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智水务·心服务WWW. TJCHENTIAN. COM
WISDOM WATERAFFAIRS
CONTENTS
01 ABOUT CHENTIAN
· Qualifications & Honors 03
· R&D and Intelligent Manufacturing Base 05
07 INTEGRATED MANAGEMENT PLATFORM FOR SMART WATER
· Water Supply Control Platform 09
· Smart Flow Regulation System 11
· Intelligent Inspection System 13
· Water Plant Operation Control Platform 15
· Energy and Water Saving Platform 17
· Smart Drainage Platform 19
· DMA Leakage Control System 21
· Pipe Network GIS System 23
· Water Supply Marketing System 25
ABOUT CHENTIAN
Tianjin Chentian Automated Equipment Engineering Co. Ltd. was founded in 2006 and hasbeen deeply dedicated to the water sector. The company has successfully establishedacomprehensive, multi-dimensional service system covering the entire chain, including theR&D and manufacturing ofintelligent equipment, the construction of smart water platforms,and facility development with operation and maintenance management. Relying on theintegrated "Intelligent Manufacturing + Software + Services" tripartite model, Chentianconsistently provides customers with superior, comprehensive, and reliable services in areassuch as municipal water supply, high-quality drinking water, sewage treatment, and industrialwater use. Currently, Chentian's business has expanded to multiple provinces, municipalities,and regions including Beijing, Tianjin, Hebei, Shandong, Anhui, Henan, Shanxi, Liaoning,Yunnan, and Xinjiang.
Chentian pursues development through innovation and strives for excellence throughservice, determined to become a premium solution provider in the water sector. Upholdingthe corporate spirit of "Three Dimensions,Five Waters"(or alternatively: the "SanDu WuShui"ethos), Chentian employees, like countless rivers converging and flowing ceaselessly,continually drive technological innovation andquality enhancement. They inject strongmomentum into the high-quality development of the waterindustry, contributing to aharmonious andpromising future between people and water resources.
WISDOM WATER AFFAIRS
Smart Flow Regulation System
Water Supply Control Platform
>19 YEARS
>30000 m2
>129' ITEMS
DEDICATED TO WATER SOLUTIONS
R&D AND PRODUCTION BASE
INTELLECTUALPROPERTY
>25 CITIES
>5000 UNITS
>30° %
BUSINESS LAYOUT
CLASSICDEMONSTRATION PROJECTS
R&D PERSONNEL RATIO
END-TO-END SERVICEPROVIDER FOR THE WATER INDUSTRY
DEDICATED TO PROVIDING END-TO-END SUPPLY CHAIN SERVICES IN THE WATER SECTOR, WE DRIVE INNOVATION IN CONCEPTS, TECHNOLOGY, AND MODELS TO DELIVER AN INTEGRATED "INTELLIGENT MANUFACTURING + SOFTWARE + SERVICES" SOLUTION, CONSISTENTLY OFFERING VALUE THAT EXCEEDS CUSTOMER EXPECTATIONS.
KEY CORPORATE HONORS
·National High-Tech Enterprise
·Tianjin Specialized,Refined,Distinctive, and Innovative SME
·Tianjin Enterprise Technology Center
·Tianjin Green Demonstration Factory
·Experimental Base of the School of Environmental Science and
Engineering,Tianjin University
·Tianjin Water Supply Administration -Smart WaterSupply
Demonstration Unit
·Tianjin Civil Defense WaterSupply and Drainage Professional
Team
·Vice-Chairmanship Unit ofTianjin Water Conservation Industry
Alliance
·Second Prize, Tianjin Division of "MakerChina" Competition
·Tianjin Key Breakthrough Product
·Recommended Product for Engineering Construction
·Recommended Productfor GreenBuilding Energy Efficiency
·Included in the Key Promotion Catalogue of Advanced Practical
Water Conservancy Technologies by the Ministry ofWater
Resources of China
·ISO9001 Quality Management System
·ISO14001 Environmental Management System
·ISO45001 Occupational Health and Safety Management System
·ISO27001 Information Security Management System
·Exceptional (Excellence) After-Sales Service System
SYSTEMS·PATENTS·STANDARDS
·DCMM Data Management Capability Maturity Level2 Certification
·CMMI Capability Maturity Model Integration Level 3 Certification
·129 Intellectual Property Certificates
·Participation in Drafting 12 National,Industry, Local, and Associa-
tion Standards
·Formulation of5 Enterprise Standards
SMART WATER GRIDINITIATIVE
The Smart Water Integrated Management and Control Platform is an intelligent water management control hub built on new-generation information technologies such as the Internet of Things (loT), big data, artificial intelligence (Al), cloud computing, and digital twins. It aims to achieve digital management across the entire process of water operations, including water resource scheduling, water supply, drainage, sewage treatment, and flood control and waterlogging prevention. By integrating multi-source data, optimizing decision-making models, enabling intelligent early warning, and automating controls, the platform enhances the operational efficiency of water systems, ensures water supply safety, reduces leakage rates, and strengthens capabilities in flood control and drought relief, thereby contributing to the goals of smart city development and sustainable development.
