| Summary: | 碩士 === 國立臺南大學 === 綠色能源學科技學系碩士在職專班 === 105 === The purpose of this study is to analyze the decentralized solar power generation in Taiwan peak power consumption can pay the proportion of power supply and distribution of different modules flexible use of the discussion.
This study is based on the road and the National Bureau of Highway Road and the national road data, in accordance with the field and Google map simulation set up decentralized solar photovoltaic power generation device, simulation planning out of Taiwan will be able to set the capacity of decentralized solar power generation system, according to different settings, Estimated at 4797MW to 15795MW, and then compared to the Bureau of Meteorology and many previous studies to be calculated, that the actual power generation capacity can reach 80% of the set, if the relevant simulation software such as sun monitor to be estimated, the study of the default The amount of equipment will be easier to predict power generation.
From the Taipower public network data comparison analysis that solar power generation system in the sunshine sunshine enough time to reach the optimal capacity of the device capacity. From the daily actual power generation curve, it can be learned that the decentralized solar power generation in this study has a great help to the increase in the peak load capacity of Taiwan. In the future, if the smart grid of Taipower will be successfully completed, the distributed solar power will be different Regional regulation of power supply or energy storage. Future related research and development can be active Taiwan local economic science and technology, follow-up research and construction in the electrical law to amend the opening, but also by the people to participate more fully.
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