Zonal guarantee technology of indoor environment for the underground diesel generator plant, part II: Application

Xibin Ma, Jinsheng Wang, B. Cheng, Wenjie Liu, Guanzhong Peng
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Abstract

In this paper the ZGT (zonal guarantee technology), which has been introduced in the companion paper, is applied to the deep-buried underground engineering. Then, four novel ventilation and cooling systems for the underground diesel generator plant are presented. The optimization of the location of the fume exactor and exhaust duct and the speed of the supply air is done by the CFD simulation for one of the ventilation and cooling system. The results show that the ZGT could remove the residual heat and contaminant effectively. It is also advised that the form 1, in which the heated air is exhausted by both sides of the duct and the fume exactor locates on the lower right of the duct, may be the most effective one. According to the numerical experiment, the temperature and the velocity profile are controlled strictly when the speed of supply air is 0.8m/s.
地下柴油发电机组室内环境分区保障技术第二部分:应用
本文将前文介绍的分区保障技术应用于深埋地下工程。在此基础上,提出了地下柴油发电机组的四种新型通风冷却系统。对其中一个通风冷却系统进行CFD仿真,优化排烟器和排风道的位置及送风速度。结果表明,ZGT能有效去除余热和污染物。还建议将加热空气由风道两侧排出,排烟器位于风道右下方的形式1可能是最有效的一种。数值实验表明,当送风速度为0.8m/s时,温度和速度分布受到严格控制。
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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