NAAC-Accredited 'A' - Grade 2(f) & 12(B) status (UGC) |ISO
9001:2015 Certified | FIST Funded (DST) SIRO(DSIR)
Projects
Completed Projects :
- An Integrated system for Harnessing Maximum Sustainable Energy Sources for a Domestic Load
- Digital optic warp, weft stop motion and counter-Textile Automation product
- Hardware Implementation of Control Actuation System using FPGA
- Design and Implementation of Five-Wheeled Chair to Climb Over a Step for Effective Mobility among Disabled
- Design and implementation of bidirectional dc-dc converters for efficient energy storage system from wind energy and grid sources
Modeling, Simulation of Control Actuation System for Armament Research Development Establishment (ARDE) DRDO, Pune
- The Control Actuation System is electromechanical servo actuation system for guided missile in missile defense industry. The proposed research work includes
- The response of fuzzy PID controller for control actuation system is smooth and error of percentage is 0.01% which are far better than conventional PID controllers, which yet apply in real time field missiles system.
- Modeling, Simulation and hardware realization of Control Actuation systems for Aeronautical Development Establishment (ADE) DRDO, Bangalore for an amount of Rs.20.064 lakhsSponsored Research Project.
- An Integrated system for Harnessing Maximum Sustainable Energy Sources for a Domestic Load- UGC Minor Research project of an amount of Rs. 2.6 lakhs- Sponsored Research Project.
- “Digital optic warp, weft stop motion and counter-Textile Automation product (Version-II)” under upgradation-In-house project.
- An Integrated system for Harnessing Maximum Sustainable Energy Sources for a Domestic Load
- Digital optic warp, weft stop motion and counter-Textile Automation product
- Hardware Implementation of Control Actuation System using FPGA
- Design and Implementation of Five-Wheeled Chair to Climb Over a Step for Effective Mobility among Disabled
- Design and implementation of bidirectional dc-dc converters for efficient energy storage system from wind energy and grid sources
Student Entrepreneurship
Student projects under SONAPEDAC R&D Centre
| S.No | Title of the project | Student Members |
|---|---|---|
| 1 | Vehicle Weight Monitoring System with near field communication | Harikrishnan.G, Jenicks Raja. R, Kiran Kumar. S, Kishore Kumar. P |
| 2 | Solar powered submersible motor for standalone application in rural areas | L .Chandani Chanu, R Priyanka, K prtiyadharshini, K.Shabaina Fathima |
| 3 | Reduction of Global Warming potential by implementing hybrid renewable energy sources for energy production using hydrogen fuel cell | G Heerakumari, S Harshitha, SS Hariharan, N Gokulan |
| 4 | Wireless control of electric appliance using Ardunio | N Kiran, V Manikandan, K P Praveen, S Ragu |
| 5 | Autonomous Robotic Manipulation | Ananthraj S, M Ambalavanan, Ifran Khan, S Deeepika |
| 6 | Solar powered PC based control of Defense system | G Prakash, R Ragu, S Sadhana, G Saraswathy |
Design and Implementation of Five-Wheeled Chair to Climb Over a Step for Effective Mobility among Disabled
- A Design for Independent Living among disabled persons.
- To climb over a step for a five-wheeled wheelchair with a single wheel weight less drive unit.
Design and implementation of bidirectional dc-dc converters for efficient energy storage system from wind energy and grid sources
Covid-19 Project in EEE & SONA-PEDAC
Ongoing Projects :
- Design and Development of Bio-Gasifier Power plant in Sona-Campus for Sustainable Energy Development
An Integrated system for Harnessing Maximum Sustainable Energy Sources for a Domestic Load
Renewable energy sources have become a popular alternative electrical energy source where power generation in conventional ways is not practical. In the last few years the photovoltaic and wind power generation have been increased significantly. In this study, we proposed a hybrid energy system which combines both solar panel and wind turbine generator as an alternative for conventional source of electrical energy. A simple control technique which is also cost effective has been proposed to track the operating point at which maximum power can be coerced from the PV system and wind turbine generator system under continuously changing environmental conditions. The entire hybrid system is described given along with comprehensive simulation results that discover the feasibility of the system. A software simulation model is developed in MATLAB/SIMULINK. To verify hardware a bidirectional converter, a single stage inverter with grid synchronizing panel is proposed to deliver continuous and reliable power supply to grid user.
