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Information × Registration Number 0222U003058, 0119U001087 , R & D reports Title Thermoelectric source of heat and electricity for armored vehicles popup.stage_title Head Lysko Valentyn Valeriiovych, Кандидат фізико-математичних наук Registration Date 17-02-2022 Organization Institute Of Thermoelectricity, National Academy Of Sciences Of Ukraine And Ministry Of Education And Sciences Of Ukraine popup.description2 Report on R&D work: 103 pages, 57 Figs, 7 Tables, 1 appendix, 74 references, 1 – 23 references obtained aacording to the results of performing the present work, 24 – 74 – other references. PREHEATING, THERMOELECTRIC GENERATOR, PHYSICAL MODELS, COMPUTER DESIGN, EFFICIENCY. The object of investigation are thermoelectric converters of thermal into electric energy for for use in means of preheating engines of armored vehicles. The purpose of the work is to study the rationality of the use of thermoelectric converters for autonomous operation of pre-start equipment of armored vehicles. Methods of investigation – physico-chemical methods of calculation of the basic parameters of fuel combustion processes; physical simulation of thermoelectric generators; methods of computer simulation of thermal and mass-exchange processes of fuel chemical energy conversion into thermal energy; methods of computer simulation and design of thermoelectric modules and generators; experimental methods of research on the energy characteristics of thermal generators. As a result of work based on the analysis of the characteristics of existing high-power preheaters used in military equipment, the rational power of thermoelectric generators for autonomous operation of preheaters of armored vehicles has been determined. Studies have been carried out aimed at determining the most effective from the standpoint of compatible thermal and electrical efficiency and the estimated cost of the option of using thermoelectric sources of electricity for pre-start preparation of engines of armored vehicles. For this, physical models have been developed to study the energy characteristics of the "pre-heater - thermogenerator" system with different circuit diagrams. Computer-aided design has been carried out and construction of a thermoelectric generator with an electric power of up to 350 W has been developed to ensure autonomous operation of the pre-start source of heat and electricity for armored vehicles  Product Description popup.authors Anatychuk Lukyan Ivanovych Yavryliuk Mykola Vasyloivych Kravzov Sergii Oleksiiovych Kuz Roman Vasyliovych Lysko Valentyn Valeriiovych Rozver Yurii Yuriiovych Rusnak Olga Sergiivna popup.nrat_date 2022-03-09 Close