摘要
根据我国现行气象站观测的实际状况以浙江气象观测资料为例,按DOE-2软件数据输入格式要求,建立了典型气象年(Typical Meteorological Year)气象资料开发的流程和方法,重点探讨无太阳辐射观测城市的逐时辐射量推算问题,开发了满足建筑能耗动态模拟计算的气象要素资料集,为有关标准实施提供科学基础。该文的研究成果已在浙江省建筑节能设计标准编制中应用,同时为太阳能资源的科学评估提供了客观的方法。
DOE-2 is recommended as a standard software to model the energy consumption of buildings dynamically, which was developed by America Lawrence-Bliley National Laboratory. During the application of DOE-2, the general meteorological data do not adapt to the input module of the software, it is one of the key problems to develop some algorithm to transfer the data format. Based on the current state of meteorological data in China and the need of the input module of DOE-2, an algorithm is used to calculate the data in typical meteorological years. A database is established for the Chinese national standard on dynamically modeling of energy consumption in dwelling buildings. The method is applied in the guide line of the energy saving design of resident buildings in Zhejiang province.
出处
《太阳能学报》
EI
CAS
CSCD
北大核心
2008年第1期119-124,共6页
Acta Energiae Solaris Sinica
基金
浙江省科技计划项目(2006C23088)
关键词
建筑节能
典型气象年
太阳辐射
逐时气象资料
energy saving
energy consumption
typical meteorological year
solar radiation
hourly meteorological data
