Intelligent monitoring and early warning system for pump station

By constructing an intelligent monitoring and early warning system for pumping stations, real-time mapping and multi-level coupling of the status of pumping stations across the entire basin were achieved. This solved the problems of insufficient data fusion and closed-loop optimization in existing technologies, improved the accuracy and security of pumping station scheduling schemes, and supported full lifecycle management.

CN122151668APending Publication Date: 2026-06-05HUNAN XUNLANG INTELLIGENT TECHNOLOGY CO LTD
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Patent Information

Authority / Receiving Office
CN · China
Patent Type
Applications(China)
Current Assignee / Owner
HUNAN XUNLANG INTELLIGENT TECHNOLOGY CO LTD
Filing Date
2026-03-11
Publication Date
2026-06-05

AI Technical Summary

Technical Problem

Existing pumping station monitoring systems lack real-time fusion and digital twin mapping mechanisms for multi-source data across the entire watershed. The simulation and decision-making modules lack closed-loop optimization and adaptive update capabilities, resulting in a disconnect between information flow, decision flow, and execution flow. Pumping station equipment health indicators and lifecycle management are not fully integrated, predictive maintenance capabilities are insufficient, and the system as a whole cannot achieve multi-level coupling between historical data and real-time status, limiting the accuracy and security of scheduling schemes.

Method used

The system employs an intelligent monitoring and early warning system for pumping stations, comprising a data acquisition module, a data base module, a smart simulation module, an intelligent decision-making module, a command and control module, an autonomous operation and maintenance module, and a refined management module. Through a multi-dimensional and multi-scale spatiotemporal data synchronization mechanism, it achieves real-time mapping of the status information of pumping stations across the entire basin, establishes a high-fidelity digital twin scenario, and forms a closed-loop scheduling scheme generation mechanism through iterative optimization of interfaces, thereby realizing the unified integration of information flow, decision flow, and execution flow among modules.

Benefits of technology

It realizes real-time mapping and multi-level coupling of the status of pumping stations and gate stations across the entire basin, improves the accuracy and security of scheduling schemes, supports the unified use of historical data indexing and real-time data, and builds a unified decision-making, execution and data closed loop, thereby improving management efficiency and security.

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Abstract

The application discloses a pump gate station intelligent monitoring and early warning system and belongs to the intelligent monitoring and early warning field.The system comprises a data acquisition module, a data bottom plate module, a wisdom simulation module, an intelligent decision module, a command control module, an autonomous operation and maintenance module and a fine management module;all the modules realize real-time mapping of the state of the whole basin pump gate station through a multi-dimensional multi-scale space-time data synchronization mechanism;the data bottom plate and the wisdom simulation module cooperatively form a high-fidelity digital twin scene;the wisdom simulation module and the intelligent decision module generate a closed-loop scheduling scheme through an iterative optimization interface;the decision scheme is closed-looped to an execution end through the command control, autonomous operation and maintenance and fine management modules;the information flow, decision flow and execution flow are uniformly integrated;and a multi-level coupling relationship is established between real-time data, historical data and model prediction data, so that real-time monitoring, accurate scheduling and closed-loop management of the pump gate station are realized, and the intelligent level of the pump gate station is improved and the safe and stable operation of the water conservancy project is ensured.
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