Journal of Control and Instrumentation Engineering (e-ISSN: 2582-3000)

Simulation and Design of Android Based Fuzzy Logic Variable Frequency Motor Drive

Prasad A. Bhatale — 2019-07-05

With Advance technology things are becomes simpler and easier for us. Induction motor plays important role in industry and automotive application. There are different methods used to control the speed of induction motors, but conventional speed control technique are not that much effective. The aim of paper is to conserve the electricity and reduce the human efforts by making proposed model digitally controlled. Its operation is based on Arduino AT uno328 programming language. A Bluetooth terminal is interfaced to the ports of the Arduino. When user sent proportional value to a motor speed from Android phone thismessaged is thus fetched into the controller and it will generate the delay to each phase by using if else FUZZY LOGIC statement. Then thisgate pulses applied to TRIAC switches proportional with the sent value from Android phone. That will adjust the output voltage and frequency and IM runs at multiple speeds. The feedback path is used to keep the IM speed constant. It is further displayed on an electronic LCD display interfaced to Arduino.

Digital Logic Gate Simulation using Arduino Microcontroller

Mallikarjun G Hudedmani — 2019-06-29

The present world is witnessing the tremendous growth in technology and practices. The electronic products have become part of our life and living without them is next to impossible. It is due to following reasons namely, increased efficiency in operation and ease of handling, cost and availability. The increased adoption of special electronic add on often leads to monopoly in business and service causing repurchase because of non availability of serviceable parts or components for the public. A proper understanding of the individual components of an electronic circuit by the service man and designer can fill the life to dead components by replacing them with the programmable components like Arduino controller. Arduino controller is a very flexible, user friendly and can role itself as a best component for various needs. Therefore, an attempt is made to demonstrate the working of logic gates and Boolean algebra using Arduino controller. This practice is also an innovative teaching learning method. Logic gates and Boolean algebra can be demonstrated along with the regular presentation for the clear and better understanding using proposed work.

Arduino-GSM based Generator Parameter Monitoring

Gundhar Chougule — 2019-05-02

The use of generators has become a very familiar in almost using every infrastructure companies, industries, hospitals, townships etc. as the uses or importance of generators has become familiar the problems occurred in using them have also become very common such as less or low fuel, Low or High temperature and these problems can be solved by continuous monitoring of generator, a system which can automatically monitoring generator and provide you all the information through mobile. Our project focuses on the detection of the power collapse and takes reflection action to solve the problem with help of modem communication using GSM. The power collapse will be intimated to the microcontroller it drive the GSM modem to send a text message to the respective person mobile number which was already programmed in the microcontroller and also monitoring the parameter like temperature, fuel level ,current, voltage, and when they exceeds the pre-defined limits an automatically intimated to respective person. This system can be designed to send message alerts whenever the short circuit conditions or any fault occurs in to the system.

Energy Management System for Hybrid Renewable Energy System

Sairanjith. K — 2019-07-02

This project explains about the demand side load management system based on the energy that is generated from a hybrid power system and the loads are managed according to the generation level. Here we are using “Photovoltaic cell” and “Wind energy” as sources for generation of energy. The generated energy from photovoltaic cell and wind energy is stored in the battery. The percentage of battery is monitored and the loads are managed according to battery level. Such as if battery is 100% charged then all loads will be in ON condition and if the battery charge drops below some desired level then as programmed to the microcontroller , the supply to the low priority load is interupted . Micro-controller gives a different priority for the different load according to battery charging percentage. Thus by this project the loads can be managed with the supply level at the load side itself rather than adjusting the supply side. Thus unnecessary loads at peak hours can be eliminated based on the generation.

Design of Quadcopter with Automation

J.P.Lokhande — 2019-06-25

The military uses unmanned aerial vehicles (UAVs) in dangerous locations by keeping the human operators at a secure distance. The larger UAVs forever offer a reliable long length, price effective platform for review. They need full-grown to become a necessary tool for the military. Through this paper we have a tendency to modelled atiny low UAV for business applications. The most drawback of quadcopter is equalization and stability, most of quadcopters square measure unbalanced and loose stability because of the wind disturbance. This drawback is overcome by constructing quadcopter victimisation flight controller to regulate the task of motor speed. We've planned quadcopter for out of doors flying capabilities and flight operations like taking–off, landing and dominant. This can be achieved by at the same time dominant the speed of the four rotors so as for the Quadcopter to realize the right orientation.