Design of system traceable over the internet for solar panels

Solar panels, one of the renewable energy sources, are the most popular and easily accessible type of energy search. To obtain high efficiency from solar panels, it must be operated at maximum power points. Maximum power point tracking is possible by continuously monitoring and controlling solar panel voltage and current values. In addition, the Internet of Things is used in many devices and areas today. In this thesis, a system that can be monitored over the internet is designed to monitor the solar panel continuously at maximum power point and to record the power data. In the study, the voltage and current of the solar panel are constantly read and the power point at which the panel operates is determined. Depending on the short-circuit current and open-circuit voltage values of the solar panel, it can be monitored in real time at which point of the power curve it operates. In addition, with this thesis, the power data of the solar panel can be monitored and recorded real time, hourly, weekly and monthly.