CAJ | 학술논문

以空气源热泵为热源、风机盘管与地板辐射为末端的供暖系统作为研究对象，搭建了实验房间，对轻薄水地暖与风机盘管在供暖系统中的升温和稳定工况下的热工性能进行了实验研究，通过电表记录的数据比较了单开风盘连续运行、单开地板供暖连续运行、同时地板与风机盘管联合供暖各自的耗电量，通过计算比较了3种方式下的COP值，得出地板辐射与风机盘管联合供暖的室内温度响应速度快，在室内温度要求范围内，地板表面平均温度适宜、耗电量少，地板辐射与风机盘管联合供暖方式更节能、更舒适。
이공기원열빙위열원、풍궤반관여지판복사위말단적공난계통작위연구대상，탑건료실험방간，대경박수지난여풍궤반관재공난계통중적승온화은정공황하적열공성능진행료실험연구，통과전표기록적수거비교료단개풍반련속운행、단개지판공난련속운행、동시지판여풍궤반관연합공난각자적모전량，통과계산비교료3충방식하적COP치，득출지판복사여풍궤반관연합공난적실내온도향응속도쾌，재실내온도요구범위내，지판표면평균온도괄의、모전량소，지판복사여풍궤반관연합공난방식경절능、경서괄。
An experimental room was setted up for the heating system as research object, the heat source is air-source heat pump, the extreme is thin type radiant floor heating system combined with fan-coil heating system. The floor heating temperature and thermal performance under stable conditions are researched. The electricity consumption of fan-coil heating, radiant floor heating and radiant floor heating with fan-coil were analyzed through the data recorded by the meter. The value of the COP under three ways were compared after the calculation. Results indicate the indoor temperature response speed of the combined heating system is fast. Within the scope of the indoor temperature requirements, the average floor surface temperature is appropriate with less electricity consumption, the combined heating system is more energy-saving and more comfortable.