ISSN : 2663-2187
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Strategies for Teaching Vocabulary Effectively to ESL Students: Identifying and Resolving Challenges : An Emperical Study
Volume 7 | Issue - 1 articles in press
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Perceiving the Self and Others: A Phenomenological Analysis of Character Consciousness in Anita Nair's Fiction
Volume 7 | Issue - 1 articles in press
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Soft Skills: The Catalyst for Critical Thinking in Engineering Education
Volume 7 | Issue - 1 articles in press
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A Comprehensive Framework for Exploring and Evaluating Learning Digital Resources in English Language Classrooms
Volume 7 | Issue - 1 articles in press
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EXPLORATION OF INDIGOFERA PROSTRATE AGAINST OXIDATIVE STRESS AND EVALUATION FOR NEUROPROTECTION IN CHEMICALLY INDUCED NEUROTOXIC RATS
Volume 7 | Issue - 1 articles in press
INTEGRATED THREE-PHASE VEHICLE-TO-GRID AND GRID-TO-VEHICLE CONFIGURATION FOR MICRO-GRID ENERGY MANAGEMENT USING LEVEL-3 FAST CHARGING STATIONS
Main Article Content
Abstract
This paper presents an architecture for the implementation of Vehicle-to-Grid (V2G) and Grid-to-Vehicle (G2V) systems within a micro-grid utilizing level-3 fast charging stations for Electric Vehicles (EVs). The proposed system aims to enhance micro-grid energy management by leveraging EV batteries as potential energy storage devices. Through V2G, surplus energy can be stored in EV batteries during low-demand periods, while G2V enables these batteries to supply energy back to the grid during peak demand
