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Information × Registration Number 0225U001506, (0123U100245) , R & D reports Title Thermal-electric solar installation for energy supply in conditions of infrastructure damage popup.stage_title Розробка гібридної сонячної системи установки Head Zaitsev Roman V., Доктор технічних наук Registration Date 02-02-2025 Organization National Technical University "Kharkiv Polytechnic Institute" popup.description1 Development and optimization of physical, structural and schematic solutions of a hybrid solar system with an intelligent system of power extraction and control of thermal processes for use in the absence of power supply or damage to electrical networks popup.description2  As a result of the research, a laboratory sample of an autonomous hybrid solar system was manufactured, and experimental studies and field tests were conducted. The design solution of the installation implemented a modular system that combines a heat collector, an electrical energy converter and appropriate energy storage systems, which is a promising solution in a modular form factor. The modular, reliable design and ease of deployment in the developed system ensure fast and flexible scaling of the deployed solar power plant and the production of hot water. Modularity allows the formation of emergency power supply complexes of different capacities and provides emergency and constant power supply to most electronic devices according to standard protocols. In addition, the system can provide consumers with hot water for basic needs. The laboratory sample of the system is adapted to critical infrastructure requirements, ensuring reliability and stability in difficult conditions. The obtained experimental results form the basis for developing and improving hybrid solar systems that can reliably function and provide the energy needs of critical facilities in emergency situations. The significance of the results lies in the possibility of developing more efficient and resistant to extreme conditions hybrid solar systems intended for use in conditions of damage to critical infrastructure or lack of power supply. The main advantage of the developed installation compared to foreign analogs is the unification of all nodes into a single system, which makes such an installation completely autonomous. The obtained results are the basis for further scientific research and development of modern technologies in the field of renewable energy. The practical implementation of the obtained results will allow the creation of energy systems that operate autonomously in conditions of no power grid, as well as to reduce the environmental impact through the use of renewable energy sources Product Description popup.authors Yevseienko Oleh M. Vorobiov Bohdan V. Dobrozhan Andrii I. Leliuk Stanislav Yu. Minakova Kseniia O. Shkoda Dmytro S. popup.nrat_date 2025-02-02 Close