本文的目的是研究和理解这种组合的动态，准备在新墨西哥阿尔伯克基的布里奇斯和帕克斯顿太阳能建筑的现场评估，通过国家科学基金会授予滨州州立大学的一项评估成为可能。这座太阳能建筑如图1所示。太阳能集热器将重新启动，并安装精确的仪器，以便在1974年10月1日开始的冬季供暖季节收集准确的性能数据。 这项研究的结果将与阿尔伯克基建筑的实际性能数据相关联。整个项目的目标是为咨询工程师开发综合信息，作为在美国任何地理区域设计类似太阳能辅助系统的标准。引文:研讨会，ASHRAE交易，第80卷，第2部分，蒙特利尔，QC

The object of this paper is to study and understand the dynamics of this combination of components in preparation for an on-site evaluation of the Bridgers and Paxton Solar Building in Albuquerque, New Mexico, an evaluation made possible through a grant awarded to The Pennsylvania State University by the National Science Foundation. This solar building is shown in Fig. 1. The solar collector will be reactivated and precise instrumentation installed so that accurate performance data will be gathered during the winter heating season beginning October 1, 1974. The results of this study will be correlated with actual performance data from the Albuquerque building. The objective of the overall program is to develop comprehensive information for consulting engineers to use as criteria for the design of similar solar energy assisted systems in any geographical area in the United States.