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VENTILATION, ENERGY AND INDOOR AIR QUALITY

机译:通风,能源和室内空气质量

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As ventilation is a significant consumer of energy the rates of ventilation have often been minimised, particularly after the energy crisis in the early 70's, in order to reduce equipment and energy costs. Buildings, particularly those in cold climates, have also become more airtight a factor which has reduced ventilation airflow through the building envelope. This has caused in many countries indoor air quality problems. It has been shown that ventilation rates have adverse effects on communicable respiratory illnesses; on sick building syndrome symptoms; on productivity and perceived air quality. In many studies, the prevalence of sick building syndrome symptoms has also been associated with the characteristics of ventilation systems. Often the prevalence of SBS symptoms is higher in air-conditioned buildings than in naturally ventilated buildings. The evidence suggests that improvements in the hygiene, commissioning, operation and maintenance of air handling systems may be particularly important for reducing the negative effects of air conditioning systems.
机译:由于通风是能源的主要消耗者,因此通风率通常被最小化,尤其是在70年代初的能源危机之后,以降低设备和能源成本。建筑物,特别是寒冷气候下的建筑物,也变得更加气密,这是减少了穿过建筑物围护结构的通风气流的一个因素。这已经在许多国家引起室内空气质量问题。研究表明,通气率对传染性呼吸道疾病有不利影响。关于病态建筑综合症的症状;生产率和空气质量感知在许多研究中,患病建筑综合症症状的流行也与通风系统的特征有关。通常,在空调建筑物中,SBS症状的患病率要比在自然通风的建筑物中高。有证据表明,改善空气处理系统的卫生,调试,操作和维护对于减少空调系统的负面影响尤其重要。

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