Final Project: Design of an Electric Vehicle

DC-DC Converter DC-DC converter is an electronic circuit that converts DC voltage from one voltage level to another. It can be step up or step down of voltage. This type of converter is also known as chopper. The electric components inside the vehicle vary in their voltage requirements, with most running on much lower…

AIM: To create an electric vehicle model using MATLAB / SIMULINKOBJECTIVES: System level configurationsModel parametersResultsConclusionElectric VehicleAn electric vehicle (EV) is one that operates on an electric motor, instead of an internal-combustion engine that generates power by burning a mix of fuel and gases.…

1)   Aircraft Empty Weight Max Fuel Weight Max Cargo Weight Max Gross Takeoff Weight Antanov AN-225 285,000 kg 300,000 kg 190,000 kg 640,000 kg Airbus A380-800 277,000 kg 254,000 kg 84,000 kg 575,000 kg Boeing 747-800 220,100 kg 194,000 kg 134,000 kg 447,700 kg Airbus A340-500 168,000 kg 175,000 kg…

Dear team, i am using online version of matlab so consider my matlab current version format. ENERGY REQUIRED FOR BAKING BASED ON A DRIVING CYCLE:-  The driving cycle taken into consideration is the UDDS cycle which stands for Urban Dynamometer Driving Schedule. Although the data is taken for a total driving time for 1370s,…

1) a) Speed Control of a DC Motor using BJT H-Bridge - The Bipolar Junction Transistor (BJT) when used for power switching applications, operates as an IGBT. When it is conducting (BJT operating in the saturated region), a forward voltage Vf is developed between collector and emitter (in the range of 1 V). Therefore,…

1)  we use basically 3 types of power converters. They are  A. AC-DC converter               B. DC-DC converter               C. DC-AC converter A. AC-DC Converter: AC-DC converter (Onboard charger) is used for charging the vehicle. As battery…

1) MAPPED ENGINE:  It is used of steady state lookup tables to characterise the engine performance. The tables provide overall engine characteristics, including actual torque, fuel flow rate and engine out exhaust emissions. Most of components are modelled by staedy state maps and charts in backward facing modelling…

1) Cargo Mass: 500kg   Drive Cycle: CYC_FTP No of Cycles:3          The max distance that can be travelled using this vehicle model is 25.7 mile So this vehicle model cannot travel 28 mile as the battery depletes at 25. mile.   3)the battery capacity from 25 to 50V.   by increasing…

m=3.6; c=100; k=400; A=[0 1;-k/m -c/m]; B=[0;1/m]; wn=sort(k/m); zeta=0.9; p1=-zeta*wn+wn*sqrt(zeta^2-1); p2=-zeta*wn-wn*sqrt(zeta^2-1); p=[p1;p2]; K=place(A,B,p); kp=K(1); kd=K(2);      

data=readmatrix('VI.xlsx');   % read data from VI Excel file   V=data(:,1); %V is voltage data   I=data(:,2);   %I is the current   xq=-17.3:0.1:0.9;   % interpolation data range   vq=interp1(V,I,xq);   plot(V,I);   %plotting the graph   hold on   grid on   plot(xq,vq);…

VI=readtable('VI.xlsx'); %VI is excel file read V=xlsread("VI.xlsx",1,'A2:A25'); %V is voltage data from excel file  I=xlsread("VI.xlsx",1,'B2:B25'); % I is current data from excel file  p0=input('missing value or add value V :'); %p0  find out  missing data i.e 0.1 or 0.9 n=length(V); %n is length…