SMART PIPE NETWORK
DMA Leakage Control System
-Online Monitoring
\- District Management
\- Leakage Analysis
\- Noise Monitoring
Pipe Network GIS System
\- Data Management
\- Facility Management
\- Pipe Network Editing
\- Pipe Network Analysis
SMART WATER PLANT
Water Plant Operation Control Platform
\- Water Balance Control
\- Intelligent Dosing
\- Effluent Optimization Control
SMART PUMPING STATION
WATER SUPPLY CONTROLPLATFORM
INTRODUCTION
To address the requirements for centralized, convenient, secure, and efficient management in water supply services, the platform leverages technologies such as remote monitoring, the Internet, mobile terminal applications, geographic information systems (GIS), and big data analytics to establish a Water Supply Control Platform. This enables comprehensive monitoring and unattended operation of pumping stations, achieving scientific scheduling and enhancing the ability to respond to water supply emergencies, thereby assisting water enterprises in their digital and intelligent transformation.
CORE COMPETENCIES
INFORMATION PLATFORM
The platform unifies data standards and interfaces, breaking down information silos and enablinginteroperability of business data.
01
AI ANALYTICS
Enables full lifecycle traceability management for equipment and helps operation and maintenance personnel develop scientific maintenance plans.
02
Employs Al algorithms to automatically analyze abnormal information, generate and provide rational suggestions, assisting managers in making efficientdecisions.
PRODUCT LIFECYCLE
05
MOBILE WORKING
Supports mobile terminal access to the platform, allowing managers and operation and maintenance personnel to view the operational status anytime, anywhere.
COMPLETE MONITORING
03
The system integrates information collection devices such as sensors, cameras, and GPS positioning for more comprehensive monitoring.
REMOTE DIAGNOSIS
The expert forum and online chat help operation and maintenance personnel acquire professional skills in the water industry and resolve emerging issues.
PERFORMANCE APPRAISAL
Managers use the platform to intuitively count the performance assessment data of operation and maintenance personnel, including work content, workload, and movement trajectory.
SCADA PROCESS
The graphical configuration system is simple to operate, allowing users to easily create a pumping station simulation diagramthroughsimple drag-and-drop actions.
CORE FUNCTIONS
DATAMONITORING
Video Monitoring Personnel Monitoring Equipment Monitoring Process Monitoring Vehicle Monitoring Security Monitoring
DATAANALYSIS
OperationalAnalysis Water QualityAnalysis Work OrderStatistics EnergyConsumption AnalysisAlarm Statistics AssetStatistics
OPERATIONS MANAGEMENT
Alerts and Warnings
Al-basedInspection
Expert Diagnosis
Work Order Management
Intelligent Call
KPIAssessment
SCHEDULING MANAGEMENT
OperationalSafety
Work Order Dispatching
Equipment Control
ASSET MANAGEMENT
EquipmentManagement
Life Traceability
Spare Parts
DASHBOARD
Large Screen Monitoring Backend Management Mobile Assistant Role Management Permission Management System Settings
WATER SUPPLY MONITORING AND CONTROL PLATFORM
SMARTFLOW REGULATIONSYSTEM
INTRODUCTION
Smart Flow RegulationSystem: This system optimizes the utilization and coordinated distribution of water storage across various regional tanks. It employs an adaptive control algorithm to manage the regulating valves. Before peak demand periods, the system prioritizes filling the tanks. During peak hours, it preferentially uses the stored water. As the water level in the tanks decreases, the system gradually increases the valve opening. After the peak period concludes, the water level automatically returns to its target setpoint. By implementing this system,it is possible to maximize the reduction of pressure strain on the municipal water supply while still meeting user demand, thereby achieving social and economic benefits in terms of safety, energy savings, and cost reduction.
CORE COMPETENCIES
BALANCEPIPELINE 01PRESSURE
Stabilizing pipeline network pressure significantly reduces leakage and slows the aging of infrastructure, thereby minimizing water loss during transmission.
