介绍了建筑分析和系统热力学（BLAST）能量分析程序中五种蒸发冷却器配置的开发。这些模型使我们能够在一个逐小时的年度能源分析计划中分析直接、湿式和干式盘管间接以及两级间接和直接蒸发冷却器的配置。显示了模型的发展及其与风机系统运行的功能关系。该实施允许评估替代方案，以确定所有类型的蒸发应用和天气场所的可行性。本文给出了一个教育中心在不同天气地点使用不同蒸发冷却器配置的结果，以证明模型的能力。关键词:蒸发式水冷却器，蒸发冷却，计算，直接冷却，间接冷却，性能，可行性，计算机编程: 研讨会，ASHRAE Trans。1991年，第97卷，第2部分

Presents the development of five evaporative cooler configurations for the Building Analysis and Systems Thermodynamics (BLAST) energy analysis program. The models make it possible to analyse direct, wet- and dry-coil indirect, and two-stage configurations of indirect and direct evaporative coolers in an hour-by-hour annual energy analysis program. Shows the development of the models and their functional relationship to fan system operation. This implementation permits evaluating alternatives to determine feasibility for all types of evaporative applications and weather sites. Results are presented for an education centre at various weather sites using the different evaporative cooler configurations to demonstrate the capability of the models.KEYWORDS: evaporative water coolers, evaporative cooling, calculating, direct cooling, indirect cooling, performance, feasibility, computer programs