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With the meteorological data of the ten representative cities from nine typical climate zones of North America as the external conditions, timber and timber units are set as reference models and, accordingly bamboo and bamboo units of the same construction and space size as evaluation models. The performance on levels of material, building component, and space unit are compared, with comprehensive consideration of the representative conditions in terms of the external climate, building function, construction type and HVAC. The reference timber units for comparison are set as benchmarks to provide performance assessment on the application of bamboo in building envelope.
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Generally, the indoor air temperature T i in the range 20–26 °C and the relative humidity RH i in the range 40–60% are regarded as the corresponding comfort range. However, in this study, the annual hours of T i and RH i in these ranges are too little, and the hours of RH i between 40 and 60% are even 0 in certain cases, which make it unable to be compared by the ratio between the BC and NC model groups. Therefore, as the evaluation indicators, the range of RH i and T i are, respectively, enlarged to 30–70% and 18–28 °C.
The Hygrothermic department of Fraunhofer IBP used to compare the simulation results of WUFI Plus in parallel with the comprehensive energy consumption simulation computer programs including EnergyPlus and TRANSYS, showing that the difference of all indicators is within 5%.
潘毅群. 实用建筑能耗模拟手册 [M]. 北京: 中国建筑工业出版社, 2013/Pan YQ (2013) Building energy simulation handbook. China Architecture & Building Press, Beijing
- Hygrothermal Performance Assessment on Bamboo Building Envelope in Typical Climate Regions
- Chapter 4