水力发电学报2013，Vol.32Issue(1)：163-167,5.
三峡水库动库容特征及其在防洪调度上的应用:1.库水位调度控制的灵敏性
Dynamic storage of Three Gorges reservoir and its application to flood regulations: 1.Sensitivity in regulation
摘要
Abstract
In the present study of hydraulic features and simulation analysis of the Three Gorges reservoir ( TGR) , we find that the reservoir will form a backwater region of 700km long and that its storage capacity will take strongly dynamic features. Its pool surface is not horizontal as regular reservoirs, and the time variation of its storage volume does not depend on the water level of the dam front. Computation error of water discharge from the reservoir during a flood event by the static storage method could be up to 50% . The study also reveals that the water level in front of the dam varies more rapidly than the average pool level, and hence it can be easily controlled by means of regulations. This is a valuable feature for flood control and hydropower operations.关键词
水库调度/动库容特性/水位变化灵敏性/三峡水库Key words
reservoir regulation/ dynamic storage/ sensitivity/ Three Gorges reservoir分类
建筑与水利引用本文复制引用
周建军,程根伟,袁杰,王玉华,范继辉,吴敦银,金勇..三峡水库动库容特征及其在防洪调度上的应用:1.库水位调度控制的灵敏性[J].水力发电学报,2013,32(1):163-167,5.基金项目
水利部公益性行业专项-三峡溪洛渡向家坝水库联合防洪调度研究(200901002) （200901002）
水沙科学与水利水电工程国家重点实验室自主研究课题(2011-KY-2) （2011-KY-2）
长江电力科研项目-长江上游变化条件下的水文预报方案研究(2410020005) （2410020005）
