A thermal evaluation of a trombe wall system (TW) for heating in a Mexican city with a climate within the Köppen classification of Cwa-Cwb is presented. To predict the thermal behavior of the system, a computational code was developed based on the global balance method which was fed with the coldest day and the warmest day weather data of each month. In a first stage, the effect of the wall material was analyzed on the thermal energy supplied by the system, while the second stage addressed the annual thermal evaluation of the TW. It was found that concrete provides 30% more energy than an adobe wall and 23% more than a brick wall. The TW system supplies a total annual energy of 26.87 kWh/m², presenting a greater amount of supply during autumn and winter with a maximum of 2.19 and 2.67 kWh/m² corresponding to the coldest day of December and the warmest day of February. On the other hand, during the spring and summer months, it is recommended to dispense the TW system, since it is not able to counteract thermal losses to ambient and could present an unfavorable behavior.

介绍了墨西哥城市采暖用 trombe 墙系统 (TW) 的热评估，该城市气候属于Cwa - Cwb的 Köppen 分类。为了预测系统的热行为，基于全球平衡方法开发了一个计算代码，该方法提供了每个月最冷天和最热天的天气数据。在第一阶段，分析了墙体材料对系​​统提供的热能的影响，而第二阶段则解决了 TW 的年度热评估。结果表明，混凝土提供的能量比土坯墙多 30%，比砖墙多 23%。TW 系统每年提供的总能量为 26.87 kWh/m ², 秋冬季供电量较大, 12月最冷日和2月最暖日分别为2.19和2.67 kWh/m ²。另一方面，在春季和夏季，建议免除 TW 系统，因为它无法抵消环境中的热损失，并且可能会出现不利的行为。