论文部分内容阅读
该水电站位于赤道线上的热带雨林气候区,全年平均相对湿度为90%。介绍了该水电站工程的设计依据、工程概况及设计中遇到的困难。在方案阶段,实测得到的温湿度数据与预估方法的计算值基本接近。给出了设备照明发热量的计算和通风气流组织设计。阐述了所采取的技术措施:温度湿度独立控制技术、空调水大温差设计、气流组织保证措施、非常规压水发电工况下的环境影响分析、通风排烟措施。
The hydropower station is located in the tropical rainforest climatic zone on the equator, with an average annual relative humidity of 90%. The design basis, engineering overview and difficulties encountered in the design of the hydropower station are introduced. In the program stage, the actual measured temperature and humidity data and the estimated method of the calculated value is basically close. The calculation of heating value of equipment lighting and the design of ventilation air flow are given. The technical measures adopted are described as follows: independent control of temperature and humidity, large temperature difference design of air conditioning, guaranteeing of air flow structure, environmental impact analysis under unconventional pressure water power generation and ventilation and smoke exhausting measures.