首页> 外文会议>2006 Cooling Technology Institute Annual Conference >COOLING TECHNOLOGY INSTITUTE: ENHANCEMENT OF AIR COOLED CONDENSER OPERATION IN POWER PLANTS
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COOLING TECHNOLOGY INSTITUTE: ENHANCEMENT OF AIR COOLED CONDENSER OPERATION IN POWER PLANTS

机译:冷却技术学院:增强电厂中空气冷凝器的运行

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Use of Air Cooled Condensing system, to condense turbine exhaust steam from the steam cycle of combined cycle plants, coal fired plants and various other plants using steam to generate electricity, has gained acceptance. However, as electricity generation is privatized, building plants at low cost has been the priority rather than the performance. This paper discusses the impact of velocity consideration in the design of air cooled condensers. The velocity at design point and the change in velocity affect the steam duct design and the tube bundle design. As the ambient temperature varies, it affects and/ or limits the range of turbine operation. This, in turn, can improve or adversely affect the plant electric power output. The velocity also has an effect on the condensate temperature. The reheat of the condensate requires energy which is redirected from generating capacity which is often ignored.
机译:使用风冷冷凝系统来冷凝联合循环电厂,燃煤电厂和其他各种利用蒸汽发电的电厂的蒸汽循环中的涡轮机废气,已获得认可。但是,由于发电被私有化,因此以低成本建造电厂已成为重中之重,而不是其性能。本文讨论了速度考虑因素对空冷冷凝器设计的影响。设计点的速度和速度的变化会影响蒸汽导管的设计和管束的设计。随着环境温度的变化,它会影响和/或限制涡轮机的运行范围。反过来,这可以改善或不利地影响工厂的电力输出。速度也对冷凝温度有影响。冷凝水的再加热需要能量,该能量从通常被忽略的发电能力中转移出来。

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