This book presents a practical and analytically driven study of optimisation techniques in power distribution systems, focusing on methods that enhance efficiency, reliability, and system performance in real-world conditions. It develops a clear understanding of how electrical distribution networks operate under varying loads and how optimisation strategies can be applied to improve energy flow and minimise losses. The book connects engineering fundamentals with modern computational and technological approaches, enabling effective analysis and decision-making. It further explores the role of advanced electrical components, network configurations, and emerging technologies in shaping flexible and efficient power systems. Emphasis is placed on solving practical challenges, identifying system inefficiencies, and implementing optimisation solutions that support sustainable and stable energy delivery.

This book is intended for engineers, researchers, and advanced learners seeking to strengthen their understanding of power distribution systems. It supports the development of analytical thinking, technical expertise, and practical skills required for efficient planning, operation, and optimisation of modern electrical networks.