Abstract
Energy efficiency, energy consumption and energy savings depend on the performance of energy-technological equipment characterising the operational suitability of it. The operational suitability of the equipment determines the quality of it. Based on energy consumption, fuel consumption and reliability indicators as the formalised quality indicators in energotechnological equipment it is possible to determine the energy efficiency, energy consumption and energy savings of the equipment and therefore select the right production volume indicator (PVI). The aim in determining the fuel and power parameters (FPP) of the oil and gas production units and power sector is to get dependence influencing the energy efficiency (EE), power consumption (PC) and energy saving (ES) of those production units. To solve this problem it was necessary to choose the right (PVI). For that purpose, the issues concerning justifying the choice of the volume indicator for the oil, gas and power sectors using the gas turbine units (GTU) were examined. The correct choice of (PVI) it was possible to determine the available efficient power of gas turbine units which should meet the power consumption requirements for the gas compression by gas pumping units (GPU) on the compressor station (CS) of gas transmission systems for a given mode [4,5].
Highlights
The choice of (PVI) is quite essential in terms of assigned tasks
In one case it was due to the gross nature of (PVI), in other words, it was taken into account how much gas was transported at a predetermined distance but it was not considered how much power was consumed in that case
The commodity transport activities are used as an indicator to characterise the productions volume of the (OGS) and energy sector, for example, the gas transportation pipeline system (GTS) and is a conditional work on the displacement of a unit of the volume of gas transported per length unit of a gas pipeline [3], [6]
Summary
The choice of (PVI) is quite essential in terms of assigned tasks. Analysis of the methods used of the determination of the (PVI) revealed shortcomings in the process. In one case it was due to the gross nature of (PVI), in other words, it was taken into account how much gas was transported at a predetermined distance but it was not considered how much power was consumed in that case. In another case, the work expended was taken into account but without proper accounting for the total energy losses. External factors are mainly related to the outdoor temperature at the inlet of a gas-turbine drive at the compressor stations which are taken into consideration in the article. Based on the thermodynamic characteristics of a gas turbine drive derived are the effects of the outdoor temperature on the gas turbine drive of the gas pumping units of compressor stations
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