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Information × Registration Number 0225U003135, (0122U002601) , R & D reports Title Research of methods of increase of efficiency of the automated control of thermal work of units of high power of industrial and household function popup.stage_title Дослідження методів підвищення ефективності автоматизованого керування тепловою роботою агрегатів великої потужності промислового та побутового призначення. Head Korniienko Valerii I., д.т.н. Registration Date 22-05-2025 Organization National Technical University Dnipro Polytechnic popup.description1 Research of new methods of efficient heat utilization of energy-intensive units for domestic and industrial purposes. Development of simulation computer models of automated control systems for thermal energy utilization, in order to optimize their characteristics according to the criterion of maximum energy savings. popup.description2 Based on theoretical and experimental results, an automated technology for computer-integrated control of heat pumps has been developed and studied to improve the energy efficiency of centralized heating systems in buildings. The main achievements include: 1. Analysis of global experience revealed the relevance of adaptive modes for systems with renewable energy sources. The need for the systematic integration of digital technologies for managing heat pump systems was substantiated. 2. Automated methods for controlling heat engineering processes for industrial facilities were proposed, which increase the energy conversion coefficient and reduce fuel consumption. 3. Structural-functional support for energy-efficient heating based on multi-stage heat pump systems was developed. 4. Information software was created to account for variable operating conditions, enabling remote automated management of heating, ventilation, and air conditioning systems. 5. Hardware and software solutions were synthesized to increase energy efficiency, taking into account building heat loss and temperature dynamics. 6. An adaptive air conditioning model was developed for heat utilization, achieving an energy conversion coefficient of up to 3.5.   Product Description popup.authors Horiev Viacheslav M. Husiev Oleksandr Yu. Olishevskyi Illia H. Sidanchenko Vladyslav V. popup.nrat_date 2025-05-22 Close