Chapter 1. Data-Driven Pathways to Sustainable Energy Solutions -- Chapter 2. Multidimensional Analysis and Optimization of Bus Loads for Enhanced Renewable Energy Integration in Power Systems -- Chapter 3. An Overview of Inverter and Converter Roles in Microgrids -- Chapter 4. Integrating Machine Learning in Energy Systems: A Techno-Economic Framework for Enhancing Grid Efficiency and Reliability -- Chapter 5. Renewable Energy and Power Flow in Microgrids: An Introductory Perspective -- Chapter 6. Sustainable Energy Policies Formulation through the Synergy of Backcasting and AI Approaches -- Chapter 7. A Blueprint for Sustainable Electrification through Designing and Implementing PV Systems in Small Scales.

Unified Vision for a Sustainable Future: A Multidisciplinary Approach Towards the Sustainable Development Goals focuses on energy and the environment, highlighting interdisciplinary research, innovative strategies, and global initiatives presented at the International Conference on Collaborative Endeavors for Global Sustainability (CEGS 2024). The book explores the various pillars of sustainability – environmental, social, institutional, technical, and economic – and provides readers with case studies, practical solutions, and models for the UN’s Sustainable Development Goals. The book further examines the implications of these initiatives, analyzing their potential for long-lasting, sustainable impact. This book will appeal to a broad readership. Academics, researchers, policymakers, sustainability advocates, and anyone interested in global sustainability will find the book insightful. Presents leading-edge research on energy and the environment; Offers a broad range of academic and industrial solution models; Includes case studies.