Electrical Engineering Graduate
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I am an Electrical and Electronics Engineering graduate with hands-on experience in:
Power System Analysis: Optimization techniques for electric vehicle scheduling and grid integration.
Battery Technology: Analysis of cyclic degradation in Li-ion batteries for efficient energy storage solutions.
Energy Management: Projects involving smart metering systems and real-time pricing strategies.
My technical expertise spans MATLAB-Simulink, Python, C, Excel, PowerBI and simulation tools like PowerFactory. Through my Projects and internships, I aim to contribute to the development of future-ready, efficient power systems that support sustainable energy goals.
NIT, Trichy
"Analysis Of Cyclic Degradation of Li-ion Batteries"
The key findings from this research are crucial for optimizing battery scheduling in grid applications, including:
✅ Temperature & Thermal Management: Balancing operational efficiency and battery longevity under varying temperatures.
✅ C-rate Optimization: Identifying the ideal charge/discharge rates to minimize wear without compromising performance.
✅ SoC Management: Determining stress-minimizing SoC ranges for extended cycle life.
✅ Usage Patterns in EV Integration: Modeling the impact of vehicle capacity demands to guide efficient fleet management strategies.
