The Experts below are selected from a list of 449598 Experts worldwide ranked by ideXlab platform
E. A. Dubov - One of the best experts on this subject based on the ideXlab platform.
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Development of a Process Control System for the gas-turbine units operating at the thermal power plant of the Tuapse oil refinery plant
Thermal Engineering, 2013Co-Authors: I. A. Shavochkin, L L Grekhov, E. A. DubovAbstract:The characteristics of the thermal and electrical circuits for the six gas-turbine units operating at the thermal power plant of the oil refinery plant in Tuapse are reported. Operational modes of the equipment at different steam to electricity-consumption ratios are considered. The structure of the distributed Control System of the Process Control System (PCS) and its characteristics are presented. The paper provides basic solutions for Controlling thermal and electrical loads of the gas-turbine units. The designing features of circuits to Control the power plant’s basic parameters are shown.
V V Ivanov - One of the best experts on this subject based on the ideXlab platform.
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the development and commissioning of an automated Process Control System at the sochi thermal power station
Thermal Engineering, 2008Co-Authors: V G Ivanov, I I Kuryleva, K A Molchanov, N A Romanov, V V IvanovAbstract:An automated Process Control System is developed and commissioned at Russia’s first thermal power station equipped with combined-cycle plants built around small-capacity gas turbine units. The automated Process Control System is made as a unified direct digital Control System constructed using the SIMATIC PCS7 PS software System and local Control Systems integrated into it.
I. A. Shavochkin - One of the best experts on this subject based on the ideXlab platform.
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Development of a Process Control System for the gas-turbine units operating at the thermal power plant of the Tuapse oil refinery plant
Thermal Engineering, 2013Co-Authors: I. A. Shavochkin, L L Grekhov, E. A. DubovAbstract:The characteristics of the thermal and electrical circuits for the six gas-turbine units operating at the thermal power plant of the oil refinery plant in Tuapse are reported. Operational modes of the equipment at different steam to electricity-consumption ratios are considered. The structure of the distributed Control System of the Process Control System (PCS) and its characteristics are presented. The paper provides basic solutions for Controlling thermal and electrical loads of the gas-turbine units. The designing features of circuits to Control the power plant’s basic parameters are shown.
V G Ivanov - One of the best experts on this subject based on the ideXlab platform.
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the development and commissioning of an automated Process Control System at the sochi thermal power station
Thermal Engineering, 2008Co-Authors: V G Ivanov, I I Kuryleva, K A Molchanov, N A Romanov, V V IvanovAbstract:An automated Process Control System is developed and commissioned at Russia’s first thermal power station equipped with combined-cycle plants built around small-capacity gas turbine units. The automated Process Control System is made as a unified direct digital Control System constructed using the SIMATIC PCS7 PS software System and local Control Systems integrated into it.
L L Grekhov - One of the best experts on this subject based on the ideXlab platform.
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Development of a Process Control System for the gas-turbine units operating at the thermal power plant of the Tuapse oil refinery plant
Thermal Engineering, 2013Co-Authors: I. A. Shavochkin, L L Grekhov, E. A. DubovAbstract:The characteristics of the thermal and electrical circuits for the six gas-turbine units operating at the thermal power plant of the oil refinery plant in Tuapse are reported. Operational modes of the equipment at different steam to electricity-consumption ratios are considered. The structure of the distributed Control System of the Process Control System (PCS) and its characteristics are presented. The paper provides basic solutions for Controlling thermal and electrical loads of the gas-turbine units. The designing features of circuits to Control the power plant’s basic parameters are shown.
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Process Control System of a 500 mw unit of the reftinskaya local hydroelectric power plant
Hydrotechnical Construction, 2002Co-Authors: L L Grekhov, V A Bilenko, N N Derkach, A I Galperina, A P StrukovAbstract:The results of the installation of a Process Control System developed by the Interavtomatika Company (Moscow) for Controlling a 500-MW pulverized coal power unit with the use of the Teleperm ME and OM650 equipment of the Siemens Company are described. The System provides a principally new level of automation and Process Control through monitors comparable with the operation of foreign counterparts with complete preservation of the domestic peripheral equipment. During the 4.5 years of operation of the Process Control System the intricate algorithms for Control and data Processing have proved their operational integrity.