Performance profile of cooling condensation atmospheric water generators in Ga-Rankuwa, South Africa

Typical meteorological year (TMY) of Ga-Rankuwa, South Africa was developed using climate simulation model data. This data was sourced from the meteorological service, Meteoblue (2015-2020). Temperature and relative humidity were the parameters used. The TMY was used as an indicator of the temperature and relative humidity climate profile of the study area at the time of the study. 
A water generation profile forecasting water yield under specific temperature and relative humidity conditions from the cooling condensation atmospheric water generators (AWG) is shown in the AWG water generation performance sheet - Interpolation Graphs. Data points were interpolated from water perfomance guideline ranges provided by the original equipment manufacturer. 
Realtime temperature and relative humidity forecasts and measured water yield recordings of  AWGs operating between March, 2020 and May, 2021. The graphical analyses of the calculated and measured water yield of cooling condensation atmospheric water generators operating in Ga-Rankuwa, under pristine conditions and modification using an evaporative cooling system (ECS) are represented in the graphical analyses of water yield dataset.

南非加-兰库瓦典型的气象年（TMY）系采用气候模拟模型数据开发而成。该数据源自气象服务提供商Meteoblue（2015-2020年）所提供的数据。温度与相对湿度为所采用的参数。TMY作为研究区域在研究时段的温度与相对湿度气候特征的指示器被使用。在AWG水生成性能表中——插值图中展示了在特定温度和相对湿度条件下，冷却冷凝大气水生成器（AWG）的水生成量预测曲线。数据点通过从原始设备制造商提供的水性能指南范围进行插值得到。此外，还展示了2020年3月至2021年5月期间AWG实时温度和相对湿度预报以及实测水生成量的记录。在水资源生成数据集的图形分析中，展示了在加-兰库瓦运行的冷却冷凝大气水生成器在原始条件及采用蒸发冷却系统（ECS）改良条件下的计算水生成量与实测水生成量的图形分析。