摘要
"渔光互补"工程可有效结合渔业养殖和光伏发电,可重复利用土地资源,这一优势为光伏产业发展提供了契机,然而尴尬的选址,使得防洪问题成为制约光伏产业发展的瓶颈。本文以香套糊"渔光互补"工程为例,将水文分析计算、水库优化调度的思路用于设计洪水位的分析计算与优化,搭建了基于降雨预报的起调水位动态控制洪水调度优化模型,预降起调水位,优化洪水调度,兼顾工程防洪、渔业养殖、生态保护等效益,同时可一定程度的防御超标准洪水,确保了工程防洪安全。建立的调度优化模型,将传统水文调查方法得到的设计洪水位优化降低了1.63m,节约了工程建设成本,增加了湖内可利用的土地资源,为扩大光伏发电产业规模提供了有利条件。
The measurement and assessment of wind power resources are important technical supports to the development of wind farms, especially in the complex terrain environments, where the amount of met towers and their representativeness would have direct effects on the choosing of breeze machine, the layout of project and the estimation of generating capacity, thereby influence the economic efficiency of the whole wind farm. In this paper, we present the importance of the met tower in the assessment of wind power resource analysis, through analyzing the measured data in a specific wind farm in Shanxi Province, in order to gain attention from the parties concerned.
出处
《电力勘测设计》
2016年第S2期210-216,共7页
Electric Power Survey & Design
关键词
渔光互补
设计洪水位
优化调度
met tower
complex terrain
wind resource assessment
mountainous wind farm
