Intelligent decision-making system and method for rainwater collecting recycling system

Abstract

The invention discloses an intelligent decision-making system and method for a rainwater collecting recycling system. The rainwater collecting recycling system structurally involves a rainwater pretreatment group, a reservoir, a purification tank and a clean water tank, wherein the rainwater pretreatment group conveys pretreated rainwater to the reservoir, and the reservoir sequentially conveys the water to the purification tank and the clean water tank through pipeline connection; the decision-making system involves a multi-dimensional data acquisition group, a host and a multi-dimensional controller group, wherein the multi-dimensional data acquisition group acquires multi-dimensional parameter data and transmits the data to the host, and the host outputs an optimal control value to control the multi-dimensional controller group; and the method comprises the steps of filtering current unit time data, predicting future unit time data and updating prediction model, control model and system model data. According to the decision-making system and the method, the labor for manual management is greatly reduced, the comprehensive management cost is reduced, the datamation, real-time andintelligent degrees of sponge measure management are improved, and the social benefit and economic benefit of sponge city construction are improved.

Description

technical field [0001] The invention relates to the technical field of monitoring and intelligent control of a rainwater collection and reuse system, and more specifically relates to an intelligent decision-making system and method for a rainwater collection and reuse system. Background technique [0002] With the acceleration of the urbanization process, the urban landscape water, road washing, greening and car washing and other water use are accelerating the shortage of water resources. Due to the advancement of urbanization, more ground is covered by various buildings and roads, which prevents rainwater from seeping into the ground and increases the pressure on the urban drainage system. To solve the above problems, collect and recycle rainfall, on the one hand to alleviate the current situation of water shortage, and on the other hand to store rainwater through rainwater collection to reduce the pressure on urban drainage systems. [0003] Based on the above concept of ...

AI Technical Summary

Problems solved by technology

[0005] The technical problem to be solved by the present invention is to propose an intelligent decision-making system and method for a rainwater collection and reuse system aimed at the informatization, transparency and automation of existing rainwater collection and reuse systems in sponge cities. The key indicators of storage tanks and clean water tanks, automatic intelligent decision-making control of rainwater collection, rainwater discharge, rainwater reuse and municipal clean water supply (when rainwater is insufficient) from multiple dimensions of parameters

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