Challenge1- Details- In order to make an electric doorbell in Simulink environment, firstly we require a solenoid with plunger. The plunger used for making an impact on a metal bell to produce sound. The solenoid is driven by a battery source and is connected through a controlled switch, this switch is driven by a signal…

Challenge 1- we have to design a control logic for a washing machine using simulink chart, where constraints are as follows, 1. if the power supply is available the system get activated 2. if water is not available stop the process 3. soaking, washing, rinsing, drying time  are respectively 200,100,20,50 4. after the completion…

AIM- To prepare a detailed project report and analysis of BAJA ATV Vehicle simulation model. As we know the simulink enviroment is best for testing, analysing and designing of new and innovative changes of physical model as it cost very less compare to the real world model testing. Our aim is to understand and prepare…

AIM- To prepare a detailed project report and analysis of EV VEHICLE MODEL BASED ON DC MOTOR. As we know the Simulink environment is best for testing, analysing and designing of new and innovative changes of physical model as it cost very less compare to the real-world model testing. Our aim is to understand and prepare…

Challenge 1- the ADVISOR (ADvance Vehicle SimulatOR) is a anlysis tool develop by National Laboratory for Renewable Energy and Dept of Energy USA. its develop in between 1994-2004, but its really useful even now. The model is made through experimental data on the real companents and fed in matlab trough lookup tables.…

Challenge 1- There are two types of model available in matlab enviroment for designing powertrain blocksets. namely mapped and dynamic models. The basic difference between these two are in the name itself, mapped model contains the experimental data related property of the engine/motor/generator in the form of lookup tables,…

Challenge 1- In electric vehicle, batteries super capacitor and fuel cells are used to store electrical energy and it uses AC or DC motor based on requirements. this motors are powering the vehicle through power train and for supplying electricity from storage element to motor, different power converters are used like …

Challenge 1- {A} In the model we uses H-bridge circuit to control the DC motor where we uses IGBT as a switching deviceand input to this IGBT is given by a control circuit appearing in the bottom of the model such that for 0.5 seconds P1,P2 will be active and P2,P3 will be inactive and after 0.5 sec the control signal…

Challenge 1- Braking Energy is somewhat equivalent for Accelerating energy. The power required for braking is basically negative acceleration power and it can be calculated just like accelerating power calculations. deacceleration energy of the vehicle will be power= work/time  work=`1/2*m*(underset(i)(V)^2-underset(f)(V)^2)`…

Aim- study about Towing of aircraft at airport and make models of the Towing application used in the aviation industries. objectives- Part A: 1. Search and list out the total weight of various types of aircrafts.  2. Is there any difference between ground speed and air speed? 3. Why is it not recommended to use aircraft…

AIM- To make and understand a System level matlab model of Electric vehicle using powertrain blockset. COMPONENT USED-  Driving cycle block, Longitudinal Driver, controller, Mapped Battery, Mapped DC motor, Drivetrain & vehicle, some Basic simulink blocks. CONTROLLER- constant blocks, from & goto, add…

Challenge 1- Li-ion batteries are the new technology developed in the battery industry. It has high voltage and Higher specific energy density amoung family of the battery. there are variety of lithium ion batteries are available at the present time. the variety of materials used as the cathode which determine the behaviour…

 The matlab project model that has been developed to simulate the different characteristics of the BMS along with the Battery modelling is been developed by matlab and Now here we are gonna understand the different behaviour of the Battery Pack along with BMS in the different cases like Charging, Discharging and Balancing.…

Aim- The Aim of this project to make a detailed report on constructing a fully equipped 18kWh battery pack with using ANR26650 M1-B cell. Making of A Battery Pack- To make a battery pack we need to select a cell first, which can be used for creating a battery pack with series and parallel combination. In this project we…

Aim:- The Aim of this project to make a Battery model that can simulate the Aging effect of battery and observe/comment on Aging of battery in different temperature, charging/discharging rates of the Battery pack.  Battery Model with Charging, Discharging and temperature effect:- In this project we make a battery…

AIM- The aim of the project is to understand and implement the functional property of Vehicle Direction Detection using model based development technique in MATLAB Simulink.  Vehicle Direction Determination- Vehicle Direction Detection is one of the ADAS feature which is accountable for giving information about…

Aim- The aim of the project is to understand and implement the Adaptive Cruise Control feature model using Model Based Development technique and Generate autocode in Matlab environment by following MAAB guidlines. Adaptive Cruise Control (ACC) Adaptive cruise control is an ADAS feature which is resposible for controlling…