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LOAD FORECASTING OF RESIDENTIAL ROW HOUSES BLOCKS IN TAIWAN

机译:台湾住宅排屋块的负载预测

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The purpose of this paper is to probe into the energy consumption of urban in Taiwan. Through the investigation and analysis of electricity consumption data from residential city blocks, this study discusses the difference of electricity consumption in row houses while they are located in different urban block patterns. There are 59 blocks, which 1,941 houses are included in, chosen to be the samples. Among them, 599 households and 434 commercial uinits are valid samples. The average energy use intensity (EUI) is up to 33.29kWh/(m2.yr). Considering azimuth, the average EUI of the westelevated house is 1.33 times than that of the northelevated house. Electricity consumption of air conditioning (AC) in housing accounts for 15.56% of the annual. Furthermore, three prediction equations are proposed in the end. The first is designed for predicting the EUI of household town house, the others are directed against the whole block area. Basing on the confidence of 95%, the R2 is between 0.82 to 0.98.
机译:本文的目的是探讨台湾城市的能源消耗。通过从住宅城市街区的电力消费数据调查和分析,本研究讨论了行房屋的电力消耗差异,同时位于不同的城市块模式。有59个块,其中1,941个房屋包含在内,选择是样品。其中,599户和434家商业UINITS是有效的样本。平均能量使用强度(EUI)高达33.29kWh /(m2.yr)。考虑到方位角,Westelevated House的平均EUI比Northelevated House的平均EUI是1.33倍。住房空调(AC)的电力消耗占年度的15.56%。此外,最后提出了三个预测等式。首先是为了预测家庭城镇房屋的欧盟而设计,其他人则针对整个街区区域。基于95%的置信度,R2为0.82至0.98。

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