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Energy supply of fruit and vegetable storages, especially in those remote from the centralized energy supply using solar energy, is relevant. The authors of the article propose a system of thermal regeneration of adsorbents based on the use of solar energy. The paper presents studies of heat transfer and thermal regime of the developed system of solar-thermal regeneration of the adsorbent (activated carbon) in non-stationary mode. The results of the study of heat transfer and thermal regime of systems for solar-thermal regeneration of adsorbents (activated carbon) under unsteady conditions are presented. A mathematical model of the temperature field of the adsorbent layer during solar heating using a solar air collector is proposed. The proposed mathematical model of the thermal regime of the solar adsorption installation allows you to qualitatively control the technological process of thermal regeneration of adsorbents and significantly reduce the cost of traditional energy resources.

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