**Book Description: "Behavior of Power Units at Thermal Power Plants During Interruptions in Self-Supply Electricity, Part 2"** This unique study, crafted by a team of authors, immerses readers in the complex and multifaceted world of thermal power plants (TPPs) and their operations amid unstable electricity supply. This edition is a true treasure for energy specialists, engineers, students, and anyone interested in contemporary energy technologies. In the second part of the book, the authors continue to explore the behavior of TPP power units during power supply interruptions, a timely topic given the current challenges facing the energy sector. Readers will discover how various factors—such as load, operational modes, and equipment specifications—affect the stability and reliability of power units. The book offers a deep analysis grounded in modern scientific data and practical experience, making it an indispensable resource for professionals and students alike. This work will particularly appeal to those seeking to understand how to effectively manage TPP operations in the face of unstable electricity supply. It addresses critical themes such as risk management, process optimization, and the implementation of new technologies, making it relevant for specialists in energy management and design. The book not only provides theoretical knowledge but also practical recommendations that can be applied in real-world situations. The authors' style is marked by clarity and accessibility, allowing even those who are not experts in the field to easily grasp the material presented. They utilize numerous examples and illustrations to clarify complex concepts, making the book attractive to both professionals and students who are just beginning their journey in the energy sector. "Behavior of Power Units at Thermal Power Plants During Interruptions in Self-Supply Electricity, Part 2" is a continuation of the previous volume, which has already gained recognition among specialists. It builds upon the foundations laid in the first part, delving deeper into details and offering new approaches to addressing pressing issues. Readers familiar with the first volume will find a wealth of new ideas and concepts in this edition that will enhance their understanding of TPP operational dynamics. This book will be beneficial not only to professional energy experts but also to students in technical universities, graduate students, and anyone interested in sustainable development within the energy sector. It serves as an excellent complement to educational materials and will help deepen knowledge in energy systems. If you are looking for insights on how to effectively manage TPP power units during unstable electricity supply or wish to expand your understanding of modern energy technologies, then "Behavior of Power Units at Thermal Power Plants During Interruptions in Self-Supply Electricity, Part 2" is a must-read. It will not only enrich your knowledge base but also inspire new ideas and solutions in your professional endeavors.