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Comparative economic assessment of the energy performance of air-conditioning within the Mexican residential sector

机译:墨西哥住宅部门中空调能源性能的比较经济评估

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This work shows a sensitivity analysis of the economic impact of different energy performances of air-conditioning within the Mexican housing sector. For this purpose, a cooling-load calculator program in function of the indoor temperature is developed. The program also calculates the electricity consumption along with the expenditure with the different residential rates of the Mexican Federal Commission of Electricity (CFE, initials in Spanish) set according to the season of the year and zone of the country. After the results onto the national-scale scenario are validated with the literature, a sensitivity analysis is carried out by changing three parameters that are considered as influential on the consumption and which can be considered as energy saving strategies. With these strategies, it is found that the indoor temperature decrease due to the use of a passive cooling system is the most important characteristic to take into account followed by the coefficient of performance (COP) of the air-conditioning and the increase of the comfort temperature set-point, respectively. Thereby, an economic analysis is carried out, finding an annual saving up to 770 USD within a single air-conditioned dwelling having a payback period of 3 years for using a combination of passive cooling techniques and increasing the comfort temperature set-point; or a 2 years payback period if the air-conditioning is changed by a high-efficient equipment.
机译:这项工作显示了对墨西哥住房部门中不同空调性能的经济影响的敏感性分析。为此,开发了一种具有室内温度功能的冷负荷计算器程序。该程序还将根据年度季节和国家/地区设置的墨西哥联邦电力委员会(CFE,西班牙语缩写)的不同住宅费率来计算用电量以及支出。在将结果应用于全国范围的情景中并通过文献进行验证后,通过更改被认为对消费有影响并且可以被视为节能策略的三个参数来进行敏感性分析。通过这些策略,发现由于使用被动冷却系统而导致的室内温度下降是要考虑的最重要特征,其次是空调的性能系数(COP)和舒适性的提高。温度设定点。因此,进行了一项经济分析,发现通过结合使用被动冷却技术和提高舒适温度设定点,在一个投资回收期为3年的空调住宅中,每年可节省多达770美元;如果使用高效设备更换空调,则将获得2年的回收期。

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