The book "Automated control systems of technological processes of power plants" by G. T. Kulakov and V. In. Kravchenko is an important and relevant work in the field of energy and automation . This work will become an indispensable assistant for students, graduate students, engineers and anyone interested in modern management technologies in the energy sector. The authors, possessing rich experience and deep knowledge in their field, offer the reader a unique view on the automation of processes occurring at power plants. The book covers a wide range of topics, ranging from the basics of automated systems to their practical application in real conditions. The reader will be able to learn about the principles of operation of various control systems, their architecture, as well as modern approaches to the design and implementation of such systems. One of the key topics addressed in the book is the importance of automation to improve the efficiency and reliability of power plants. The authors emphasize that with the rapid growth of energy consumption and the need to minimize the impact on the environment, the introduction of automated systems becomes not just desirable, but vital. The book also addresses security issues, making it particularly relevant in light of the current challenges facing the energy industry. Who can like this work? First of all, it will be interesting for students of technical specialties studying energy, automation and information technology . Engineers and specialists working in the field of energy will find in the book a lot of useful information that will help them in their practical activities. It can also be useful for teachers and researchers involved in the automation and control of technological processes. The style of the authors is distinguished by clarity and accessibility of presentation, which makes complex technical concepts understandable even for those who are just beginning to immerse themselves in this topic. Kulakov and Kravchenko use many examples and illustrations, which helps the reader to better assimilate the material and see its practical application. This makes the book not only a theoretical manual, but also a practical guide. In addition, "Automated control systems of technological processes of power plants" echoes other well-known works in the field of automation and energy. Readers interested in topics such as “Managing processes in power plants” or “Automating industrial processes” will find many similarities and relationships in this book. The book also raises important questions about the future of energy, including the transition to renewable energy and the need to adapt existing control systems to new conditions. These topics are becoming increasingly relevant in light of global climate change and the growing need for sustainable development. In conclusion, “Automated control systems of technological processes of power plants” is not just a training manual, but a real find for everyone who seeks to understand and master modern technologies in the field of energy. This book will be a reliable companion on the way to professional growth and a deep understanding of the processes occurring at power plants. Do not miss the opportunity to immerse yourself in the world of automation and control, which opens up new horizons and prospects for you!