MEETURBAN DEMAND
Maximizing the utilization of the storage and regulation capabilities of facilities at each site can significantly enhance the water supply capacity of regional waterplants.
REDUCE OPERATIONAL 03COSTS
Provide data support for the system's energy-saving and peak-load-shifting control, optimize scheduling algorithms, ensure accurate execution of scheduling instructions, and achieve comprehensive energy saving and consumption reduction from production to operation and maintenance.
SAVE ELECTRICITY 04 COSTS
Direct electricity savings: The pump operating powercurve remains stable, reducing the frequency of pump starts and stops.
Indirect electricity savings: Water is refilled during nighttime low-demand periods, shifting a portion of daytime peak supply to nighttime.
CORE FUNCTIONS
DATAMONITORING
Water plant monitoring
Pumping station monitoring
PREDICTION ALGORITHM
Flow prediction
Waterconsumption prediction
Pipe network monitoring
Secondary water supply monitoring
Pressure prediction
O&M monitoring
Hydraulic model
Prediction data correction
SMART SCHEDULING
Voice dispatching
Equipmentcontrol
Watertank storage and regulation
Joint scheduling
USERTERMINAL
Leadership command screen
Admin backend
Mobile O&M assistant
STATISTICAL ANALYSIS
Energy consumption Flow statisticsPressure statistics Period watervolume Liquid level statisticsWater quality statistics analysis
O&MMANAGEMENT
Early warning and alarm Workorder management
Equipment management
Operational safety
WATER SUPPLY MONITORING AND CONTROL PLATFORM
INTELLIGENTINSPECTION SYSTEM
INTRODUCTION
The system follows a predefined process: it uses "eyes" for identification, "senses" for detection, and "walks" along a preset path to each device. It inspects the pressure, liquid level, and motorized valves of the water supply equipment, as well as the pump room environment and accumulated water on the floor, while reading their status information. The "Smart Eyes" can rotate at multiple angles to ensure comprehensive coverage of inspection points. Through intelligent data analysis, the system enables real-time warnings. The intelligent inspectionsystem leverages technology to enhance operational efficiency, moving beyond traditional manual inspections while ensuring the safe operation ofequipment.
CORE COMPETENCIES
INTELLIGENTALGORITHM
Based on visual recognition technology, it compares, analyzes, and processes the video captured on-site with the data from thePLC.
CONTINUOUSINSPECTION
It enables continuous, 24/7 inspection and can provide immediate feedback the moment any equipment abnormality occurs.
ADVANCEDWARNING
Through the system's specialized algorithms, it can determine equipment operational trends and preemptively contain potential safetyhazards.
COST REDUCTION
Replacing traditional manual inspections saves a significant number of inspection personnel and reduces labor costs in operations and maintenance.
DECISION SUPPORT
It collects, stores, and analyzes the full lifecycle data of the pump room, enabling the analysis of the root cause of failures or the optimization of maintenance plans, thus assistingmanagers in making quick decisions.
IMPROVEACCURACY
It eliminates reliance on human inspectors andavoids substandard inspections caused byhuman factors.
CORE FUNCTIONS
FLOORACCUMULATED WATER
It can comprehensively detect accumulated water on the floor, identifysmall flow leaks, prevent the flooding of pump room equipment, and verify whether the water accumulation sensoris malfunctioning.
PUMPROOM TEMPERATURE ANDHUMIDITY
It measures the temperature and humidity in the pump room and activates the exhaust and dehumidification equipment to extend the equipment's lifespan.
PUMPROOM NOISE
Detects pump room noise to minimizedisturbance to nearby residents, and senses abnormal pump room noise to provide timely warnings.
SEWAGE EQUIPMENT
Monitors the operation of sewage equipment, ensuring no abnormalities or faults, thereby preventing pump room flooding.
TANK WATER LEVEL
Sensors"perceive"the pressure and "observe" it, enabling intelligent verification and early detection of sensorfaults.
Sensors "perceive" the water level and "observe" it, enabling intelligent verification and early detection of sensorfaults.
PRESSURE GAUGE
WATERSUPPLY PUMP
Monitors pump operation, identifies faults in a timely manner, ensuring safe and stable equipment operation.
INLET MOTORIZEDVALVE
Opens and closes automatically to detect if the inlet motorized valve is operating abnormally, thereby avoiding overflow and flooding incidents caused by valve malfunctions.
