Design and implementation of a DC-DC boost converter for continuous hybrid power system

In this research, a low power DC-DC boost converter for continuous hybrid power system is designed. The voltage produced by the DC-DC boost converter is measured to be sufficient in operating the DC input load (a 12V, 3W DC LED lamp and a 12V, 5W DC fan) continuously for 48 hours. Also, in this paper, the design of an ATS (Automatic Transfer Switch), with measured output voltage of up to 14.05V, by comparing the two input sources (solar panel and wind turbine) is implemented. In the study, an LMS (Logged Monitoring System) is used for recording of the output parameters, with respect to time in an hourly basis, of the regulated solar panel, the ATS and the converter.).