1) double reheat supercritical unit
二次再热超临界机组
1.
On this basis, obtained were a rapid model building method for determining the mass and energy balance of the double reheat supercritical unit as well as a method for the linear analysis of vario.
建立了计算锅炉吸热量、汽轮机作功、凝汽器放热量的线性模型 ,并通过分析抽汽和各种附加汽水成分对热力系统质量及热量平衡的作用和影响 ,得出二次再热超临界机组质热平衡关系的快速建模方法及各种附加成分的线性分析方法 ,用线性方法实现了对二次再热超临界机组锅炉吸热量、汽轮机功率及凝汽器放热量的全面分析与计算。
2) supercritical pressure power unit with second reheat
二次再热超临界
1.
Study of circulation heat calculating model for thermal system in supercritical pressure power unit with second reheat cycles;
二次再热超临界机组热力系统循环吸热量计算
2.
In this paper the authors developed the heat economy calculating model of thermal system in supercritical pressure power unit with second reheat cycles by mathematical derivation strictly,used for calculation of both unit new steam making power and circulation heat,based on the normal energy balance method and basic theory of equivalent heat drop.
以常规热平衡方法和等效热降的基本理论为基础,经过严格的数学推导,建立了既能用于其单位新蒸汽作功又能用于循环吸热量计算的二次再热超临界机组热力系统通用计算模型,实例计算结果与常规法完全一致,为此类机组热经济性与局部因素的快速准确定量计算奠定了基础,并可应用于其它任何凝汽式火电机组热力系统。
3) secondary reheat fossil fuel-fired unit
二次再热机组
1.
Matrix method of heat economy analysis for secondary reheat fossil fuel-fired unit;
结合等效热降理论和矩阵,经过理论分析,给出了适于二次再热机组热力系统经济性定量分析的扩展型能效分布矩阵方程。
4) supercritical unit thermal cycle
超临界机组热力循环
5) supercritical unit
超临界机组
1.
Discussion of the 600MW supercritical unit design optimization;
600MW超临界机组设计优化探讨
2.
Economic operation of circulating pumps of 600 MW supercritical units;
600MW超临界机组循泵经济运行分析
3.
Superheated steam temperature control systems for 600 MW supercritical units;
600MW超临界机组过热汽温控制系统分析
6) supercritical power unit
超临界机组
1.
Mechanism analysis and treatment for HP heater trip under the coordinated control condition of 600 MW supercritical power units;
600MW超临界机组CCS工况下高压加热器跳闸机理分析与处理办法
2.
Prevention measures for too high main steam temperature during the running up of 600 MW supercritical power unit;
600MW超临界机组冲转时主蒸汽温度偏高的防治措施
3.
An introduction is being presented to the initiation conditions and main actions of feed pump RUNBACK(RB) operation that may be encountered by domestic 600 MW supercritical power units,together with a detail description to 3 RB tests and corresponding abnormal conditions arisen during testing.
介绍了国产600 MW超临界机组给水泵故障减负荷(RUNBACK)的种类、主要动作,详细描述了3次给水泵RUNBACK试验过程及发生的异常情况,分析了引发RUNBACK的原因,并提出了控制系统在逻辑上的完善化措施。
补充资料:超临界燃煤发电机组
超临界燃煤发电机组:指容量为60万千瓦以上,主蒸汽压力达到25兆帕以上,温度达到593-650℃或者更高的参数,并具有一次再热或二次再热循环的燃煤发电装置,具有煤耗低、环保性能好、技术含量高的特点,机组热效率能够达到45%左右。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条