Compressorless temperature control system

To design a compressorless climate control system and study its characteristics, this work uses the methods of complex analysis and design of climate technology, experimental research, physical modeling, and mathematical calculations. A device has been designed to control temperature and humidity in a specialized storage. The systems features include the use of Peltier modules, hydraulic system, and low-potential earth energy. In the process of developing the system and studying the characteristics of its parts, as well as physical experiments using mock-ups of the units of the installation, satisfactory results have been obtained for continuing work and software and hardware implementation of the project. It is shown that individual parts of the system have the desired characteristics and are ready for a general study of the assembled installation.

Authors: A. V. Lillo, A. D. Stotckaia

Direction: Electrical Engineering

Keywords: temperature control, climate control, Peltier element, energy efficiency, hydraulic system, heat transfer medium, coefficient of performance

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