An engineering project for a flood detention pond surface-type floating photovoltaic power generation system with an installed capacity of 32,600.88 kWp
Chi-Hung Chiang, Chin-Huai Young
Abstract
Taiwan’s geography and climate are advantageous for high-efficiency photovoltaic power generation with stable quality and economic benefits. This type of renewable energy can vitalize land use and prove beneficial to both the environment and garnering profit. The objective of this study is to establish an engineering project for a flood detention pond surface-type floating photovoltaic power generation system with the site location on 23.924095 N, 120.421232 E, as an example. The project is scheduled for eight months with an installed capacity (DC) of 32,600.88 kWp and a total investment of NT$2,021,254,560. Photovoltaic power generation systems can reduce carbon emissions. The purpose of the maintenance and operation test items is to ensure that the system is operating and generating power normally, and that it conforms to electrical safety. The power monitoring center can be used to improve the management of the photovoltaic power station and maintain the stability of the daily power generation as its main priority. The goal of this engineering project is to promote the power generation and sustainable use of photovoltaic power generation, co-create reasonable profit, and promote and popularize the use of photovoltaic power generation facilities.