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本文从以下几个方面探讨了提高空调负荷软件实用性的技术措施：即和建筑软件的接口，自动从建筑图形中提取墙、窗、地面和屋顶的数据；用图形化技术采集负荷计算所需的原始数据；建立完备的气象资料数据库，程序根据城市代号自动从数据库中提取负荷计算所需的气象参数；自动向空调平面图传送温度、湿度和负荷计算结果，供选择风机盘管或其它空调设备之用；采用先进的空调负荷计算方法。此外还讨论了软件的容错性、默认值、产生图形化和文本形式的归档文件等问题。
In this paper, the technical measures to improve the practicability of air conditioning load software are discussed from the following aspects: the interface with building software, the automatic extraction of wall, window, floor and roof data from architectural drawings; the use of graphical technology to collect the load calculation Of the original data; establish a complete database of meteorological data, the program automatically extracted from the database according to the city code load calculation of the required meteorological parameters; automatic transmission to the air conditioning plan temperature, humidity and load calculation results for the selection of fan coil or other air-conditioning equipment The use of advanced air-conditioning load calculation. It also discusses the software’s fault tolerance, defaults, problems with creating graphical and textual archives.