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A Field Study Of Thermal Comfort In Low-income Dwellings In England Before And After Energy Efficient Refurbishment

机译:节能翻新前后英国低收入家庭的热舒适性的现场研究

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This study investigates the effect of England's Warm Front energy efficient refurbishment scheme on winter thermal comfort in low-income dwellings. The analysis is based on an extensive survey of some 2500 dwellings selected from five major urban areas in England over the winters of 2001/02 and 2002/ 03. The surveys were carried out either before or after the introduction of retrofit insulation and energy efficient heating system. Self-reported thermal comfort (measured on a seven-point scale) and indoor temperature in the living room and in the main bedroom were recorded twice daily at 8 a.m. and 7 p.m. over 11 consecutive days. Results show that Warm Front was effective in increasing the mean indoor temperature from 17.1 ℃ to 19.0 ℃ leading to an increase in the proportion of households feeling thermally 'comfortable' or warmer from 36.4% to 78.7%. Warm Front also led to a slight increase in the whole house neutral temperature, i.e. the temperature at which most residents feel thermal neutrality, from 18.9 ℃ to 19.1 ℃ mainly from reduced clothing level associated with greater energy efficiency. Predicted Mean Vote, which is the standard thermal comfort model in ISO Standard 7730 predicted a higher neutral temperature of 20.4 ℃ compared to 18.9 ℃ found to be ideal among the average Warm Front households.
机译:这项研究调查了英格兰的Warm Front节能翻新计划对低收入家庭的冬季热舒适性的影响。该分析基于对2001/02和2002/03冬季选自英格兰五个主要城市地区的2500所住房的广泛调查。这些调查是在引入保温隔热和高能效采暖之前或之后进行的。系统。每天早上8点和晚上7点记录两次自我报告的热舒适度(以7分制测量)和客厅和主卧室的室内温度。连续11天以上。结果表明,“暖锋”可以有效地将室内平均温度从17.1℃提高到19.0℃,从而使感到“舒适”或“温暖”的家庭比例从36.4%增加到78.7%。暖锋还导致整个房屋的中性温度(即大多数居民感到热中性的温度)从18.9℃升高到19.1℃,略有增加,这主要是由于衣物水平的降低和更高的能源效率所致。预测平均投票是ISO标准7730中的标准热舒适模型,预测中性温度更高,为20.4℃,而对于一般的暖锋家庭来说,理想的中值为18.9℃。

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