SMART WATER PLANT
WATER PLANT OPERATIONMANAGEMENT AND CONTROL PLATFORM
INTRODUCTION
A smart water plant is an intelligent management and control platform integrating monitoring, control, management, analysis, anddecision-making. The system centrally monitors the operational data and on-site conditions of various processes within the water plant, remotely or automatically controls equipment start/stop or valve opening/closing, intelligently analyzes water usage patterns and pipeline network pressure, and promptly adjusts production plans. Itprovides timely alerts for data exceedinglimits or equipment failures, offers advanced warnings based on Al analysis, and supports management decisions through multi-dimensional statistical analysis. This enables automated, information-based, intelligent, and refined management of the water plant, comprehensively ensuring normalproduction operations, improving production efficiency, reducing energy consumption, and assisting in smart decision-making.
CORE COMPETENCIES
OVERALLINTELLIGENT 01 MANAGEMENT
Interconnect processes such as operations, equipment, facilities, inspections, and maintenance to break down information silos and achieve comprehensive and intelligent management of water plant operations.
INTELLIGENTDOSING
05
Real-time detection of parameters such as raw water flow, turbidity, temperature, pH, and settled water turbidity, utilizingcomputational models to drive dosing equipment in adjusting the dosage, ensuring that the effluent meets the required standards.
CORE FUNCTIONS
PROCESS CONTROL
Support three-dimensional display of process flows, real-time display of key data in water treatment processes, and automatic optimization control of each stage to ensure efficient operation of the water plant processes.
SECURITYLINKAGE 06
Integrating with the water plant's video surveillance data enables real-time awareness of the production site, internal and external public areas, and inspection status, which not only ensures the security of the water plant but also meets the needs of daily work management.
EQUIPMENT MONITORING
03
Conducting real-time monitoring of various equipment and facilities in the waterplant, accurately reflecting their operational status, and providing timely alerts and warnings for any abnormalities, thereby effectively improving the efficiency of equipment maintenance and management.
ASSET MANAGEMENT07
Achieving full lifecycle management of assets from production, warehousing, outbound delivery, installation and commissioning, usage, maintenance, inspection, to disposal, providing accurate reference data for the rational allocation ofassets.
PRODUCTION SCHEDULING
Real-time monitoring and analysis of data such as tank capacity, clear well water level, outlet pressure, and pressure at pipeline network monitoring points, intelligently adjusting production parameters to assist in water supply scheduling and production planning.
WORKORDER INSPECTIONS
08
Real-time collection and analysis of data such as water quality and equipmentstatus enable intelligent inspection across the entire process, with automatic work order dispatchingbased on inspection results, forming a closed loop of "monitoring, warning, disposal, and feedback."
SMART WATER CONSERVATION
ENERGY AND WATER CONSERVATION PLATFORM
INTRODUCTION
By deeply integrating next-generation technologies such as digital twins, the Internet of Things (loT), and artificial intelligence, the system utilizes loT sensing instruments and loT data signal transmission modules as information carriers and transmission support. This enables the establishment of an intelligent loT-based water-saving sensingsystem, achievingreal-time standardized collection and transmission of data from water sources, pipeline networks, rainwater, gray water, and water usage points. Integratedwith a visualized energy-saving andwater-saving platform, the systemfacilitates comprehensive, real-time intelligent perceptionof pipeline networks andwater usage conditions within the application scenario. By empowering water resource management through technology, it achieves efficient and intelligent supervision while also providing support for energy conservation and consumption reduction efforts of management units.
CORE COMPETENCIES
REAL-TIME PERCEPTION
Provide intelligent warnings for losses to reduce resource waste.
DATA SUPPORT
Automatically generate historical reports and trend curves to assistin data analysis.
IMPROVING QUALITY AND EFFICIENCY
Reduce overall energy consumption and enhance user satisfaction.
REMOTE MONITORING
Real-time online monitoring of equipment operational status and remote adjustment of equipment operating parameters.
OPTIMIZATION SUPPORT
Historical data analysis helps to optimize water usage structure.
COSTADVANTAGE
Based on a SaaS platform with cloud deployment, it eliminates the need to purchase servers and storage devices, while also removing system maintenance and upgrade costs.
