| Summary: | 碩士 === 國立高雄第一科技大學 === 電子工程所IC設計及綠色能源產業研發碩士專班 === 98 === This thesis aims to develop a digital signal processor to control a solar cell and wind turbine hybrid charging system, using solar cells, a wind turbine, and a lead acid battery in order to construct a buck-boost converter. The solar cells and wind turbine serve as the system’s main power sources, and the battery to stores energy.
The output power of solar cells and wind turbine have large fluctuations according to changes in weather and climate conditions, unstable power may be adjusted to the most suitable output, with a buck-boost converter. This study designed a booster using a dsPIC30F4011 digital signal controller as its core, which is controlled by the perturbation and observation methods in order to obtain an effective energy circuit, with a complete 100W charging system. Using a digital signal controller as a core, and
relatively simple circuit components, this generator can be easily controlled and charged, day and night, by a simple program that reads weather conditions and makes changes to the state of the system’s circuits through a flexible application.
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