1. Simulink model of Doorbell using solenoid block Objective:      To simulate a model for bell and to observe the position of the plunger. Blocks Used: Battery Solenoid Switch Step Electrical reference Simulink-PS converter PS-Simulink converter Ideal Translational Motion sensor Mechanical…

1.Control logic for Washing machine using Stateflow: Objective:            To implement the control logic for a washing machine using stateflow by the given sequence. Blocks used: Constant Chart Lamp Scope Model:   Description: Add the blocks Required to the model.…

Aim: To study about the BAJA All Terrain Vehicle(ATV) model using Continuous Variable Transmission(CVT) by implementing various parameters. To observe the velocity of vehicle, rpm of engine, Speed-Torque Characteristics, CVT ratio, Brake, Throttle, speed at primary and secondary pulley of CVT.To observe the performance…

1) EV_defaults_in vehicle travel Distance: Objective:             To observe that the EV_defaults_in  vehicle can drive for 45 km by increasing the cargo mass by 500kg with FTP drive cycle using Advisor. Application used: Matlab Advisor(Advanced Vehicle Simulator)…

1) Difference between Mapped model and Dynamic model Mapped model: Mapped model of engine is used for the steady state analysis. In this model all the pre-performed data are collected and feed as input. It is used for steady state performance of the system. It is mainly performed to calculate speed torque characteristics.…

1) Types of power converters used in Electric and Hybrid Electric Vehicle: Electric Vehicle and Plug in Hybrid electric vehicle: Power Convertors used: AC/DC Converter DC/AC Inverter DC/DC Step up Converter DC/DC Step down Converter Description: AC/DC Converter: This type of converter is used in On Board Charger (OBC)…

1) Speed control of a DC motor using BJT-H bridge: Objective: To explain the demo model of speed control of the DC motor using BJT-H bridge. To comment on the Armature current shoot-up. To compare the above model with the Four quadrant dc drive chopper DC7 block from the help section. A) Model: Explanation: The Speed control…

1) Calculation of Braking energy Objective:          To calculate the braking energy required for braking for the defined driving cycle. Procedure: Create the new Xcel spreadsheet. Enter the values of time in sec and speed in Kmph. Convert the speed to m/s by multiplying (1000/3600).…

1) Aircraft Categories:                       When we talk about aircraft classifications, we are talking about groups of aircraft that have similar flying characteristics when it comes to their propulsion, in-flight…

Matlab Modelling Of Electrical car Aim:             To create a matlab model of an Electrical car and to analyze and create a report about it. Purpose:            Because of the depletion of fossil fuels and pollutions…

Matlab Model for Electric rickshawAim:           To design the electric rickshaw using Matlab Simulink as per given details and to create a detailed report.Given:Rear wheel driven by Pm brushed motor.To make excel sheet with all input and assumed data.To simulate for three…

1) Types of Lithium ion cells:              Lithium ion battery uses the lithium ion for driving the batteries.  Lithium is the lightest metal and light solid element. And it has the atomic number of 3. Hence it has the one free electron in the outer atomic…

State of Charge Estimation1) Simulation of 3 test cases from harness dashboard: Aim:          To simulate 3 test cases from harness dashboard for Design and Test Lithium-ion battery management algorithm and to make a detailed report.Software used:         …

Mechanical Design of Battery Pack Aim:          To design a battery pack arrangement with ANR26650M1-B cell for 18kWh capacity. Cell used:          ANR26650M1-B Battery pack capacity to design:         …

Project 2 Thermal Modelling of Battery Pack Aim:            To simulate the thermal effects and to compare the life cycle performance at various temperatures, charge and discharge rates for a 10 cells series lithium-ion battery model. Software used: MATLAB/Simulink Blocks…

  Week 1 Challenge 1)  List of first developed models of fuel cell vehicles: Aim:          To list out the first models and specifications of fuel cell vehicle developed in Asia, Europe and North America. And to compare those with the recent fuel cell vehicle.   First…

Week 2 Challenge 1) Comparison of types of fuel cells Aim:              To compare the types of fuel cells and their applications. Fuel cell:              A fuel cell is an electrochemical…

Week 4 Challenge 1) Nernst equation for fuel cell: Aim:      To define the Nernst equation for fuel cell and the parameters affecting the reaction in the fuel cell. Explanation: Nernst equation:              Nernst equation is an equation…

Week 5 Challenge 1) Which is better choice to supply power for aggressive driver: Aim:            To explain whether battery is better choice to supply power than ultracapacitor to aggressive driver who accelerates and brakes harshly. Explanation: The aggressive driver…

Project 1 Power Sharing: Aim:              To create a Simulink model for the given flowchart. The input to the model should be power demand. To load .mat file in the workspace. To display the fuel cell power, battery power and fuel cell operating state against…

Week 7 1) Simulink model for a vehicle model Aim:              To create the vehicle model by considering forces acting on vehicle and vehicle dynamics with velocity as output. Software used: MATLAB/ Simulink Blocks used: Constant Integrator Differentiator Product…

Week 8 Challenge Ultracapacitor Aim:              To model the energy storage device as ultracapacitor and analyze its operating characteristics according to the power demand by running the model for 598 seconds. Ultracapacitor:            …

Week 9 Challenge Energy Management system Aim:         To design the energy management strategy model with battery, ultracapacitor and fuel cell for positive power and to distribute the power demand among these components. Explanation: Energy Management Strategy:        …

Final ProjectHybrid Fuel Cell Electric Vehicle with Battery and UltracapacitorAim:         To design the complete working model of Hybrid Fuel cell Electric Vehicle with battery and Ultracapacitor and to analyze fuel consumed, current, Load sharing and state of charge of battery…

Project 1 MATLAB model of Electric car with Lithium-ion Battery Objective:           To create a MATLAB model of an electric car which uses Lithium-ion battery and suitable motor. The vehicle speed control is implemented by using PI controller to generate accelerator and brake…

Mini Project Vehicle Direction Determination Aim:               To develop the Simulink model for the vehicle direction detection as per the given requirements and to tag the requirements to the Simulink model. Given requirements: Requirement 1: Steering…

Project Adaptive Cruise Control Aim: To develop the Adaptive Cruise Control feature as per the Requirement Document using MATLAB Simulink. To follow all the MBD related processes such as Requirement Tagging & Traceability, SLDD creation, Configuration Parameter changes, Model Advisor check & Code Generation. Adaptive…

Mini Project Traffic Jam Assistant Feature Aim:          To develop the given requirement for the Traffic jam assistant algorithm. And  to follow all the Model Based Development (MBD) guidelines in the MATLAB/Simulink while developing the algorithm. To generate the code in the…

Final Project Highway Lane Changing Assistant Aim:     To develop specific requirement of Highway Lane Changing Assistant algorithm in MATLAB/ Simulink by following MBD guidelines and to generate the code using AUTOSAR coder. To create the SLDD file and to link with model. To map the input and output signal…

Project 1 Design and Simulation of Power converters Aim: To design and simulate the power converters using given requirements in Simulink and analyze and justify the plots. Software used: MATLAB/ Simulink Considered Converters: Buck converter in CCM (continuous conduction mode) Buck Converter in DCM (Discontinuous conduction…