Study of the Condensing Unit Operating Modes of the Power Unit of a 300 MW Thermal Power Plant

A. Babushkin, A. Malykov, Hau Phuc Nguyen
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Abstract

The article presents the results of the analysis of the operation main modes of the condenser for a 300 MW power unit capacity of a K-300-240-2 KhTGZ turbine. The article presents graphs of the dependence of steam consumption at power consumption in the condenser and heating, the change in the final enthalpy at the pressure flow in the condenser, etc. Calculation of the condenser thermal balance of the power unit was carried out on the basis of the power plants classical calculation of thermal circuits. Based on the obtained results, a mathematical model was developed that can use in the development of a prototype hardware complex for controlling the rotation of the blades, taking into account the correction for changes in the vacuum characteristics and load characteristics of the power unit.
某300mw火电厂动力机组凝汽机组运行模式研究
本文介绍了K-300-240-2型KhTGZ型水轮机300 MW机组凝汽器主要运行模式的分析结果。本文给出了凝汽器功率耗汽量与供热量的关系图、凝汽器压力流时终焓的变化等。在电厂热回路经典计算的基础上,进行了机组凝汽器热平衡计算。基于所获得的结果,建立了一个数学模型,该模型可用于开发用于控制叶片旋转的原型硬件综合体,并考虑了对真空特性和动力单元负载特性变化的校正。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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