Next-Generation Smart Grids: AI and IoT Enabled Sustainable Energy Systems

The introduction of electric vehicles (EVs) is influencing the way we think about the use of energy, specifically the presence of such cool functions as vehicle-to-grid (V2G) and grid-to-vehicle (G2V) technology. This is the foundation of the stability of our power grids and their ability to add more renewable energy sources. To get them going, it takes more than the engine-slick systems; you have to have car owners who are willing and who are eager to do so. It explores the gap between what technology can and will do and what consumers desire to use and prefer. It takes into account all forms of strategies that are intended to make the V2G/G2V experience more convenient, satisfying, and interesting with users in the first place. Those aspects mostly affected are, firstly, the introduction of new ultra-sensitive sensors, charging cycles at periodic intervals to suit the daily life of each particular person, and secondly, the introduction of ease of use and quality of contact between the vehicles and the grid. To make the best out of it, the research discusses the motivation factors to engage the same by studying several motivational theories, the significance of real-time feedback, and the design principle basics, with a human in the center. Combining the concepts of engineering, psychology, and design, this work is not futile to create a system where technoflogical progress and convenient solutions will co-evolve, thereby growing the number of individuals boarding a plane, and enabling V2G/G2V systems to begin to provide performance in the dynamism of the energy market.