Projects

Projects & Prototypes

Featured Projects & Prototypes

Performance Analysis of 1MW Grid Connected Solar PV System

A sanctioned research project focused on the design, modeling, and real-time performance analysis of a 150KW grid-connected solar photovoltaic system. The study utilized image analysis to evaluate efficiency and degradation factors, contributing to optimized solar energy generation.

Design of aHigh Precision analog instrumant for Fault Detection in Solar Panel using Total Internal Reflection (TIR)

The design of a high-precision analog instrument for detecting faults in solar panels using Total Internal Reflection (TIR) leverages optical techniques to identify microscopic defects, cracks, and delamination within the protective glass or EVA layer of a PV panel. Unlike traditional IV-curve tracing or thermography which often identify issues after performance degrades significantly, a TIR-based optical instrument provides early, high-precision detection of structural faults

Smart Farming with Renewable Energy (Agrivoltaic System)

Development of a 'Hybrid Agri-Energy-Harvesting System (HAEHs)' that integrates IoT and AI. This innovative agrivoltaic design allows for dual land use—generating solar energy while simultaneously supporting crop cultivation in a greenhouse environment.

Metro Train Prototype using ATmega16 Microcontroller

Designed a driverless metro train prototype powered by an ATmega16 microcontroller. The system features automated station definitions, stoppage timing, and emergency handling, aiming to provide a sustainable and error-free public transportation solution.

Low-Cost Remote Control for Electrical Appliances

Created a GSM-based remote control system for home automation. The project utilizes a microcontroller to allow users to switch electrical appliances ON/OFF remotely via text messages, offering an affordable solution for energy conservation.

MPPT Charge Controller for Dual-Voltage Charging

Design and construction of a Maximum Power Point Tracking (MPPT) charge controller capable of simultaneously charging a 12V battery and a 19V laptop. The system uses a buck-boost converter principle to maximize power extraction from 150W solar panels.

IoT Based Smart Cities with Intelligent Transportation system for sustainable future

This project integrates IoT-enabled infrastructure with Intelligent Transportation Systems (ITS) to create a seamless, data-driven urban environment. By utilizing real-time sensors and AI analytics, the system optimizes traffic management, reduces carbon footprints, and enhances public transit efficiency to build a truly sustainable smart city.