Welcome to R P Sarathy Institute of Technology, Salem, Tamilnadu, India

DEPARTMENT OF ELECTRICAL AND ELECTRONICS ENGINEERING

BEST PROJECTS

Project Title

: Design of Electric Vehicle Using Solar Power
Academic Year : 2021-2022

Energy is the most essential need for human continuance. Individuals are dependent upon energy and converting energy from petroleum derivatives. We have designed a low-power solar electric vehicle for charging using a solar panel made of polycrystalline material with a power output of 150 watts. Throughout the day, the vehicle is powered by the energy available when the radiation from the sunlight falls on the solar panel. When the MPPT charge controller is connected to it, static solar energy is stored in the batteries. The vehicle is operated by charging the plugin during rainy seasons and nights. The PV Module we used in this project is 12V and 150WP. The Motor used in this vehicle is BLDC motor. Voltage range of the motor is 48V. Power rating is 350W. Speed of the motor is 450rpm. Starting Voltage of the motor is 56.7V.

This vehicle is monitored by the Battery management system (BMS). Which is used to monitor and control the charging and discharging of rechargeable batteries. Which makes the operation more economical. Battery management system keeps the battery safe, reliable and increases the senility without entering into damaging state. In the charge of 52V, it runs upto 8 Km in 25 minutes. The vehicle runs for 2 hours and it takes nearly 5-6 hours for full charge. In downward direction the voltage range of the battery is 51.6V, 49.8V, 50.8V. In upward direction the voltage range of the battery is 49.3V, 48.4V, 47.3V. The battery we used in this vehicle is lead acid battery. The vehicle weighs upto 100 kg and it is used for loading and unloading the materials in the industrial sector.
Project Title

: Smart Energy Meter Auditing With Power Demand Monitoring Using IoT
Academic Year : 2021-2022

The demand for electricity is increasing at a constant rate. The best remedy for reduces demand is effective use of available energy. Smart energy meter eliminates human involvement in Electricity maintenance and reduces energy wastage. We can actively monitors the voltage, current, power rating with actual amount. The meter will display power consumption by the loads in watts, Units of energy consumption and display amount for each unit. With the use of GSM modem the consumer will get the used energy reading with the respective amount, Consumers will even get notification in the form text through GSM when they are about to reach their maximum value. At the Same Time MP3 player will give voice alert to the consumers, so the end user get aware of the energy consumption. Also with the help of Wi-Fi modem the consumer can monitor his energy consumed reading in the website. During peak hours the relay automatically disconnect the load, when the watts will reaches the maximum point. Monitoring, Optimized power usage and reduction of power wastage. It is more efficient & can be implemented in low cost.
Project Title

: Drone to Recognize Face Detection and Movements using Raspberry Pi
Academic Year : 2021-2022

Project presents a brief idea about advancements in drone using Raspberry PI. The project can be extended to look humans in closed environment to public safety surveillance. Prototype is designed with High-tech Specification where it is made more stable and noise reduction feature. However, to the best of our knowledge, they must be controlled via remote Controller to fly from one point to another and they can only be used for a specific mission (tracking, searching, computing and so on). we intend to present an autonomous UAV based on Raspberry Pi. The applications cover a large number of areas such as object identification, facial recognition and counting objects. UAV ensures live streaming during the mission. In this project we have dive deeper and look at various algorithms that used for real time object detection using raspberry pi and OpenCV.
Project Title : Sensor based Smart Street Lightening Scheme
Academic Year : 2020-2021

Our project for developing a smart street light system is reviewed. In this project, the street light system, in which lights on when needed and light-off when not needed. Currently, in the whole world, enormous electric energy is consumed by the street lamps, which are automatically turn on when it becomes dark and automatically turn off when it becomes bright. This is the huge waste of energy in the whole world and should be changed. Our smart street light system consists of a LED light, a brightness sensor, a motion sensor and a short-distance communication network. The lights turn on before pedestrians and vehicles come and turn off or reduce power when there is no one. It will be difficult for pedestrians and drivers of vehicles to distinguish our smart street lamps and the conventional street lights, since our street lamps all turn on before they come. The present status and the future prospects of our smart start light project will be reviewed.

Project Title : Internet of Things (IOT) digital notice board for commercial Applications
Academic Year : 2020-2021

Building an IOT based projects gives the fast transformation of data and the user can access the data from anywhere in the world. In this project, we have developed anIOT based smart notice board. The main objective of this project is develop automatic, self-enabled and highly reliable electronic notice board. A display connected with the cloud will continuously waiting for the message from the user, if the user upload the data in the Thingspeak cloud, it will automatically uploaded to the LCD. By using Node MCUESP8266, the user can upload the message to the LCD by accessing the Thing speak IOT cloud. The user can write the data from anywhere in the world to the LCD. This will reduce the time to update the data as well as it will efficiently transfers the data’s to the end user.

Project Title

: An Implementation of Underground cable fault detection using digitalized method(TNSCST Sponsored)
Academic Year : 2020-2021

A fault in electrical equipment can be defined as a defect in its electrical circuit due to which the current is diverted from the intended path. Faults are generally caused by mechanical failure, accidents, excessive internal, external stresses, and others. When a cable is faulty the resistance of such cable is affected. If left unrectified, it will totally hinder voltage from flowing through the cable. The challenge with the existing methods used for locating faults in underground cables is the inaccuracy in calculating the distance where the fault is located and the low durability of such equipment. To overcome these challenges, this paper presents a novel underground cable fault detector that has the capacity to measure the resistance of the cable, detect the type of fault in a cable, and also accurately compute the location of the fault using cheap materials. Several tests were conducted using the proposed device, and the results indicated that the proposed method produced satisfactory results in detecting both open circuit and short circuit problems in underground cables within a maximum distance of 2km.

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