本文描述了合理冷水机组最大容量估算方法的发展。该技术与台湾的TMY2天气文件一起，用于通过DOE-2开发标准的年度制冷机能耗。自1995年以来，中央空调建筑一直受到传统的“建筑围护结构节能设计”的监管，事实证明，它有效地防止了暖通空调系统在台湾的大量能源使用。因为许多建筑人员不具备执行DOE的能力- 2.在模拟中，有必要开发一种简化的方法，使冷负荷计算过程不那么复杂，并同样提供一种估算其年能源使用量的基本方法。这使建筑师能够轻松地从初始设计阶段就HVAC能源使用审查建筑围护结构设计。单位:SICitation:ASHRAE Transactions，第113卷，pt。2.

This paper describes the development of an estimation method of rational chiller maximum capacity. This technique, in conjunction with Taiwan’s TMY2 weather file, is used to develop the standard annual chiller energy consumption via DOE-2. Since 1995, central air-conditioned buildings have been regulated by the conventional “building envelope energy conservation design,” and it has proved to effectively prevent the HVAC system from vast energy use in Taiwan. Because many architectural personnel do not have the capability of executing the DOE-2 simulation, it is necessary to develop a simplified method that makes the cooling load calculation process less complicated and also similarly provides a basic way of estimating its annual energy usage. This enables architects to easily review building envelope design with respect to HVAC energy use from the initial design phase.Units: SI