Note: Choose…

Objective: To model a fan type load in Simulink and to control its speed by using the PWM method Abstract: The primary emphasis of this work is to model a DC motor driven by an input signal that approximates a pulse-width modulated signal. These signals are fed to the motor using an H bridge circuit. Further,…

in the model in fig 1.2, the input drive cycle data taken is a drive cycle source for 2474 sec. This drive cycle data is then fed into the Longitudinal driver block. It takes reference velocity and velocity feedback. Also, a grade can also be entered to simulate the hill climb. Here, we are considering no hill climb condition,…

1- A DC/DC converter should be designed for an electric vehicle. The DC/DC converter should convert the voltage from the battery pack at 48 V to supply the 12 V loads (Radio, horn, accessories, etc..). The load needs an output current of 5 A. (Hint: the load can be represented as a resistance). a) Draw a schematic of the…

plot(VVolt,ImAmp,'-ob','MarkerFacecolor','r','linewidth',3); VV = interpl(VVolt,ImAmp) VVolt=-17.3:0.1:0.9; xlabel('voltage'); ylabel('current');           fileidl=fopen('C:\users\suman\Documents\week3.xlsx','r') fileid=fopen('C:\users\suman\Documents\Matlab basics\project.txt','w') VV =[-17.2…