CORE FUNCTIONS
WATER CONSERVATION MONITORING
Equipmentmonitoring
Pipeline monitoring
Majorusermonitoring
Personnel monitoring
Security monitoring
WATER SAVING ANALYSIS
Operationanalysis Energyconsumptionanalysis Water qualityanalysis Assetstatistics Workorderstatistics Alertstatistics
WATER SAVING OPERATION AND MAINTENANCE
Alertandearly warning Workordermanagement Smartinspection Smartcall Asset management KPlassessment
WATER SAVING SCHEDULING
Operational safety Workorder dispatching Equipmentcontrol
WATER SAVING ASSESSMENT
Wateruse planningmanagement Planned water use assessmentWatersavingevaluationWatersaving enterprise management
WATER SAVING PUBLICITY
Large screen publicity Backgroundmanagement Mobile assistant Rolemanagement Permissionmanagement Systemsettings
SMART DRAINAGE
SMART DRAINAGE PLATFORM
INTRODUCTION
The smart drainage platform is an intelligent drainage management system built on modern information technologies such as the Internet of Things (loT), big data, and artificial intelligence. It aims to achieve efficient monitoring, precise control, and scientific decision-making for urban drainage facilities. By collecting real-time data on pipeline network water levels, flow, andwater quality, and incorporating weather forecasts with historical data analysis, the platform dynamically optimizes drainage scheduling and prevents waterlogging risks. It also supports sewage overflow warnings, facility operation and maintenance management, and emergency command, helping to transform urban drainage systems toward digitalization, automation, and intelligence. This enhances flood prevention and disaster reduction capabilities, as well as water environment management, providing core support for the sustainable development of smart cities.
CORE COMPETENCIES
HIGH-PRECISIONREAL-TIME 01 MONITORINGAND DATAFUSION
Multi-parameter sensing: Deploying loT devices such as level gauges, flow meters, water quality sensors (COD/ammonia nitrogen/turbidity), and rain gauges to achieve comprehensive monitoringof pipeline network operations. Heterogeneous data integration: Integrating SCADA systems, GISgeographic information, weather radar data, and video surveillance to construct a digital twin model of the drainage system.
AI-DRIVEN DYNAMIC RISK ASSESSMENT AND EARLY WARNING
By employinghydraulic models and machine learning, the system provides forecasts for the next three hours, including details on overflow points and spill conditions, pipeline network filling degrees, and the capacity margins of various pipeline network areas. This enables dispatchers to promptly identify current and future pipeline network anomalies.
LIFECYCLE OPERATION AND 04MAINTENANCEMANAGEMENT
Record attributes such as pipe diameter, material, and buried depth, and associate them with inspection, maintenance, and replacement records to enable quick traceability. Field personnel receive tasks via the app, upload processing results, and synchronously updatethe platform status.
3D VISUALIZATION AND DECISION SUPPORT
Present the spatial relationships of the underground pipeline network in three dimensions, overlay real-time monitoring data and simulation results, conduct virtual drills for emergency response procedures under different rainstorm scenarios, and evaluate the effectiveness of contingency plans.
ADAPTIVE COLLABORATIVE 03 DISPATCHING AND OPTIMAL CONTROL
Dynamicallyadjusting the startup/shutdown priority of pumping stations, gate openings, and storage tank levels based on real-time load to balance flood prevention and drainage with the load of wastewater treatment plants, avoiding overloading of the plant and network, and achieving the integrated convergence of data, models,operations, and platforms.
PUBLICINTERACTIONAND EMERGENCYLINKAGE
Establish seamless connectivity with the city emergency command center. Once waterlogging occurs, the system rapidly activates the emergency response mechanism and disseminates waterlogging risk avoidance information through multiple channels such as SMS, apps, and broadcasts, thereby minimizing the impact ofwaterlogging disasters on the city.
CORE FUNCTIONS
MONITORING AND EARLY WARNING
Real-time Monitoring
EarlyWarning and Forecasting
Statistical Analysis
FACILITIES INSPECTIONAND MAINTENANCE
issue escalation
maintenance plan
facility inspection
WATERLOGGING EMERGENCYRESPONSE
Analysis and Summary
Emergency Dispatch
Emergency Plan Management
CONSTRUCTION PROJECT MANAGEMENT
planning stage
design stage
construction stage
DECISION SUPPORT
Waterlogging Analysis
Health Level Evaluation
BigData Analysis
BUSINESS APPROVAL SUPPORT
connection approval
drainage permit
drainage plan review
SUPERVISIONANDASSESSMENT
conductovert and covertinvestigations
performance evaluation
oversightand accountability
SMART PIPELINE NETWORK
DMA LEAKAGE CONTROL SYSTEM
INTRODUCTION
The DMA leakage control system encompasses functionalities such as zone management, pipeline network flow monitoring, pipeline network pressure monitoring, flow statistics and analysis, leakage assessment, minimum night flow analysis, abnormal water usage alerts, and non-revenue water (NRW)analysis. It compiles water volume composition data and analyzes key indicators like leakage rate and NRW, providing a data foundation for leakage control and management. The system helps reduce pipelinenetwork leakage and the utility's NRW, thereby improving economic benefits and enhancing resident satisfaction with water supply.
