本工作说明书的基本目标是，使用空调空间的简化羽流多层热模型，为确定冷却天花板和置换通风（CC/DV）系统的尺寸制定通用设计图。第二个目标是针对不同的控制策略优化CC/DV系统的运行参数，以提高系统对负载瞬态变化的响应，并在保持热舒适性和室内空气质量的同时减少能耗。通过实验验证了设计图和优化工具的有效性。本最终报告分为五个主要部分。第一部分简要介绍了CC/DV系统运行设计图的相关文献。第二部分介绍了简化的壁烟羽多层模型和除灰方案。该模型是开发设计图表的基础。第三部分讨论了设计图的开发、实验验证和3- 并举例说明如何使用这些图表来设计冷却天花板置换通风的两个子系统。Zip文件，包含最终报告的PDF以及支持数据和Fortran代码的副本，大约12 MB。单位:双

The basic objective of this work statement was to develop general design charts for sizing the chilled-ceiling and displacement ventilation (CC/DV) system using a simplified plume-multilayer thermal model of the conditioned space. The second objective was to optimize CC/DV system operational parameters against different control strategies to improve system response to transient changes in the load and reduce energy use while maintaining the thermal comfort and indoor air quality. Both the design charts and optimization tool were validated by experimentation.This final report is separated into five main parts. The first part is a short introduction of literature on design charts for CC/DV system operation. The second part describes the simplified wall-plume-multi-layer model and the descitization scheme. The model is the basis for developing the deign charts. The third part discusses the design charts development, validation by experimentation and 3-D simulations, and an example on how to use the charts for designing the two subsystems of chilled ceiling displacement ventilation.Zip file containing a PDF of the final report and copies of supporting data and Fortran code, approximately 12 MB.Units: Dual