An electrical power plant is an essential part of urban architecture; however, ambient humidity has significant influence on the monitoring procedures for industrial gas turbines that serve as the heart of a power plant’s operation. Therefore, the effects of continuous wet weather on the microclimate environment of electrical power plants were investigated. A strong linear relationship appeared in the average temperature and the black globe temperature (0.91) and was followed by the average temperature and the building height (0.79). Approximately 89.96% of subjects felt comfortable in terms of thermal sensation; however, approximately 30.3% of subjects felt very uncomfortable, while approximately 57.9% felt conditions were intolerable with regards to the humidity sensation. The building height impacted the percentage change of a gas turbine’s performance-related quantities. These performance-related quantities could be influenced by the change in the water-air ratio of that accompanies continuous wet weather, which in turn leads to the related quantities perhaps being rather large and substantially larger than the actual values. The held way had significant impact on the percentage change of performance-related quantities. This study offers some important insights into the operation of electrical power plants and possible improvements to a working environment during continuous wet weather.

电厂是城市建筑的重要组成部分。但是，环境湿度对作为发电厂运行核心的工业燃气轮机的监视程序有很大影响。因此，研究了持续潮湿的天气对发电厂小气候环境的影响。平均温度和黑球温度（0.91）之间存在很强的线性关系，其次是平均温度和建筑物高度（0.79）。大约89.96％的受试者在热感方面感到舒适；然而，大约30.3％的受试者感到非常不适，而大约57.9％的受试者感到湿度感觉无法忍受。建筑高度影响了燃气轮机性能相关数量的百分比变化。这些与性能相关的数量可能会受到连续潮湿天气伴随的水空气比变化的影响，这反过来导致相关的数量可能相当大，并且大大超过实际值。保持方式对与绩效相关的数量的百分比变化具有重大影响。这项研究对发电厂的运行以及连续潮湿天气期间工作环境的可能改善提供了一些重要见解。这反过来导致相关的量可能相当大并且大大大于实际值。保持方式对与绩效相关的数量的百分比变化具有重大影响。这项研究对发电厂的运行以及连续潮湿天气期间工作环境的可能改善提供了一些重要见解。这反过来导致相关的量可能相当大并且大大大于实际值。保持方式对与绩效相关的数量的百分比变化具有重大影响。这项研究对发电厂的运行以及连续潮湿天气期间工作环境的可能改善提供了一些重要见解。