The impact of the technical decisions made in the operation of energy systems in Tashkent city

Abstract

PURPOSE. Development and testing at a real facility of an integrated approach to the modernization of heat supply systems, taking into account the introduction of modern energy-saving technologies to reduce costs and optimize the processes of generation and consumption of thermal energy.METHODS. During the study, a comprehensive analysis of the performance of all parts of the system was carried out: instrumental measurements were made, information was collected on the parameters of the system for the last two heating-winter periods.RESULTS. Modernization of an outdated heat supply system to increase the efficiency of its operation in all elements of the system (source - heating network - consumer). The achieved practical significance today lies in the development of several measures to regulate the operating mode aimed at switching from an open heat supply system to a more efficient, closed one by equipping consumers with individual heating points, as well as optimizing the processes of generation and consumption of thermal energy.CONCLUSION. Modernization of the existing heat supply system from the boiler house under study will optimize the processes of generation and consumption of thermal energy, reduce the cost of energy resources used. The developed concept of the development of the object under study can be applied to similar facilities not only in the Republic of Uzbekistan, but also throughout the Russian Federation, as part of programs to improve the efficiency of morally and physically obsolete energy systems.