Design and Fabrication of Single-Phase Capacitor Linear Induction Motor
Design and Fabrication of Single-Phase Capacitor Linear Induction Motor
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B.Tech Project | 2015 – 2016
B.Tech Project | 2015 – 2016
Designed and developed a working prototype of a single-phase linear induction motor
Focused on electromagnetic design, winding configuration, and performance analysis
Fabricated and tested a 100W prototype to validate design concepts
Gained practical understanding of electromechanical energy conversion and motor behavior
Sizing of Standalone and Grid-Connected Hybrid Energy Systems
Sizing of Standalone and Grid-Connected Hybrid Energy Systems
M.Tech Project | 2017 – 2019
M.Tech Project | 2017 – 2019
Conducted capacity ratio optimization to determine the optimal PV–Wind Turbine (PV–WTG) ratio
Designed and optimized standalone and grid-connected hybrid energy systems using solar PV, wind turbines, battery storage, and diesel generators
Performed system sizing using HOMER Pro with the objective of minimizing Net Present Cost (NPC)/life cycle cost (LCC).
Developed realistic load profiles using historical data (~4000 kWh/day) for accurate system evaluation
Hybrid Renewable Energy System (200 kW) – Analysis & Optimization
Hybrid Renewable Energy System (200 kW) – Analysis & Optimization
GVP College of Engineering | 2017 – 2020
GVP College of Engineering | 2017 – 2020
Worked on a 200 kW hybrid renewable energy system (Solar PV + Wind) installed across multiple institutional rooftops
Performed system modeling and analysis using HOMER Pro
Conducted battery service life prediction and BESS performance analysis
Evaluated conversion of standalone system to grid-connected system, identifying key opportunities and challenges
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