Prospects for Constructing Cogeneration Stations Equipped with Back-Pressure Steam Turbines

A. A. Ivanovskii; A. Yu. Kultyshev; M. Yu. Stepanov

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Prospects for Constructing Cogeneration Stations Equipped with Back-Pressure Steam Turbines

机译：建设具有背压式汽轮机的热电联产站的前景

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The possibilities of using back-pressure cogeneration turbines developed on the basis of serially produced ones are considered together with the thermal process circuits in which such turbines are applied. Design versions and advantages of cogeneration stations in which the proposed process circuits are implemented are described.

机译：考虑了使用基于批量生产的背压热电联产涡轮机的可能性，以及应用了此类涡轮机的热处理回路。描述了其中实现了所提出的过程电路的热电联产站的设计版本和优点。

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来源
《Thermal engineering》 |2014年第12期|880-883|共4页
作者
A. A. Ivanovskii; A. Yu. Kultyshev; M. Yu. Stepanov;
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作者单位

SOYUZ Power Construction Corporation, ul. Obrucheva 36, Moscow, 117342 Russia;

Ural Turbine Works, ul. Frontovykh Brigad 18, Yekaterinburg, 620017 Russia,Ural Federal University, ul. Mira 19, Yekaterinburg, 620002 Russia;

Ural Turbine Works, ul. Frontovykh Brigad 18, Yekaterinburg, 620017 Russia;

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原文格式 PDF
正文语种 eng
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关键词
back-pressure steam turbine; bottom steam turbine; "dry" type cooling tower; capital outlays for construction; thermal power; delivery-water heater; condenser;

机译：背压式汽轮机;底部汽轮机“干式”冷却塔;建设资本支出;火电;热水器冷凝器;

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1. A T-113/145-12.8 Cogeneration Steam Turbine for the PGU-410 Combined-Cycle Plant at the Krasnodar Cogeneration Station [J] . G. D. Barinberg, A. E. Valamin, A. A. Goldberg, Thermal engineering . 2009,第9期

机译：克拉斯诺达尔热电联产站的PGU-410联合循环发电厂的T-113 / 145-12.8热电联产蒸汽轮机
2. The T-53/67-8.0 Cogeneration Steam Turbine for the PGU-230 Combined-Cycle Plant at the Minsk TETs-3 Cogeneration Station [J] . G. D. Barinberg, A. E. Valamin, A. A. Goldberg, Thermal engineering . 2008,第8期

机译：明斯克TETs-3热电联产站的PGU-230联合循环发电厂的T-53 / 67-8.0热电联产蒸汽轮机
3. A Comparative Analysis of the Power Efficiency of Steam-Turbine and Gas-Turbine Cogeneration Stations [J] . G. P. Chitashvili Thermal engineering . 2003,第11期

机译：汽轮机和燃气轮机热电联产站的发电效率比较分析
4. COMMON ELECTRONIC PLATFORM FOR THE STEAM TURBINE AND GENERATOR CONTROLS; UPGRADE INSTALLED AT THE MT. POSO COGENERATION POWER STATION - CASE STUDY [C] . Jerry A. Kopczynski, Bill Dickson, Gerhard J. Weiss ASME(American Society of Mechanical Engineers) Power Conference; 20040330-20040401; Baltimore,MD; US . 2004

机译：汽轮机和发电机控制的通用电子平台；在MT上进行升级。 POSO发电站-案例研究
5. Design with constructal theory: Steam generators, turbines and heat exchangers. [D] . Kim, Yong Sung. 2010

机译：根据构造理论进行设计：蒸汽发生器，涡轮机和热交换器。
6. Thermodynamic and Economic Analyses of Reformative Design for High Back-Pressure Heating in Coal-Fueled Cogeneration Units [O] . Heng Chen, Yunyun Wu, Jidong Xu, 2019

机译：燃煤热电联产单位高压加热重整设计的热力学和经济分析
7. Influence of inter nal relative efficiency of steam turbine compartments on the performance of steam turbine cogeneration plant [O] . Elena Stepanova, Alexey Maksimov 2018

机译：汽轮机隔室间NAL相对效率对汽轮机热电联产厂性能的影响
8. SPECULATIVE ANALYSIS OF COST OF HEAT FROM VAPOR COMPRESSOR RELATIVE TO COST AS EXHAUST STEAM FROM BACK-PRESSURE TURBINE [R] . C.C. Burwell 1966

机译：蒸汽压缩机热量成本与背压式汽轮机排气蒸汽相比的成本分析

Prospects for Constructing Cogeneration Stations Equipped with Back-Pressure Steam Turbines

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