Energy facilities: management and design and technological innovations

• Main Authors: Polishchuk, Andriy, Kulyk, Volodymyr, Teptya, Vira, Vishnevskyi, Sviatoslav, Hrytsiuk, Yurii, Hrytsiuk, Iryna, Komar, Viacheslav, Lezhniuk, Petro, Lesko, Vladyslav, Malogulko, Juliya, Netrebskyi, Volodymyr, Sikorska, Olena, Khomenko, Volodymyr, Chernysh, Oksana, Barsukov, Viacheslav, Tverdokhlib, Viktor, Berezovskij, Arkadij, Slobodianyk, Volodymyr, Minska, Natalia, Shevchenko, Roman, Servatyuk, Vasyl, Strelets, Valery, Lukashenko, Victoria, Kalchenko, Yaroslav, Kussul, Ernst, Baydyk, Tetyana, Mammadovа, Masuma, Rodriguez Mendoza, Jorge Luis
• Format: eBook
• Language: English
• Published: Kharkiv PC TECHNOLOGY CENTER 31.12.2022
• Subjects: Advanced heating; Book Industry Communication; Electrochemical capacitor; Energy technology & engineering; Film solar cell; Porous carbonaceous material; Power balance; Power distribution system; Renewable energy sources; Solar concentrator; Technology, engineering, agriculture
• ISBN: 9786177319633; 6177319637
• DOI: 10.15587/978-617-7319-63-3

The collective monograph contains the results of scientific research on the management of energy facilities and the creation of elements of energy systems. A feature of the proposed approaches is the consideration of objects in several aspects: process control in distributed networks, the balance of production and consumption of electricity, innovative materials and technological solutions focused on the concept of using renewable and non-traditional energy sources. Chapter 1 presents a solution to the problem of improving the methods and tools for optimizing reactive power flows in distribution networks with significant daily volatility in generation and consumption of electricity. Chapter 2 proposes an algorithm for the method of matching the generation schedules of photovoltaic power plants with the electric load of the network as a possible solution for improving the balance in the electricity grid with renewable energy sources. Chapter 3 describes the results of research and development of environmentally friendly methods for producing composite materials for electrochemical capacitors related to non-traditional rechargeable electric current sources. Chapter 4 presents the results of a study of solar cells based on CdS/CdTe, intended for backup power supply of security systems and facility management in conditions of damage to the power supply system. Ways to improve the efficiency of such film solar cells are proposed. Chapter 5 presents the development of several prototypes of compact, lightweight, and inexpensive solar concentrators, and proposes two assembly methods that overcome the main problem associated with automating the solar concentrator assembly process. The monograph is intended for practitioners in the field of creating energy systems and managing power supply facilities, engineering and technical specialists, and designers. The monograph will also be useful for researchers and university teachers who use advanced research developments in the educational process in the relevant specialties, developing the skills of working with scientific information in future young professionals to generate new practical solutions.