The book "Automated Systems in Energy", compiled under the editorship of Shelest B. A. and with the participation of authors such as Afanasiev A. E. , Belov P. C. , Dragina O. G. , Kupriyanov O. P. , Makhiv S. L. , Makarov V. A. , Semenov A. D. and Shehorin B. K. , represents an important contribution to the study and development of automation in the field of energy. This publication will be especially useful for both students and postgraduates of technical universities, as well as for practitioners seeking to deepen their knowledge in this dynamically developing field. The book covers a wide range of topics related to automated control systems, their design and implementation in energy systems. The authors share their knowledge of modern technologies, such as SCADA systems, power distribution control systems and smart grids, which are becoming an integral part of the modern energy landscape. The reader will be able to learn about the principles of these systems, their architecture, as well as methods of analyzing and optimizing processes, which makes the book relevant for anyone interested in modern approaches to energy resource management. One of the key topics raised in the book is the importance of automation to improve the efficiency and reliability of energy systems. In the face of global climate change and growing energy demand, automated systems are becoming necessary to ensure the sustainable development of the energy sector. The authors explore in detail how automation can help address challenges such as renewable energy integration, consumption management, and loss minimization, making the book particularly relevant for professionals working in the field of sustainable development. The book “Automated Systems in Energy” also stands out for its scientific approach and practical focus. The authors not only share theoretical knowledge, but also give examples of successful implementations of automated systems in various energy companies. This allows the reader not only to understand the theory, but also to see how this knowledge can be applied in practice. This approach makes the book useful for both students and experienced professionals who want to update their knowledge about modern technologies. The style of the authors is distinguished by clarity and accessibility, which makes it easy to assimilate even the most complex concepts. Each section of the book is accompanied by illustrations and diagrams, which helps to visualize the processes and systems described. This makes the book not only informative, but also convenient for use in the educational process. If you are looking for literature on topics such as automation, energy systems management, or want to learn more about modern energy technologies, then “Automated energy systems” will be an excellent choice. The book will be of interest not only to students and graduate students, but also to specialists working in the field of energy, engineers and managers seeking to improve their skills and expand their knowledge. In conclusion, “Automated Systems in Energy” is not just a training manual, but a real find for everyone who wants to be at the forefront of energy technologies. Thanks to in-depth analysis and practical examples, this book will become a reliable assistant in the development of automated systems, which will certainly increase your competitiveness in the labor market and open up new horizons in professional activity.