**Book Description: "Behavior of Power Units at Thermal Power Plants During Interruptions in Self-Supply Electricity, Part 1"** "Behavior of Power Units at Thermal Power Plants During Interruptions in Self-Supply Electricity, Part 1" is a unique publication crafted by a team of authors that immerses readers in the intricate and multifaceted world of energy, particularly focusing on thermal power plants (TPPs). This work is an invaluable resource for energy professionals, university students in relevant fields, and anyone interested in the reliability and stability of electricity supply. The book delves into key aspects of how TPP power units behave during interruptions in self-supply electricity. This is a critical topic, as the reliability of the energy system is directly influenced by how TPPs respond to various emergency situations. The authors provide a detailed analysis of the mechanisms activated under such conditions and propose solutions to minimize negative impacts. Readers will discover various outage scenarios, their effects on power unit operations, and strategies to optimize processes for enhanced overall system efficiency. This book will appeal not only to professionals in the energy sector but also to students studying electrical engineering and energy management. It serves as a valuable resource for those looking to deepen their understanding of TPP operations and for those involved in the design and operation of energy facilities. Energy management specialists will find a wealth of practical recommendations and examples within these pages. The topics addressed in the book cover a wide range of issues, from technical specifications of power units to economic aspects related to electricity supply interruptions. The authors emphasize the importance of ensuring the reliability and safety of TPP operations, a pressing concern for all who work in this field. Additionally, the book touches upon ecological and sustainable development issues, highlighting the need for a transition to more efficient and safer technologies. The authors’ style combines scientific rigor with accessible explanations, making even the most complex concepts easy to grasp. The team consists of experts with years of experience in the energy sector, adding significant value to the book. They share not only theoretical knowledge but also practical insights, making the material particularly relevant and useful. If you are seeking literature that helps you navigate the intricacies of thermal power plant operations and understand how they function under unstable electricity supply conditions, this book will be your reliable guide. It may also interest researchers working on innovations in the energy sector and anyone eager to stay informed about the latest trends and technologies in this vital field. In summary, "Behavior of Power Units at Thermal Power Plants During Interruptions in Self-Supply Electricity, Part 1" is not just a book; it is a comprehensive encyclopedia of knowledge for anyone wishing to gain a deeper understanding of thermal power plants and their role in the modern world. Don’t miss the opportunity to broaden your horizons and learn more about how the reliability and efficiency of energy systems are ensured.