A novel Heat Pump-Photovoltaic/Thermal (HP-PV/T) integrated system designed to meet space heating and cooling, electricity generation, domestic hot water production efficiently is a proposed experimental research study. The heat pump running with two evaporators and two condensers operating as air-water and air-air in the HP-PV/T integrated system has been specifically manufactured. This multi-purpose system can be operated day and night in different seasons and modes (heating and cooling mode) throughout the year. In this study, the thermodynamic and experimental analyses of the HP-PV/T integrated system were carried out. Also, efficiency definitions have been meticulously made for different modes of the operating system, and the performance of this system has been investigated according to relying on these definitions. As a result of the hourly analyses, it is observed that the respective COP obtained by using the heat pump integrated with the PV/T collectors is up to 25.2% more compared to the heating COP of the heat pump. In consequence of the experiments carried out in the cooling and heating mode of the HP-PV/T integrated system, it was comprehended that the cooling and heating mode utilization rates of the system are respectively bounded between 1.94 to 2.43 and 1.15 to 1.25.

一种新型的热泵-光伏/热（HP-PV/T）集成系统旨在有效满足空间加热和冷却、发电、生活热水生产的需求，这是一项拟议的实验研究。在HP-PV/T集成系统中运行的带有两个蒸发器和两个冷凝器的热泵作为空气-水和空气-空气运行是专门制造的。这种多用途系统可以全年在不同季节和模式（加热和冷却模式）中昼夜运行。在本研究中，对 HP-PV/T 集成系统进行了热力学和实验分析。同时对操作系统的不同模式进行了细致的效率定义，并根据这些定义对系统的性能进行了考察。作为每小时分析的结果，观察到与热泵的加热 COP 相比，通过使用与 PV/T 集热器集成的热泵获得的相应 COP 高达 25.2%。通过在HP-PV/T一体化系统的冷热模式下进行的实验，了解到系统的冷热模式利用率分别在1.94～2.43和1.15～1.25之间。