Research on Reservoir Safety Risk Based on BP Neural Network

Sheng-yu Li, Kaili Wu, Chaoyin Mu
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Abstract

The work of forecasting the torrential flood has always been highly valued by the government departments. With the gradual improvement of the water level monitoring conditions, rainfall monitoring conditions and engineering monitoring conditions of the reservoir projects in the area where the torrential flood occurs frequently, the accuracy of the forecast will be greatly improved if we combine the relevant information of the reservoir with the work of forecasting the torrential flood. Based on reservoir's security risk, this paper analyzes the main influence factors of affecting reservoir inflow. On this foundation, this paper have discussed the relational functions between the reservoir inflow and influence factor, the principle and algorithm of BP neural network and the process of forecasting reservoir inflow with the method of BP neural network as well. Finally, this paper established a data-driven model based on the BP neural network. The scientificalness and rationality of the BP neural network has been proved in this paper. The research results of this paper can provide new ideas for the method of forecasting the reservoir's downstream torrential flood.
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基于BP神经网络的水库安全风险研究
暴雨预报工作历来受到政府部门的高度重视。随着暴雨高发区水库工程水位监测条件、降雨监测条件和工程监测条件的逐步完善,将水库相关信息与暴雨预报工作相结合,将大大提高预报的准确性。从水库安全风险出发,分析了影响水库入库的主要影响因素。在此基础上,讨论了水库来水与影响因素之间的关系函数、BP神经网络的原理和算法以及用BP神经网络方法预测水库来水的过程。最后,建立了基于BP神经网络的数据驱动模型。本文证明了BP神经网络的科学性和合理性。本文的研究成果可为水库下游暴雨预报方法提供新的思路。
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