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本文着重叙述利用IBM-PC/XT微机,进行建筑物空调能耗分析的《VCD-I》电算方法.近年来,国外动态负荷计算的大型电算程序,虽已相继引入我国,但因目前国內大型机尚难普及,加之,作为计算的原始输入数据(动态负荷计算用气象资料),尚无公认和实用的资料,致使该先进方法,难以在国内普及推广.为此,作者在研究此种气象资料构成方法并已获得了广州地区气象数据的基础上[4],结合我国空调建筑的构造和使用特点,对日本标准动态负荷计算程序《HASP/ACID/8001》,采用模块化等复盖技术,进行了改编并移植到IBM-PC/XT微机上.经过编泽汇编成空调动态负荷计算的应用软件,暂命名为《VCD-I》程序,以便推广调用.本文,旨在说明《VCD-1》程序的编制过程及使用方法.
This article focuses on the use of IBM-PC/XT microcomputers for the “VCD-I” computerized method for energy analysis of building air conditioners. In recent years, large-scale computer programs for dynamic load calculation in foreign countries have been introduced into China, but due to the current Domestic mainframes are still difficult to popularize, and in addition, as the calculated raw input data (meteorological data for dynamic load calculation), there is no recognized and practical data, which makes it difficult to popularize and popularize in the country. Therefore, the author is studying This meteorological data composition method has been obtained on the basis of meteorological data of Guangzhou region [4]. Combining the construction and use characteristics of China’s air-conditioning construction, the Japanese standard dynamic load calculation program “HASP/ACID/8001” adopts modularization, etc. Overlay technology, adapted and ported to IBM-PC/XT microcomputer. After compilation and compilation of the application software for air conditioning dynamic load calculation, tentatively named “VCD-I” program, in order to promote the call. This article aims to explain “VCD-1” program preparation process and use.