T/WZHES 0001-2024 Storm-induced flash flood disaster monitoring, early warning and equipment technology specifications with sound, light and electricity monitoring devices

Scope

Scope: This document specifies the functional and technical parameters of acoustic, optical, and electronic monitoring and early warning equipment for flood disasters, including basic requirements, equipment composition and technical parameters, equipment site selection and installation, data transmission, equipment safety requirements, and equipment operation and maintenance. This document is applicable to the construction, operation, and management of acoustic, optical, and electronic monitoring and early warning equipment for flood disasters. Main technical content: Acoustic, optical, and electronic monitoring and early warning equipment is an important carrier for issuing flood disaster warnings. It can monitor basin rainfall and stream water levels in real time, and notify people in dangerous areas through warning lights, voice alerts, and sirens, ensuring that early warning information reaches the grassroots and frontline directly. Compared with traditional warning methods, it eliminates the process of manual information reception and implementation of early warnings, making early warnings more efficient. At present, there are many units participating in the construction of acoustic, optical, and electronic monitoring and early warning equipment, with inconsistent functional parameters and technical standards, and diverse forms of data access, transmission, and dissemination. There is a lack of unified and standardized technical standards for acoustic, optical, and electronic early warning equipment. The "Technical Specifications for Acoustic, Optical, and Electronic Monitoring and Early Warning Equipment for Flood Disasters" comprehensively sorts out and summarizes the experience and practices in the construction, installation, and operation of equipment, and refines the definitions of terms, basic requirements, equipment composition, technical parameters, site selection and installation, data transmission, safety requirements, and equipment operation and ma

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