Building, municipal, water conservancy, and traffic engineering foundation pit intelligent drainage system and drainage method

Abstract

The application discloses a building, municipal, water conservancy, and traffic engineering foundation pit intelligent drainage system and a drainage method, and aims to solve the problems of low precision, poor adaptability, high energy consumption, and insufficient environmental protection of traditional drainage methods. The system adopts a closed-loop architecture of a perception layer, a transmission layer, a control layer, and an application layer. The perception layer collects water level and settlement data. The transmission layer ensures stable data transmission. The control layer regulates and controls drainage equipment through an industrial programmable logic controller. The application layer realizes visual control. The method includes working condition adaptation, hierarchical drainage, and operation and maintenance control stages, and is suitable for different foundation pit characteristics. The scheme improves drainage accuracy and safety, reduces energy consumption, takes into account environmental protection requirements, is suitable for various foundation pit projects, and has significant practical value and promotion significance.

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