Russia First Modular Thermal Power Station Powered with a Type NK-37 25-MW Aircraft-Derivative Gas-Turbine Engine

E.A.Gritsenko; B.N.Orlov

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Russia First Modular Thermal Power Station Powered with a Type NK-37 25-MW Aircraft-Derivative Gas-Turbine Engine

机译：俄罗斯第一个模块化热电站，由NK-37型25兆瓦飞机衍生燃气涡轮发动机提供动力

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摘要

A thermal power station with a type NK-37 aircraft-derivative engine is briefly outlined. The basic technical characteristics of the engine are presented.

机译：简要概述了带有NK-37型飞机衍生发动机的火力发电站。介绍了发动机的基本技术特征。

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来源
《Thermal engineering》 |2001年第5期|p.358-361|共4页
作者
E.A.Gritsenko; B.N.Orlov;
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正文语种 eng
中图分类发电、发电厂;
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1. TESTING OF POWER-GENERATING GAS-TURBINE PLANTS AT RUSSIAN ELECTRIC POWER STATIONS [J] . G. G. Olkhovskii, A. V. Ageev, S. V. Malakhov, Power Technology and Engineering . 2006,第4期

机译：俄罗斯发电站燃气轮机的测试
2. Problems in activating the participation of thermal power stations in frequency and power flow control in the united power system of russia [J] . L.N.Kasyanov, Yu.R.Itelman, F.L.Kogan Thermal engineering . 2002,第10期

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3. The results of testing a GTE-110 gas-turbine engine operating on liquid fuel in the test bed at the Ivanovo district power station [J] . V.V.Romanov, A.A.Filonenko, V.M.Mezhibovskii Thermal engineering . 2002,第9期

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4. Russian stationary vibration control and mechanical displacement systems for electric power pumps of thermal power plants [C] . Ya A Tynchenko, P M Gofman, I V Kovalev International Workshop on Advanced Technologies in Material Science, Mechanical and Automation Engineering . 2019

机译：俄罗斯固定振动控制和热电厂电力泵的机械位移系统
5. Waste heat recovery options in a large gas-turbine combined power plant. [D] . Upathumchard, Ularee. 2014

机译：大型燃气轮机联合发电厂的余热回收选项。
6. Extensive Contamination of Water with Saxitoxin Near the Dam of the Irkutsk Hydropower Station Reservoir (East Siberia Russia) [O] . Mikhail Grachev, Ilya Zubkov, Irina Tikhonova, 2018

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7. Retracted: “Benchmark Thermodynamic Modelling Comparison of a Novel Modular Air-Cooled Condenser With Current Dry-Cooling Methodologies” ASME 2016 Power Conference collocated with the ASME 2016 10th International Conference on Energy Sustainability and the ASME 2016 14th International Conference on Fuel Cell Science, Engineering and Technology, ASME 2016 Power Conference, Charlotte, North Carolina, USA, June 26–30, 2016, Conference Sponsors: Power Division, Advanced Energy Systems Division, Solar Energy Division, Nuclear Engineering Division, ISBN: 978-0-7918-5021-3. Paper No. POWER2016-59589, pp. V001T04A010; 9 pages; doi:10.1115/POWER2016-59589 [O] . 2016

机译：缩回：“具有当前干式冷却方法的新型模块化空气冷凝器的基准热力学建模比较”ASME 2016电力会议与ASME 2016年第10届能源可持续性国际会议和ASME 2016年第14届燃料细胞科学会议。工程和技术，ASME 2016 Power会议，夏洛特，北卡罗来纳州，2016年6月26日，2016年6月26日，会议赞助商：电力部门，高级能源系统师，太阳能师，核工程师，ISBN：978-0-7918- 5021-3。纸质号POWE116-59589，PP。V001T04A010; 9页; DOI：10.1115 / power2016-59589
8. Using Gas-Turbine Power Stations with Aircraft Engines for Power-and-Heat Generation [R] . Margaryan, A. A. 1984

机译：使用带有飞机发动机的燃气轮机发电站进行发电和发电

Russia First Modular Thermal Power Station Powered with a Type NK-37 25-MW Aircraft-Derivative Gas-Turbine Engine

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