中山翠亨新区潮汐能资源评估研究
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摘要
针对中山市翠亨新区构建绿色智能电网、积极推进新能源应用的电力工程专项规划,对辖区内的潮汐能资源进行评估研究。选取部分水域属于辖区的横门水道作为数据样本采集点,以横门站的潮位为参考依据来分析辖区内的潮汐资源。通过对2 a的潮位数据统计,获取年最大潮差和年平均潮差;采用傅里叶谱分析方法对潮位数据进行调和分析,确定潮汐类型;并采用理论公式分析横门水道潮汐能年理论储量;通过调节计算,得出翠亨新区拟建电站的潮汐能技术可开发资源量。
In order to construct the green smart grid in Cuiheng New District,Zhongshan City and promote actively the special planning of power engineering of the new energy application,the tidal energy resources in its jurisdiction is estimated. Hengmen Waterway partly in this zone is selected as the sample collection position of tidal data. And tidal levels measured from the Hengmen station are employed as a reference frame to estimate the tide resources of Cuiheng New District. The annual maximum tidal range and annual mean tidal range are obtained by statistic data of two-year measured tide data;The harmonic analysis of these tidal data is carried out by using Fourier spectral analysis method,the tide type is determined. Annual theoretical reserves of tidal energy in Hengmen waterway are analyzed by using the theoretical formula and the exploitable amount of tidal energy resources for a proposed power station in Cuiheng New District is also obtained through adjustment calculation.
In order to construct the green smart grid in Cuiheng New District,Zhongshan City and promote actively the special planning of power engineering of the new energy application,the tidal energy resources in its jurisdiction is estimated. Hengmen Waterway partly in this zone is selected as the sample collection position of tidal data. And tidal levels measured from the Hengmen station are employed as a reference frame to estimate the tide resources of Cuiheng New District. The annual maximum tidal range and annual mean tidal range are obtained by statistic data of two-year measured tide data;The harmonic analysis of these tidal data is carried out by using Fourier spectral analysis method,the tide type is determined. Annual theoretical reserves of tidal energy in Hengmen waterway are analyzed by using the theoretical formula and the exploitable amount of tidal energy resources for a proposed power station in Cuiheng New District is also obtained through adjustment calculation.
引文
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