Abstract: Adsorption heat storage is a promising energy-saving technology that gives a possibility to make heat from alternative energy sources available to the consumer, as well as to use waste heat from industry and transport. To increase the efficiency of the adsorption heat accumulator, it is necessary to improve heat transfer in the sorbent-heat exchanger system. In this paper we consider a methodology for measuring the heat transfer coefficient of the metal-sorbent under real working conditions at the stage of the heat release initiated by a sharp change in pressure over the sorbent. The value of the heat transfer coefficient obtained for the flat layer of the granules placed on a metal plate was verified by measuring the power generated in a real heat exchanger under the same conditions.

Cite: Grekova A. , Tokarev M. , Strelova S.
Heat Transfer Coefficients in a Metal-Sorbent System for Heat Generation Stage Initiated by a Pressure Jump
ICTEA: International Conference on Thermal Engineering. 2024. Т.1. №1. Scopus

Identifiers:

Scopus:

2-s2.0-85199157124

Citing: Пока нет цитирований