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储热-火电耦合系统孤网运行电热特性研究

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高寒地区传统的热电联产机组存在"热电耦合"现象,电网故障时会造成停机且无法供热.电锅炉加入后与火电机组构成的耦合系统能在孤网运行时带电热负荷稳定运行.于是本文基于电锅炉与火电联合系统模型与耦合系统孤网运行策略,分析了在电热负荷大范围变化时,关键参数主汽压和转速的变化规律,并给出了联合系统可承受热、电负荷的范围及保证机组安全运行的电、热负荷最大变化速率.
Research on Electrical And Thermal Characteristics of Coupled Thermal Storage-thermal Power Unit System for Isolated Grid Operation
Conventional cogeneration units in highly cold regions suffer from the phenomenon of"cogener-ation coupling",which results in downtime and inability to supply heat in the event of a grid failure.The coupled system composed of electric boiler and thermal power unit can operate stably with electric and thermal loads during the isolated grid operation.So this paper based on the electric boiler and thermal power combined system model and coupled system isolated network operation strategy,analysed in the e-lectric and thermal load wide range of changes,the key parameters of the main steam steam pressure and speed change rule,the range of thermal and electrical loads that the combined system can withstand is al-so given,as well as the maximum rate of change of the electrical and thermal loads under the condition of ensuring the safe operation of the unit.

thermal power unitelectric boilersisolated network operationsystem performance

豆中州、王行、姚莹莹、苏程志、杨晨玉

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国网吉林省电力有限公司电力科学研究院,吉林 长春 132000

火电机组 电锅炉 孤网运行 系统性能

吉林省电力科学研究院有限公司科技项目

KY-GS-22-01-02

2024

节能技术
国防科技工业节能技术服务中心

节能技术

CSTPCD
影响因子:0.601
ISSN:1002-6339
年,卷(期):2024.42(1)
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