Photovoltaic/thermal (PV/T) systems used to produce electricity and heat concurrently. The production and efficiencies of these systems were specified by the materials, design, and weather data of the location. In this study, a 100-Watt Web-configuration PV/T systems designed, tested, and evaluated in Sohar, Oman. Two identical Web configuration PV/T systems designed, installed, and compared with a conventional PV system. A water-based and a Silicon Carbide SiC nanofluid used in the PV/T systems tested to evaluate the enhancement of the PV/T production in term of electrical and thermal parameters. It is found that the PV electrical power increase from 55.2 W, to 63.16 W and 72.28 W for water-based and nanofluid based PV/T, respectively. Also, the temperature cell reduced (3.92% and 15.26%), electrical efficiency increased (8.51% and 20.21%), and thermal efficiency increased (29.0% and 43.3%) for water-based and nanofluid based PV/T, respectively. Based on the evaluation of the numerical and experimental results, it is concluded that the nanofluid enhances electrical and thermal behaviours and suitable for Oman weather.

光伏/热能（PV / T）系统，用于同时产生电能和热量。这些系统的生产和效率由该地点的材料，设计和天气数据指定。在这项研究中，在阿曼苏哈尔设计，测试和评估了100瓦Web配置的PV / T系统。设计，安装了两个相同的Web配置PV / T系统，并与常规PV系统进行了比较。对PV / T系统中使用的水基和碳化硅SiC纳米流体进行了测试，以评估电和热参数方面PV / T产量的提高。发现基于水和基于纳米流体的PV / T的PV电功率分别从55.2 W增加到63.16 W和72.28W。同样，温度传感器降低了（3.92％和15.26％），电效率提高了（8.51％和20.21％），水基和纳米流体基PV / T的热效率分别提高了（29.0％和43.3％）。根据数值和实验结果的评估，得出的结论是，纳米流体增强了电学和热学行为，并且适合阿曼天气。