水力发电学报2026，Vol.45Issue(9)：1-13,13.DOI:10.11660/slfdxb.20260901
考虑台风路径预报的水库渐进式汛期运行水位动态控制
Incorporating typhoon track and precipitation forecasts for progressive dynamic control of reservoir stages during flood seasons
摘要
Abstract
Dynamic control of reservoir stage during flood seasons facilitates efficient water resources utilization.However,the existing dynamic control strategies typically convert meteorological forecasts into reservoir inflow conditions,and few make direct use of these forecasts of different types,particularly for the typhoon events forecasted with longer lead time.This paper describes a progressive dynamic control method that uses the forecast data of typhoon and precipitation events for a better reservoir stage control.First,we classify the precipitation events based on their underlying causes,and determine the control thresholds for each precipitation type.Then,we determine the multi-stage dynamic control water levels through historical data simulations for different precipitation types.In a case study of the Jiaokou reservoir in Ningbo,Zhejiang,China,a progressive dynamic control scheme is derived as follows.Prerelease is done at an outflow for the maximum power output if the forecasted typhoon distance exceeds 1200 km;It continues until the stage of 62.6 m is reached if the distance is in the range of 385-1200 km;It further continues up to the flood limited water level(60.18 m)if the distance is less than 385 km.Results indicate that this scheme increases average water storage by a volume equivalent to 4.6%of the annual water supply compared to historical operations,and reduces spilled water by 31%relative to conventional dynamic control.Thus,this study demonstrates the benefit of dynamic control based on the typhoon track and precipitation forecasts.关键词
水库/动态控制/渐进式/台风路径/预蓄预泄/洪水资源Key words
reservoir/dynamic control/progressive/typhoon tracks/prefill and prerelease/floodwater resources分类
建筑与水利引用本文复制引用
叶浩,刘攀,张晓菁,刘宇涵,樊金涛,郭磊,赵璧奎..考虑台风路径预报的水库渐进式汛期运行水位动态控制[J].水力发电学报,2026,45(9):1-13,13.基金项目
国家重点研发计划(2022YFC3202804) （2022YFC3202804）
国家杰出青年科学基金(52225901) （52225901）
广东省水利科技创新项目(2024-04) （2024-04）
