Smart water software-scientific system architecture-digital management

Platform overview

Liulin Smart Water Software is based on IoT perception technology, big data, intelligent control, cloud computing, artificial intelligence, digital twins, AI algorithm, and virtual reality technology, with monitoring instruments, communication networks, database systems, data centers, Supported by product systems such as model software, front-end display, and smart operation and maintenance, a smart water system aimed at improving and building intelligence in urban water resources, water ecology, water environment, and water safety.

platform architecture

The overall architecture of smart water software adopts 1+2+3+N+X architecture design, and establishes 1 smart brain, 2 systems, 3 platforms, N basic data and management level matrix and X cross-department and cross-level data interconnection system structure.

core application

Platform advantage

15 years of professional precipitation

· In 2007, taking the remote meter reading project of a water plant as an opportunity, entered the field of smart water affairs.

· In 2015, due to the continuous satisfaction of customers' digital needs, the "prototype" of smart water was born.

· Since 2015, it has undertaken many provincial, municipal and county-level smart water projects. After four generations of polishing, the products have become mature and stable!

High-tech technical team

· Independent research and development team : a high-tech, sophisticated and cutting-edge technical team for design, development, testing, implementation, and operation and maintenance composed of senior industry experts, professors, and doctors.

· Technical strategic cooperation : Form strategic cooperation with many universities, research institutes and other scientific research institutions, and establish R&D centers and technology product transformation bases.

Science System Architecture

After years of exploration and practice, digging deep into customer needs, and forming a scientific system architecture to meet the work needs of different departments, different levels, different roles, and different dimensions, making the smart water platform easy to use and easy to use.

Strong hardware support

Liulin independently researches and develops smart sensing products ( water level , flow , pressure , positioning, etc.), smart connection products ( telemetry terminals , micro-power waterproof telemetry terminals , 5G smart terminals , etc.) Problems such as electricity, no signal, and data security can help connect the virtual and real world between the field and the cloud, and ensure the safe, stable, and efficient operation of the system.

Policy + Technology Escort

Using advanced achievements such as perception, simulation, optimization, communication and artificial intelligence technology, actively respond to the policy call for water supply environment, water supply safety, and urban water conservation, from policy interpretation to top-level design, from standard system construction to innovative technical means, product system application , forming more mature cases.

Typical performance

2022 National Important Sports Event Smart Water Project

Project Overview
       During the important national sports events in the winter of 2022, a set of intelligent water system comprehensive dispatching platform will be built to achieve real-time monitoring, early warning and pre-planning from water sources to water plants, pressurized pump stations, etc., and comprehensively build "safe, high-quality, The green and smart water supply service system guarantees the water supply services around the event and the society, ensures the safety of water supply in Olympic-related venues and surrounding areas, and the safe and stable operation of the city's water supply.

Construction Content

      · Construct a GIS information system for the pipe network to accurately locate each monitoring point;
      · Establish a remote control system for emergency water plants in the core area to ensure emergency water supply;
      · Establish water supply forecasts and weather element models to ensure regular water supply;
      · Establish emergency plans system to ensure that emergencies such as pipe bursts and water supply equipment failures can be dealt with in a timely and rapid manner.
      · Build a patrol inspection system, if there is a failure or abnormality, it can be dispatched for maintenance or scheduling in time.


Project Highlights

      24-hour real-time online monitoring of pipe network pressure and flow, precise positioning of abnormal conditions, real-time early warning and alarm.
      ·Emergency plan : In the event of pipe burst, insufficient water source, insufficient supplies, etc., the system can release emergency drill scripts in time to strengthen emergency drills and improve the ability to resist risks.
      ·Model forecast : build a model forecast for weather and water supply conditions, and predict the weather conditions and water supply trends during the competition.

A city-level smart water platform project

Project Overview

The city's smart water platform uses "water + Internet" as the development model to promote digital transformation, promotes the full coverage of smart water plants with industry 4.0 standards, and improves the company's internal control and self-care level and service level, forming an intensive, standardized, professional, Informatization and intelligent operation management system.

Construction Content

Construct operational data on seven themes of "production operation", "pipe network operation", "secondary water supply", "customer service", "project management" and "emergency command" . The data interconnection of the seven major theme sectors guides the development and optimization of production, pipe network, customer service, engineering, secondary water supply, etc., realizes online analysis, intelligent early warning, and assists the issuance of scientific dispatching instructions to help management decision-making. Guide water factory water pressure regulation, pipe network scheduling, realize integrated intelligent scheduling of plants and stations, and ensure water supply safety.

Project Highlights

24-hour real-time online monitoring of pipe network pressure and flow, precise positioning of abnormal conditions, real-time early warning and alarm.

·Seven thematic scheduling platforms realize "smart scheduling" from source to leader.

·Construction of digital twin water plants : Realize the online management of water plant business such as process operation monitoring of the whole process of water plants, real-time cost analysis and optimization, equipment preventive maintenance, safety and security control, and mobile inspection.

·Emergency plan to guide emergencies : Use the dispatching system analysis model to timely start online emergency command through the dispatching large screen and connect live video to conduct command and dispatch for unexpected abnormal situations.

A county-level smart water platform project

Project requirements
        1. Build a smart water system, integrate various types of meter reading systems for water plants, water supply pipe networks, and water users, and unify the business charging system; 2. Improve the water plant
        automation control system and integrate water plant security monitoring and management;
        3. Newly built Pipe network monitoring system, adding intelligent flow, pressure and water quality online monitoring terminal products;
        4. Enterprises, schools, party and government agencies, etc. build large-scale user metering valve control systems;

Solve the problem

      · Integrate nearly 10 kinds of meter reading systems and complete the docking with the superior platform;
      ·Open the online payment method to facilitate users to pay;
      ·Build a unified business charging system to improve enterprise management efficiency and economic benefits.


Project Highlights

      · By developing interface protocols, meter reading APPs, payment public accounts, etc., the integration with various meter reading systems has been realized.
      · Users can choose WeChat payment, Agricultural Bank of China payment, etc. to pay online through the WeChat official account .
      ·Unified technical architecture , data interconnection among systems.

Smart water digital twin water plant

The digital twin water plant platform deeply integrates 3D visualization modeling technology with water enterprise business management to form a smart water digital twin platform covering the entire process of the water system.

The platform displays through three-dimensional digital panorama: fully integrates "physical space" and "virtual presentation", uses Internet of Things technology, collects real-time monitoring data during the production process through on-site sensors, and performs real-time display in the "twin" environment. Form an all-round flexible application of the integration of scenery, objects, numbers and shapes, and promote real production.

The smart water digital twin water plant covers the model building of various process links of the water plant. Realize visual management from whole to partial whole. Coupled with the application of big data technology, it assists the leadership of water companies to discover and analyze problems in a timely manner, carry out risk warning and pre-judgment, and realize scientific decision-making.

Digital twin of water plant pipeline network: Add pipeline spatial ranging and spatial analysis functions.

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Origin blog.csdn.net/TSllzdh_2022/article/details/130081552