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Field Measurement Investigation of Improving Indoor Air Quality by Total Heat Exchanger in an Office Building

机译:办公楼总热交换器改善室内空气质量的现场测量调查研究

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Indoor air quality affects working quality and efficiency particularly for those who work in the office for prolonged period. Poor air quality even compromises health of the staff in the office. For the air-conditioning system using package type or split type air conditioner, introducing the fresh air will improve the indoor air quality of the office. However, it will increase the energy consumption of the air-conditioning system. Attempting to improve indoor air quality with less power consumption, this study conducts the case study of a total heat exchanger retrofitted in an office building in Taiwan. Field measurement of indoor temperature, humidity, CO2 concentration and energy consumption have been compared comprehensively after installing the total heat exchanger. Results indicated that the CO2 concentration decreases obviously and thermal comfort evaluation improves satisfactorily after the installation of total heat exchanger even though power consumption increased slightly. It reveals that it is feasible to improve the indoor air quality effectively with less power consumption approach in the office specifically for the air-conditioning system using package type or split type air conditioner.
机译:室内空气质量影响工作质量和效率,特别是对于长时间工作的人来说。空气质量差甚强,甚至会妥协办公室的工作人员的健康。对于使用封装式或分体式空调的空调系统,介绍新鲜空气将提高办公室的室内空气质量。但是,它将增加空调系统的能量消耗。该研究试图改善电源消耗量较少的室内空气质量,案例研究台湾办公楼的总热交换器。在安装总热交换器之后,在安装室内温度,湿度,二氧化碳浓度和能量消耗的场测量。结果表明,在安装总热交换器之后,CO2浓度明显降低,热舒适性评估令人满意地改善了总热交换器,即使功耗略有增加。它揭示了在使用封装式或分体式空调的空调系统的办公室中有效地提高室内空气质量,有效地提高室内空气质量是可行的。

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