在过去几年中，地板下空气输送系统与活动地板的结合使用快速增长。地板下系统能够改善空气质量和乘客舒适度，并扩展活动地板平台的服务灵活性，将机械服务涵盖到空间中。然而，如果要优化活动地板系统的灵活性，则在设计这些系统时必须小心，以避免地板（服务交付）空腔中出现不必要的障碍物。温度控制和分区策略应提供优越的乘员舒适性，同时保持开放式地板空腔的完整性。 本文讨论了许多问题以及实现这一点的可用替代方案。特别强调的是控制内部和周边区域的差异。单位:SICitation:Symposium，ASHRAE Transactions，第109卷，pt。1.

The use of underfloor air delivery systems in conjunction with raised access floors has had rapid growth in the past few years. Underfloor systems are capable of improving air quality and occupant comfort levels as well as extending the service flexibility of the raised floor platform to encompass the mechanical services to the space. However, care must be afforded during the design of these systems to avoid unnecessary obstructions in the floor (service delivery) cavity if the flexibility of the raised floor system is to be optimized. Temperature control and zoning strategies that provide superior occupant comfort yet maintain the integrity of the open floor cavity should be favored.This paper discusses many of the issues and available alternatives to accomplishing this. Particular emphasis is directed toward the differences in controlling interior and perimeter zones.Units: SI