Project 1

1. Report: Initial draw a part design of given dimenssion wiring routing Connect the connector between two points with main branch from DT06-6s and DT06-8as. Making the brach point on the route bundell and add the braching point  Connect the bunddle or Geometric Bundel And route definitation with the selected point…

AIM To simulate the thermal effects and compare life cycle performance at various temperatures, charge & discharge rates for a 10 cell series lithium ion battery model, using MATLAB. Objective To analyze temperature and life cycle parameters of the 10 cell series battery pack. Connect 10 cells in series analyze the…

ABSTRACT: In this project, we are going to calculate the all parameters which are required for the build EV battery pack. We are going to use the Cell: ANR26650M1-B for our battery pack. In parameters, we will consider all electrical aspects like temperature, Depth of discharge, Operation current, Energy density,…

Test case1: It can be observed from the plot that the vehicle is initially in the driving state and charging was done till 90%. After the charging mode it reaches to the standby mode which can be seen from the BMS state plot. From the Cell temperatures plot it is observed that the battery temperature rises in driving and…

Summary:  *Time trace for engine, Transmission input, Transmission output and wheelspeed with respect to time. *Engine torque, Engine power, Fuel rate and Fuel consumption with respect to time. *Accelerator and brake pedal, gear command and vehicle desired, actual speed, vehicle distance with respect to time. *Engine…

Question 1 answer: Lithium-ion cells , in their most common form, consist of a graphite anode, a lithium metal oxide cathode, and an electrolyte of a lithium salt and an organic solvent. Lithium is a good choice for an electrochemical cell due to its large standard electrode potential (–3.04 V) resulting in a high…

Summary:  *Time trace for engine, Transmission input, Transmission output and wheelspeed with respect to time. *Engine torque, Engine power, Fuel rate and Fuel consumption with respect to time. *Accelerator and brake pedal, gear command and vehicle desired, actual speed, vehicle distance with respect to time. *Engine…

  Forward-Modelling Approach The forward modelling approach is also known as cause-effect, engine-to-wheel or rear-to-front method. The direction of calculation is the same as the direction of positive power flow, from engine-to-wheel.This approach is based on vehicle dynamics equations and the behaviour of each…

Explanation :- The transfer function of a spring mass damper system is solved and plots are taken out. Initially the matlab code was done and inputs for that was given and according to the equation the simulink model is built. Since m,k,c values were given Wn and fn values were found and it was uploaded as per the answers…

i have attached link and uploaded photos of my answer!

Photos are attached.