@thesis{thesis,
		author={Devrifqi  Uray Muhammad and Mowaviq  Muhammad Imbarothur},
		title ={Rancang Bangun Pembangkit Listrik Hibrida Tenaga Surya dan Bayu Untuk Pompa Aerator Kolam},
		year={2021},
		url={http://156.67.221.169/3996/},
		abstract={Electrical energy is one of the energies that has become a primary demand for society. In the production of electrical energy, a power plant is needed which in its production does not give a negative impact on the environment. Therefore, developing eco-friendly technology power plants which are often referred to as EBT (New Renewable Energy) is being intensified, the simulation of combining PLTS and PLTB into a single hybrid system with off-grid mode can be an alternative solution to the above problems. The system is designed with the flow of solar and wind power plants being combined into one through a 700 W hybrid controller, then from the controller, it will be connected to the battery with a voltage of 12V, and from the battery, it will continue flow to the pool aerator pump load of 25 W with voltage conversion from 12 V to 220 V. using an inverter. From the results of monitoring data loggers, the average energy per day that can be produced by PLTS is in the range of 316.84 Wh. While the average energy per day that can be produced by PLTB is in the range of 67.77 Wh. Then on the results of IoT monitoring, it is found that the average energy that can be used by the load in a time range of 14.2 hours is 242.25 Wh. There is residual energy of 142.36 Wh which can be stored in the battery.}
		}