Abstract: This study presents design of 1.2 kW wind power generation using 24 V DC bus system equipped with batteries as energy storage system to be installed in Purbalingga City, Jawa Tengah, Indonesia. Two 300 W wind Turbines and a 600 W wind Turbine are used to capture the wind energy to be converted into electricity. The wind power is designed to be integrated with thermal solar power generation as a hybrid power generation system. Battery charge controllers are applied to control the energy stored into the batteries. The 24 DC voltage of the batteries system are convert into Alternating Current (AC) to supply the AC power load by using power inverters. Some measurement and experimental test results of the wind power system installed in Purbalingga City, Jawa Tengah are presented in the study to explore the performance of the wind power system. The annual energy production analysis shown that the highest energy production was achieved on August with the total energy production 822 kWh/year.
Suroso , Priswanto and Ropiudin , 2017. Analysis of 1.2 kW Wind Power Generation using 24 V DC Bus with Energy Storage System for Hybrid Solar Thermal-Wind Power Generation. Journal of Engineering and Applied Sciences, 12: 5043-5049.