This book compiles high-quality selected papers from the VIII Ibero-American Congress of Smart Cities (ICSC-CITIES 2025), a leading event in the field of smart urban development. Smart cities are a response to the increasingly urgent need to reorient our lives towards sustainability. In an era of rapid urbanization and growing environmental challenges, these cities are designed to optimize resources, reduce environmental impact, and enhance the overall quality of life for their citizens. By leveraging advanced infrastructure, innovative solutions, and cutting-edge technology, smart cities aim to create more efficient, resilient, and livable urban environments. Within this framework, energy plays a pivotal role in enhancing the sustainability and functionality of our cities. The papers explore a wide range of topics, including smart grids, electric systems, energy efficiency, urban mobility, environmental monitoring, and other areas critical to the development of sustainable cities. The insights and research presented in this book contribute to the ongoing dialogue on how cities can better serve their populations while addressing the challenges of climate change, resource management, and technological integration. ICSC-CITIES 2025 takes place on November 1012, 2025, in the vibrant city of Puebla, Mexico. As the eighth edition of the Ibero-American Congress of Smart Cities, this conference continues to be a key platform for academics, professionals, and policymakers to share knowledge, exchange ideas, and collaborate on the future of urban living. Authors invite the academic community and industry experts to engage in discussions and contribute to shaping the energy-related aspects and overall development of the cities of tomorrow.

Covers updated energy-applications in Smart Cities Highlights several aspects of renewable energy sources at urban level Provides insightful comments about practical issues in smart grid

Autorentext

Diego Rossit is a full-time adjunct professor at Universidad Nacional del Sur, Argentina (UNS) and an assistant researcher at CONICET. His areas of expertise include optimization models and tools, as well as data analysis in Industrial Engineering applications. He has co-authored several indexed scientific publications and, to date, he has 37 indexed publications in Scopus with an h-index of 11. He has undertaken research stays at the Universidad de la República (Uruguay), the Australian National University (Australia), the Università di Bologna (Italy), the Universidad de Málaga (Spain), the University of Texas at Austin (USA), and the Universidad Nacional de Asunción (Paraguay). He has experienced as a guest editor in Special Issues at Mathematical Biosciences and Engineering, Programming and Computer Software and as an editor of conference proceedings of international conferences.

Pedro Moreno-Bernal is a full-time associate professor at Universidad Autónoma del Estado de Morelos (UAEM), Mexico, and a national research associate at CONAHCyT. His fields of interest are computational intelligence, metaheuristics, energy sustainability, and Smart Cities. He has co-authored several indexed scientific publications and, to date, has nine indexed publications in JCR and 20 indexed publications in Scopus with an h-index of 4. He has experience as a guest editor in Special Issues of Cities (Elsevier), Energy and Buildings (Elsevier), Sensors, Sustainability and Applied Science (MDPI), Mathematical Biosciences and Engineering (AIMS Press), Programming, and Computer Software (Springer), Computer Modeling in Engineering & Sciences (Tech Science Press), SN Computer Science (Springer) and as an associate editor of Renewable Energies (SAGE), and editor conference proceedings of international conferences.

Carlos Enrique Torres-Aguilar is an associate professor at the Mechanical Electrical Engineering Academy of the Engineering and Architecture Academic Division, Universidad Juárez Autónoma de Tabasco (UJAT), Mexico. His research focuses on studying heat transfer mechanisms and fluid mechanics through modeling and simulation of phenomena, implementing numerical methods for energy efficiency in buildings and related solar systems. Among his recent studies is the dynamic modeling of constructive and passive ventilation and thermal comfort systems through computation fluid dynamics (CFD), global energy balance (GEB) approaches, optimizing numerical solutions of radiative exchange models with participating mediums, and developing experimental prototypes based on the thermal passive system for building ventilation and for validating dynamical models. He has published several scientific articles in journals indexed in the Journal Citations Report (JCR) and has participated in national and international conferences. He has experience as an editor of international conference proceedings.

Inhalt

1. Economic impact of thermal comfort: A climate zone and electricity tariff subsidy approach.- 2. Lightweight energy consumption models for high performance computing.- 3. Optimizing solar chimney configuration considering cost, quality of service and carbon footprint.- 4. Economicenvironmental dispatch of thermal power plants using the Newton-Raphson optimization algorithm.- 5. Electric Vehicle Bidirectional Charging Infrastructure: A Review of its Impact on the Grid.