Simulation and Early Warning of Water Supply Process Under Incomplete Irrigation Information Conditions
To address the multi-objective coordination problem of uncontrolled agriculture and insufficient information in the case of multi-objective water supply from reservoirs,taking the Jinxiuchuan Reservoir in Jinan City as an example,Monte Carlo method and MIKE 11 software were used to simulate the random irrigation process of the main channel of the reservoir.According to the simulation results,the relationship formula between flow and water level was fitted and the early warning level was divided.The results show that the fitted deduction formula can reflect the change of the relationship between flow and water level along the main channel of the reservoir during random irrigation to a certain extent,and has the function of early warning deduction.The three early warning levels of primary,intermediate and advanced can be used to adjust the water discharge scheme when the water supply problem occurs in the actual water supply process,and take corresponding measures in time according to the early warning level.
multi-objective coordinationwater supply warningMonte Carlo methodincomplete informationnumerical simulation
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