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Information × Registration Number 0224U002037, 0123U100245 , R & D reports Title Thermal-electric solar installation for energy supply in conditions of infrastructure damage popup.stage_title Head Zaitsev Roman V., Доктор технічних наук Registration Date 05-02-2024 Organization National Technical University "Kharkiv Polytechnic Institute" popup.description2  The main goal of the first stage of the research was to develop a simulation-mathematical model of the heat-generating unit and a laboratory sample of the solar energy conversion system for experimental research. Researched scientific and technical and patent information in the field of photoenergy and energy saving systems, focusing on hybrid solar systems. A simulation-mathematical model has been developed that takes into account the specific requirements of hybrid solar systems for effective functioning in conditions of infrastructure damage, using PTC MathCAD and Solid Works Flow Simulation software environments. Mathematical models of the operation of the heat generating unit and the solar energy conversion system have been verified in practice through a laboratory sample adapted to the requirements of critical infrastructure. The obtained results have significant scientific value, taking into account the specificity of hybrid solar systems for critical infrastructure, and form the basis for further research and development of renewable energy. The uniqueness of the simulation-mathematical model lies in the practical verification through a laboratory sample that takes into account specific operating conditions. The practical value of the results is revealed in the potential of their implementation in real conditions, to create new hybrid solar systems designed to power critical infrastructure and facilities in emergency situations. The use of these technologies can effectively solve energy supply problems in conditions of limited access to traditional energy sources and contribute to sustainable development. The developed mathematical models and a laboratory sample confirm the high reliability and stability of the developed technical solutions, which allows them to be successfully used in extreme scenarios. The potential implementation of these technologies can lead to the creation of energy systems that work autonomously. Product Description popup.authors Yevseienko Oleh M. Vorobiov Bohdan V. Dobrozhan Andriі I. Lelіuk Stanislav Yu. Minakova Kseniia O. Shkoda Dmytro S. popup.nrat_date 2024-02-05 Close