The advanced steam and gas technology

Shchinnikov, P. A.; Nozdrenko, G. V.; Grigoryeva, O. K.; Kuryanov, A. A.

doi:10.1134/s1810232814030060

Cited by 4 publications

(2 citation statements)

References 1 publication

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“…Figures 2 and 3 show the efficiency of the power plant and the surface area of steam-generator, regenerator and condenser. The more detailed methods for determining efficiency, consumables, thermodynamic, structural and layout options, as well as calculations of gas dynamic characteristics of freon turbines are given by the authors in earlier studies [2,[9][10][11][12] and also in [13][14][15][16]. For the option CCGT with gas turbine M701G2 in Table 1 the results of calculations of gas dynamic characteristics of the freon steam turbine are shown.…”

Section: Results Of Calculationsmentioning

confidence: 99%

Combined Cycle Gas Turbine (CCGT) with Freon Steam Turbine

Kuryanov

Mõik

Grigoryeva

2015

AMM

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The article considers the prospect of a combined-cycle plant with freon as the working fluid of the steam turbine. Methodical approach to the study of such plants is expounded. For the option, CCGT with gas turbine M701G2 and use of freon R134a results of calculations of technical and economic efficiency, gas-dynamic characteristics, design-layout parameters are shown. The effectiveness of investments has been assessed.

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Section: Results Of Calculationsmentioning

confidence: 99%

Combined Cycle Gas Turbine (CCGT) with Freon Steam Turbine

Kuryanov

Mõik

Grigoryeva

2015

AMM

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“…КПД по отпуску электроэнергии и теплоты (как общий случай для энергоблока) определяют с использованием коэффициента структуры и коэффицента возврата теплоты. Для перерасхода топлива при отклонении значения регулируемого параметра [11][12][13][14][15][16][17] выражение выглядит следующим образом:…”

Section: методика оценки перерасхода топливаunclassified

Evaluation of components of an excess fuel flow in the heat power equipment

Dvortsevoy¹,

Grigorieva²,

Tikhonov³

2020

Science Bulletin of the NSTU

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The use of traditional information systems with a low level of automation at thermal power plants does not allow organizing a channel for remote collection of reliable information about the current state of technological processes. The inability to organize data transfer to the central node for subsequent storage and processing does not allow tracking in full measure the need to repair or upgrade the equipment. In these conditions, an increase in the efficiency of the power plant is either impossible or relatively small. A significant increase in efficiency indicators can be reached by determining the least cost-effective elements or areas of the technological process, which becomes possible when using a complex collection of data from metering devices and their analysis. In the presence of a digital communication channel, data from the primary measuring device of technological processes (flow rate, pressure, temperature, voltage, etc.) can be transferred to a single information and analytical center. Based on the accumulated data, using a digital twin of the enterprise, real technical and economic indicators, as well as harmful emissions are calculated. Predictive calculations are performed for the cost effective operation of equipment and the introduction of new technologies. With a sufficient number of measurement devices, data storage makes it possible to analyze both the condition of the equipment and the state of the process at various points of time without having to affect the operating equipment. Part of informational functions of industrial control systems performed locally at TPPs can be executed remotely. These include such functions as recording events, information-computational and analytical functions, archiving information, and logging information (reporting).Analyzing the data on the technological process for a certain period (month, quarter, year, etc.), we can evaluate the efficiency of the implemented equipment and speak about the feasibility and ways of further modernization of the thermal power plant.

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An effective method for optimization of continuous and discrete parameters of heat and power plants

Kler

Жарков

2018

Thermophys. Aeromech.

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The advanced steam and gas technology

Cited by 4 publications

References 1 publication

Combined Cycle Gas Turbine (CCGT) with Freon Steam Turbine

Combined Cycle Gas Turbine (CCGT) with Freon Steam Turbine

Evaluation of components of an excess fuel flow in the heat power equipment

An effective method for optimization of continuous and discrete parameters of heat and power plants

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