与天花板辐射冷却板集成的专用室外空气系统（DOA）作为一种并行的显式冷却系统，正被视为商业建筑传统变风量（VAV）系统的替代品，因为其节能、成本和运行成本以及室内空气质量优势。一个DOAS/辐射板冷却系统的试点项目正在一所大学校园建设中，以研究其在实际应用中相对于替代冷却系统的优势。在试点系统实际运行之前，估计了DOAS/辐射冷却板系统相对于带有空气侧省煤器控制的VAV系统的节能潜力。每小时能源模拟预测，先导DOAS/辐射板冷却系统的年电能消耗比传统的带空气的VAV系统低42%- 侧面省煤器。单位:双引文:研讨会，ASHRAE交易，第109卷，第。堪萨斯城，2003年

Dedicated outdoor air systems (DOAS) integrated with ceiling radiant cooling panels as a parallel sensible cooling system are being considered as an alternative to conventional variable air volume (VAV) systems for commercial buildings because of their energy conservation, first and operating costs, and indoor air quality advantages. A pilot DOAS/radiant panel cooling system is being constructed on a university campus to investigate its advantages over alternative cooling systems in a real application. Prior to the actual operation of the pilot system, the energy conservation potential of the DOAS/radiant cooling panel system relative to a VAV system with air-side economizer control was estimated. Hourly energy simulation predicts that the annual electrical energy consumption of the pilot DOAS/radiant panel cooling system is 42% less than that of the conventional VAV system with air-side economizer.Units: Dual