Week-3 Challenge: ADVISOR Tool

  Report on Electrical Connectors and Connector Clips Design 1. Introduction: This comprehensive report outlines the step-by-step design process for three electrical connectors—Deutsch DT06-08SA, Tyco 174357-2, and Tyco 85229-1. The design involves creating bundle entry points, connector connection points, a…

Objectives: The objective of this MATLAB model is to simulate an electric car system that uses a battery and a DC motor. The model will use blocks from the Powertrain Blockset to create the simulation. System Level Configurations: The electric car system consists of a battery, a DC motor, and a controller. The battery…

Consider the battery resistance is 0.5 mOhm, delta time is 0.1 and entropic factor is 2:- Calculation:- Heat generated = Joules heat + Entropy heat   From ohms law we know that  V=IR   Power P=V*I=I^2*R Heat H=I^2*R*t where, P=power  V=voltage I=current R=resistance H=heat T=time   Batterry resistance…

To design a battery pack for a car with a power output of 150 kW and a voltage of 120V, we need to determine the number of cells required. First, we need to convert the power output from kW to W: 150 kW = 150,000 W Next, we need to calculate the current required to produce 150,000 W at 120V: I = P / V = 150,000 / 120 =…

Part A: 1. Search and list out the total weight of various types of aircrafts.  Ultralight aircraft: 254 pounds (115 kg) or less. These are small, lightweight aircraft that are used for recreational flying. They are usually powered by a small engine or by gliding, and are capable of speeds up to 65 mph (105 km/h).…

 1. For a defined driving cycle, calculate the energy required for braking. To calculate the energy required for braking during a defined driving cycle, we need to know the following parameters: The mass of the vehicle The initial velocity of the vehicle The final velocity of the vehicle The distance covered during the…

Power converters used in  an EV: AC-DC converter  DC-DC converter DC-AC converter 1. AC to DC Converters: The battery charging mode is classified into slow and fast charging modes based on the charging power level of the chargers To refill/recharge the energy storage devices, chargers are required Conductive…

1. A. Explain a MATLAB demo model named ‘Speed control of a DC motor using BJT H-bridge’.  H-bridge used to generate a chopped voltage and to control the speed of a DC motor Description The Bipolar Junction Transistor (BJT) when used for power switching applications, operates as an IGBT When it is conducting…

1.  Which types of power converter circuits are employed in electric and hybrid electric vehicle?    Charging rectifiers - AC - DC conveters Powertrain: DC–DC converters motor-driving inverters - DC - AC conveters Power converters such as AC–DC, DC–DC, and DC–AC are the critical…

1.a.What is the difference between mapped and dynamic model of engine, motor and generator?                                                1.THE MAPPED MODEL The simulation of the powertrain block set…

1.Opening  Advisor.m file in matlab: Launching advisor tool from matlab: Selecting Ev default in to load file option: Assigning cargo mass as 500 Kg: Selecting drive cycle as cyc_FTP:   Output plot:  The results figure window appears the graphs for velocity, soc, emission and Motor power losses are displayed.…

Circuit diagram:   Input voltage = 60V   Input current = 5A   Output Voltage = 3V   Output Current = 100A from all the above data, we get the Input power is 300W and output Power is also 300W so our efficiency is 100% without considering the ripple in voltage and current, if we consider the ripple also we can get the eifficiency…

1. Buck ccm: Design parameters:   Circuit design: Zoomed out waveform : Zoomed out : Maximum peak value = 30.65v Minimum peak value = 29.98 v  output ripple = 30.65 - 29.8 = 0.85 v (~3%) Output voltage =~30v Inductor current = ~16.5A Mosfet and Diode current and voltage waveform: 10. buck ccm: The maximum peak…

Mathematical modeling of the system: A mathematical model of a dynamic system is defined as a set of equations that represents the dynamics of the system. The dynamics may be obtained by using physical laws governing a particular system.   Step 1: Obtaining differential equations using physical laws   Modeling…

% Reading data from excel file data=xlsread("VI.xlsx"); %Importing values of voltage and current from excel file v= data(:,1); i =data(:,2); % Defining interpolation range xq= [-17.3:0.1:0.9]; yq1 = interp1(v,i,xq); yq2=interp1(v,i,xq,'spline'); % Spline interpolation figure(1); plot(v,i,'o',xq,yq1,':'); grid; title('Linear…