Placement and Training Cell (PAT)

Sree Sowdambika College of Engineering, Virudhunagar District

SSCE Students Creations

HHPG - Highway Hybrid Power Generation:        [September 2013]

Description:

This project describes the generation of electricity by a hybrid technique which involves the conversion of mechainal energy of wind ito electrical energy by using a wind turbine generator on the other side highways and the generation of electric power response to the applied mechanical stress under busy high way roads using piezo electric matrials.piezo electric crystal utilizes the force of vehicle and producing small amount of power, when we place this hybrid generating system with regular intrval we obtain a huge(high) amount of energy from this system.This project can give a very good solution to the global energy and environmental crisis.


Done By:  Mr. A.Marirajan IV EEE, Mr. R.Mohamed Sahirul Saman IV EEE, Mr. I.M.Navaneetha Krishnan IV EEE and Mr. V.Raja Sekaran IV EEE

Picture (Left):


Mr. A.Marirajan IV EEE, Mr. R.Mohamed Sahirul Saman IV EEE, Mr. I.M.Navaneetha Krishnan IV EEE and Mr. V.Raja Sekaran IV EEE explaining the project to the judges of LORE Carnival Festival conducted by Department of EEE, SSCE on 06/09/2013

Vibration into Electrical Energy:    [September 2013]


Description:


A system is proposed to convert ambient mechanical vibration into electrical energy for use in powering autonomous low power electronic system.The energy is transduced through the use of a comparator.Using micro electro mechanical system(MEMS)technology such a device has been designed for the system.


Done By:    Mr. B.Muthukumar IV EEE, Mr. M.Pandi IV EEE, Mr. R.Pethil Raj IV EEE and Mr. M.Santhanam IV EEE


Picture (Left):


Mr. Muthukumar IV EEE displaying the project during LORE Carnival Festival conducted by Department of EEE, SSCE on 06/09/2013

Boost Converter:    [September 2013]

Description:

Step-up switching comverters, also called boost switching regulators. DC-DC converter provide a high voltage output then the input voltage, The MOSFET can be used as the switching device in this converter. The input gate pulses can be given to the MOSFET from the microcontroller. The bridge converter can be used to AC-DC in this system. The step-down transformer output can be given to the bridge converter. The output of a bridge converter is +5v. +5v input supply can be given to the microcontroller and optocoupler. The microcontroller can be used as a control unit. The optocoupler is used as a gate driver. The output of the converter can be higher than the input voltage. It has efficiency and used for an regulated power supplies.

Done By:  Ms. J.Amelia Magadalene III EEE, Ms. K.Sundaraswari III EEE, Ms. R.Meera III EEE and Ms. M.Muthukrishnakumari III EEE.

Picture (Left):


Ms. J.Amelia Magadalene III EEE, Ms. K.Sundaraswari III EEE, Ms. R.Meera III EEE displaying the project during LORE Carnival Festival conducted by Department of EEE, SSCE on 06/09/2013

Surveillance Robot:    [September 2013]


Description:


The main aim of the project is to operate spy vehicle in a remote manner by using robot circuit which can be controlled by using a wireless remote controller. It can capture and record audio and video information’s from the surroundings and can be sent to a remote station through RF signals. The maximum range is 100 meters. It overcomes the limited range of infrared remote controllers. For this purpose we design a camera subsystem which captures the images and sends them to computer for further processing.


Done By: Mr. G.Venkatesh III EEE, Mr. Albert III EEE, Mr. V.Vel Murugan III EEE and Mr. Benin - III EEE


Picture (Left):


A Snapshot of the working model of the Project.