Design and Implementation of Wind Turbines and Solar Panels Using Hybrid Methods Based on IoT Monitoring for the Church Building in Ponilala Village, Ermera Sub-District Timor-Leste

The integration of wind turbines and solar panels is becoming increasingly important to overcome the electrical energy challenges faced by the Ponilala village community. Their activities are very busy, such as the Joven ba Kristu, Sagrada Familya, Maria Auxiliadora groups and others who often carry out routine activities. Therefore, a consistent and efficient electric current is needed to activate the sound system equipment and lighting. This research aims to design and implement a hybrid system of solar cells and wind turbines based on IoT controller. The study begins with an analysis of local climate conditions and energy needs. With IoT monitoring, data on electric current and voltage will be collected. Real-time data analysis has precisely controlled the distribution of electricity to the church's needs and has turned on the lights and sound system equipment consistently and efficiently. A current of 17 Ampere and 220 Volt from the wind turbine, a current of 22 Ampere and 221 Volt from the solar cell has been consistently detected on the control panel which is informed by IoT monitoring.