Week-4 Challenge WOT Condition Part-2

Aim: - To design a battery model to simulate the thermal effects and the life cycle performance according to the charge discharge cycle of the battery. Study: The simulation model of the battery is shown below: In the model we have developed a battery pack of 10 cells series battery. The model is simulated for different…

Aim: To design a battery pack with the help of ANR26650M1-B cell. Study: What is a cell? A cell is the smallest unit of a battery, comprised of 4 key components including cathode, anode, electrolyte and separator. The characteristics of a battery cell play a pivotal role in the overall performance of electrified vehicles.…

1. Aim: - To simulate the Battery Management System model for all the 3 cases and analyse them. Study: Battery Model: The battery model with the dashboard that indicate any faults in the battery system. The system contains BMS and the combination of cells (Series connections). TEST CASE: 1 The balance state is where the…

1. Lithium Cobalt Oxide: Anode Reaction--- Graphite `C_6 Li→6C+ 〖Li〗^++e^+` Cathode reaction--- Lithium Cobalt Oxide `〖Li〗_(1-x) 〖CO〗_2 (s)+x〖Li〗^++xe^-→ 〖LiCO〗_2 (s)` Separator: Polyolefin Electrolyte: Ethylene Carbonate Overall Reaction:   `C_6+〖LiCO〗_2→〖LiC〗_6+〖CoO〗_2` Lithium Cobalt Oxide: LiCoO2 cathode…

Aim: To build an Electric Rickshaw model for the Electric Vehicle. Objectives: To build a simple low run-time modelling using Simulink To check out performance parameter: Speed, SOC of various drivecycle for an Electric Vehicle. Methodologies: Any Electric Vehicle consists of an Electric Motor, Motor Controller, Batteries…

Aim: To build an Electric Rickshaw model for the Electric Vehicle. Study: In this project we are going to build a MATLAB model for the Electric Rickshaw using a permanent magnet DC motor. Before going into the model specifications we will see how an Electric Rickshaw works and its advantage. Objectives: To build a simple…

Aim: To develop an Electric Vehicle model in Simulink Environment. Study: An Electric vehicle is a battery driven Vehicle unlike the commercial vehicle which is driven by Combustion engine. The main components of Electric Vehicle are: Motor Controller Battery Vehicle Chasis The Simulink Model of the Electric Vehicle is…

Aim: Traffic Jam assistance feature is developed in a Simulink environment according to the MBD guidelines. To do the ADIVSOR checks for the MAB guidelines. To generate the code for the model developed.   Study: The Complete model for the system is shown below: Requirement-1 Requirement-2  Model Advisor check report (only…

Aim: To create the lane changing assistance model according to the given logic. To create the Sldd for the given model To create the Autosar Dictionary To run the ADVISOR checks for the MAAB guidelines To generate the c code for the advisor model. The entire model is shown below: Requirement-1 logic The stateflow for the…

Aim: To create the Simulink Model according the requirement given. To create the Model Advisor report. To create the code generation report. Simulink Model: The Simulink model has 3 subsystems: Lead vehicle logic, Drive vehicle logic and the Adaptive cruise control logic: Lead Vehicle: The lead vehicle has 2 inputs: CameraInput_LeadVehicle…

Aim: To Model the Simulink model according to the mentioned requirements. To build the Data Dictionary of the model and do the requirement tagging. To generate the code for the above model. Simulink Model: Requiremt-1 logic: The straightWheel_YawDegreeInput is compared against 3 canstants, Right_Turn_AngleInput, Left_Turn_AngleInput…

1.  Empty weight of the aircraft is the weight of the plane without any fuel or cargo including passengers. Gross weight of the aircraft is the total aircraft weight during flight or during ground operation i.e. anytime. The various types of aircraft are as follows: Turboprop aircraft: The empty weight of this kind…

1. We have created a custom driving cycle and calculate the braking energy for this driving cycle. 1 0 2 0 3 0 4 1 5 1 6 2 7 5 8 6 9 8 10 10 11 14 12 16 13 18 14 19 15 21 16 26 17 28 18 29 19 30 20 32 21 35 22 38 23 39 24 40 25 42 26 45 27 47 28 47 29 48 30 48 31 46 32 45 33 44 34 42 35 40 36 36 37 35 38 32 39 30 40 28…

1.A Aim: - To Study the model ”Speed control of a DC motor using BJT H-bridge” in MATLAB. Description: - IGBT--> IGBT stands for Insulated Gate Bipolar Transistor. It is unipolar and unidirectional fully controlled switch. It is a voltage controlled device. IGBT has 3 terminals G is the gate input which…

1. There are different types of power converter devices used in Electric Vehicles such as: - Inverter: - It changes the DC voltage to AC voltage. In case a AC induction motor is used which takes AC voltage Inverter converts the DC Voltage coming from Battery and changes it to AC. Rectifier: it changes AC voltage to DC…

1. In the mapped Motor the motor is designed by the look up table prepared from the datasheet of the actual motor whereas dynamic motor is designed by the interior permanent magnet motor. Mapped Motor A steady state look up table is used to characterize the performance of the motor The table provides the overall engine…

1. We have performed the test with FTP drive cycle and with a cargo mass and 500 kg as can be seen in the fig below. We see that the distance travelled by the car is 11 miles i.e. 17.7 km for 1 FTP drive cycle And the SOC curve is 60% . For 2 FTP drive cycle the distance is 35.5 km and the SOC is around 30% For 3 FTP drive…

Aim: - To prepare a technical report of system level inspection of 5 models of BAJA All Terrain Vehicle (ATV) model. Models: -    i.cvtModel    ii. cvtModel_dashboard   iii.cvtModel_data cvtModel_cvtratio_rpm cvtModel_dashboard_mapped cvtModel_mapped Theory: - All the models mentioned…

1.Aim: To implement a logic of a “Washing Machine” using stateflow in Simulink, MATLAB. Description:                                                             Fig:1.1                                                                 Fig:1.2 Fig: 1.1---The stateflow logic Fig: 1.2---The complete Simulink model   Here we…

Study: - 1 Aim: - To make Simulink model of doorbell using solenoid. Theory: - Solenoid is an electro-mechanical system where an electrical input created a magnetic field in a coil. This magnetic field creates a magnetic force which helps in a mechanical movement. Simulink Model: -     In the above model, we…