Search Results - "Eritsyan, S. Kh"

Development and Implementation of Automatic Conversion of Steam-Gas Power Unit from Compound Cycle Mode to Steam-Power Mode Without Shutdown of the Unit by Anisimov, A. G., Mysak, I. S., Klub, M. V., Sargsyan, K. B., Eritsyan, S. Kh, Petrosyan, G. S., Avtandilyan, A. V., Gevorgyan, A. R.

“…Conversion of the power unit of station No. 5 of the Razdan thermoelectric power plant, which is not equipped with a bypass chimney, from a compound…”
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Thermal and environmental characteristics of the primary equipment of the 480-MW Razdan-5 power-generating plant operating as a combined-cycle plant by Sargsyan, K. B., Eritsyan, S. Kh, Petrosyan, G. S., Avtandilyan, A. V., Gevorkyan, A. R., Klub, M. V.

“…Results of thermal tests of 480-MW power-generating Unit 5 of Razdan Thermal Power Plant (hereinafter, Razdan-5 power unit) are presented. The tests were…”
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Optimization of Start-Up of a Fully Fired Combined-Cycle Plant with GT13E2 Gas Turbine by Anisimov, A. G., Klub, M. V., Sargsyan, K. B., Eritsyan, S. Kh, Petrosyan, G. S., Avtandilyan, A. V., Gevorgyan, A. R.

“…The principles of starting up the steam power unit of the Hrazdan-5 fully fired combined-cycle power unit (Hrazdan, Armenia) are considered. This plant has…”
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Experience gained with fitting the combined-cycle plant of unit 5 at the Razdan thermal power station with automated control systems by Rogachev, R. L., Ivanova, S. V., Sergeev, A. V., Kuznetsov, N. A., Sargsyan, K. B., Eritsyan, S. Kh, Voskanyan, V. S., Petrosyan, G. S., Antonyan, A. S.

“…We describe the SPPA-T3000-based automated process control system developed in the course of retrofitting a standard 300-MW power unit into a combined-cycle…”
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Modernization of the power unit no. 5 of the Razdan TPP with a gas-turbine topping according to a discharge arrangement by Karapetyan, K. V., Sargsyan, K. B., Eritsyan, S. Kh, Petrosyan, G. C., Avtandilyan, A. V., Mrktchyan, M. V., Arakelyan, A. A.

“…We present the main reasons for reconstruction of the standard 300 MW power unit with K-300-240 steam turbine into the combined-cycle installation using an…”
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