潮间带复杂环境下大型集中式光伏电站施工技术研究

Research on Construction Technology of Large-Scale Centralized Photovoltaic Power Station in Complex Intertidal Environment

近年来,利用广袤的沿海滩涂开展大型集中式光伏电站建设正逐渐成为趋势。本文以国内已建成最大的滩涂光伏电站——大唐象山长大涂300 MW滩涂光伏项目为依托,对潮间带复杂环境下大型集中式光伏电站施工重难点进行分析,对滩涂环境下运用的独特施工技术进行详细介绍。通过对一系列成熟施工技术的运用和创新,以实际项目论证了在复杂的滩涂环境下建设大型集中式光伏电站的可行性,得出其先进的施工技术对后续同类型项目的开展具有深远意义。

In recent years,the use of vast coastal beaches to carry out large-scale centralized photovoltaic power station construction is gradually becoming a trend.In this paper,the largest tidal flat photovoltaic power station has been built in China:Datang Xiangshan 300 MW tidal flat photovoltaic project,analyzes the construction of large-scale centralized photovoltaic power station in complex intertidal environment,and introduces the unique construction technology applied in tidal flat environment in detail.Through the application and innovation of a series of mature construction technologies,the practical project demonstrates the feasibility of building large-scale centralized photovoltaic power station in complex tidal flat environment,and it is advanced that the construction technology has far-reaching significance for the follow-up similar projects.