The study of structural fields of daily gas consumption of the balance groups of the regional gas supply system

Abstract

<jats:p>The study of the balance sheet structure of the regional gas supply system is necessary to solve a number of operational tasks. An information database has been created for conducting research. It includes information on daily gas consumption and the actual average daily outdoor temperature for a six-year period for more than 539 elements of the balance structure of the regional gas supply system. The most significant factors determining gas consumption were identified for 7 enlarged balance groups. It´s investigated the dynamics of factors in time. The article presents the types of daily fields “gas flow – average daily outdoor temperature” for enlarged groups of the balance structure of the regional gas supply system. Four temperature areas were identified and substantiated in the daily fields. The assessment of qualitative and quantitative indicators characterizing the temperature areas is presented in the article.</jats:p>

Regularities of the formation of structural fields of daily gas consumption of the regional gas supply system

“…Daily values of gas consumption are also normalized relative to the average annual value. This allowed analyzing and comparing the structural fields « Bday-tday» in different years [9][10][11][12][13].…”

Using models of energy consumption from influencing factors to assess the current state and energy efficiency forecasting

“…There is a positive experience of using mathematical models of power consumption for oil transportation enterprises, water supply and sewerage facilities, flat glass enterprises, chemical fiber enterprises and a number of enterprises in other industries [1,4,5]. For example, a mathematical model for oil transportation enterprises is presented in the form of a three-factor additive regression equation for a selected cargo turnover interval, where each of the factors is a multiparameter characteristic of a subsystem participating in the formation of power consumption of the technological system as a whole.…”