当使用Ondol（韩国传统地板辐射供暖系统）应用地板辐射冷却系统时，重要的是选择精确的控制方法，以保持稳定的室温和地板表面温度，并防止表面冷凝。因此，有必要对各种控制方法进行系统化，并对各自的控制方法进行比较研究，以便能够有效地控制地板辐射供暖和制冷系统。除了评估室温和地板表面温度的稳定性水平外，我们还进行了这项研究，以寻找一种控制方法，在没有除湿系统的情况下，将冷却期间的冷凝降至最低。 基于这项研究的结果，我们将开发一个与除湿系统集成的地板辐射供冷系统。我们的目标是与关注冷凝的人一起处理室内舒适性问题。本研究通过计算机模拟和模型实验对地板辐射供暖和制冷系统的控制方法进行了对比分析。并且，根据我们对各自控制方法的控制性能的分析结果，我们评估了地板辐射供暖和制冷系统控制方法的适用性。单位:SICitation:ASHRAE交易，第110卷，pt。2.

When applying the radiant floor cooling system using Ondol—the Korean traditional radiant floor heating system— it is important to select a precise control method to maintain a stable room temperature and floor surface temperature and prevent surface condensation. Therefore, it is necessary to systematize various control methods and to conduct a comparative study of the respective control methods so as to be able to control the radiant floor heating and cooling system efficiently.As well as evaluating the level of stability of room temperature and floor surface temperature, we performed this study to search for a control method to minimize condensation during the cooling period without a dehumidification system. Based on the results of this study, we are going to develop a radiant floor cooling system integrated with a dehumidification system. We aim to deal with indoor comfort in company with concern for condensation.In this study, computer simulations and model experiments were performed for this comparative analysis on control methods used for the radiant floor heating and cooling system. And, on the basis of the results of our analysis on the control performances of respective control methods, we evaluated the applicability of control methods for the radiant floor heating and cooling system.Units: SI