A Water Heater That Regulates Itself for Solar Heating Systems

Bahadir  Aytmuratov; Sarsengalieva Kamshat  Usengalievna; Sultanbergenova Albina Konıratbay  qızı

Authors

Bahadir Aytmuratov Karakalpak State University, Department of Complex Construction of Engineering Structures
Sarsengalieva Kamshat Usengalievna Department of Complex Construction of Engineering Structures, Karakalpak State University
Sultanbergenova Albina Konıratbay qızı Karakalpak State University, Department of Integrated Construction of Engineering Structures

Keywords:

water distribution, heat accumulation, solar heating system, stratification accumulation are all components

Abstract

A method for calculating the water intermediary in a multilayer stratified thermal storage tank used in solar heating and hot water supply systems has been developed. The intermediary has a constant cross-section and uniform perforation throughout its height. The examination of global and domestic practices for improving the performance of self-regulating active water heat accumulators in solar heating systems is ongoing. Innovative solutions for self-regulated stratified thermal storage systems are being developed. Conditions for achieving self-equilibrium in the self-regulatory components of hot water storage tanks are being identified, considering dynamic processes caused by unbalanced solar radiation. A theoretical investigation of water flow in perforated distributors with a constant cross-section under the influence of volume forces is being conducted. Additionally, a theoretical analysis of water collection in perforated collectors with constant cross-sections due to volume forces is taking place. A method for calculating water distribution and designing a self-regulating thermal storage system is currently being developed. An experimental exploration of the perforation in the water distribution system of a self-adjusting hot water storage tank is also underway.