SMART GRID CONTROL & MANAGEMENT USING MATLAB

Authors: G.ASWINI, G.RAGUVARMA, N.CHANDRA KIRAN, S.MUKRAM, P.SRAVANA REKHA

Country: India

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Abstract: This document introduces a management system for battery banks of lead-acid types utilized in e-vehicles. It includes a diagnostic, measurement, and monitoring system aimed at enhancing the performance of lead-acid batteries to improve their efficiency and sustainability. This issue highlights the necessity for research on traction batteries due to the ongoing demand for smaller vehicles that come with lightweight and portable equipment. It is thorough that batteries undergo strict evaluation and diagnosis before being rented or exchanged to ensure their condition is meticulously maintained. The evaluation of the battery’s State-of-Charge and State-of-Health is based on its load voltage, no-load voltage, load current, and temperature collected during testing. The determination of State-of-Charge, State-of-Health, Discharge Rate, and Remaining Useful Life is subsequently achieved by applying the principles of correlation and regression to the recorded real-time parameters displayed on the LCD module. This research establishes a foundation for the holistic and ongoing advancement of battery identification, monitoring, and diagnosis, representing a significant progression in the E-Vehicle sector.

Keywords: Power line communications; Demodulation; Smart grids; Transmission line measurements; Smart Grid; remote monitoring.

Paper Id: 232364

Published On: 2025-04-10

Published In: Volume 13, Issue 2, March-April 2025

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