CORE COMPETENCIES
MULTIDIMENSIONAL LEAKAGECONTROL
01
Monthly non-revenue water (NRW)comparison, district-level NRWcomparison, water balance analysis, segmented statistics of pipeline network leakage, minimum night flow analysis, noise monitors, and other multidimensional leakage controlmeasures.
AUTOMATIC ANOMALYALERT
02
When equipment fails or leakage analysis data exceeds the threshold, the system automatically generates an alert and pushes it to the terminal.
REAL-TIMEONLINE MONITORING
03
Real-time monitoring of data from measurement point equipment providesreal-time data for system analysis and pressure regulation.
CORE FUNCTIONS
ONLINE MONITORING
Online monitoring ofpipeline network pressure and flow data provides support for system analysis and pressure regulation, while also enablingwater quality monitoring ofthe pipeline network.
ZONE MANAGEMENT
In combination with management zones, the watersupply network is divided intoDMA districts, with the partition level and area range flexibly adjustable according to actual conditions.
LEAKAGE ANALYSIS
The platform's data center provides non-revenue water (NRW) flow statistical analysis, leakage volume analysis, DMA minimum night flow analysis, and new leakage assessment, assisting in locatingleakage areas.
NOISE MONITORING
In areas with severe potential leakage, noise monitors are installed to identify leak points through 24-hour acoustic analysis, enabling precise locating and timely repair.
SMART PIPELINE NETWORK
PIPELINE NETWORKGIS SYSTEM
INTRODUCTION
The system integrates 2D/3Dintegration, loT, and big data technologies to enable computer-based entry andediting ofpipeline network graphic data and attribute data. It supports attribute queries, spatial positioning, and qualitative and quantitative statistical analysis of pipelines andvarious facilities. The system displays and outputs various graphics (including cross-section and longitudinal section drawings of pipelines) as well as statistical analysis reports. It provides valve opening and closing solutions for emergency repairs and maintenance in the event of pipe bursts or water leakage accidents. Additionally, while dispatching precise maintenance work orders, it sends outage notifications to users in the affected areas. The GIS system enables information-based management of the pipeline network, providing a strong scientific basis for decision-making in water supply planning, design, scheduling, emergency repairs, and archive management of drawings and documents. It also lays a solid foundation for optimized network scheduling, significantly improving the efficiency and quality of pipeline network management.
CORE COMPETENCIES
SPECIALIZATION
01
Develop applications for various aspects of pipeline network management, fully reflecting the specialized management of the pipeline network.
MOBILIZATION
02
Move pipeline network management from the office to the field, enhancing real-time responsiveness and improving work efficiency.
INTELLIGENCE
03
-spatial location-based analysis
- multi-dimensional and
multi-system correlation
analysis
- spatial big data
INTEGRATION
04
Relying on GIS and integrating with various other information systems, it enhances information value, expands perspectives, eliminates information silos, and achieves data sharing.
CORE FUNCTIONS
二
system maintenance
query and statístics
MOBILE CLIENT
WATER SUPPLY MARKETING MANAGEMENT SYSTEM
INTRODUCTION
The water supply marketing system is a key component of the overall information system construction for water supply enterprises. It serves as the primary data source for the basic database of water utility customers and is animportant part of the foundational, public welfare-oriented large-scale database for urban water supply construction. The system not only supports traditional meter reading and billing functions but also integrates into daily marketing operations, enabling integrated management. Furthermore, after data mining and processing, the system data can be directly shared for urban water supply planning and mathematical modeling of water transmission and distribution networks, providing a basis for management and decision-makingin relevant departments ofthe water supply enterprise.
CORE COMPETENCIES
ADVANCED NATURE
Adopts advanced data structures, a robust platform architecture, a well-organized structure, a mature development environment, and efficient data processing technologies.
SCALABILITY
When requirements change, simply implement plug-in business processing modules in accordance with open interface standards to facilitate system upgrades and function expansion.
CORE FUNCTIONS
02
01
PRACTICALITY
Fully considers the actual needs of water supply operations, making the user interface more user-friendly andpractical.
04
SECURITY
Through user authentication, access control, password management, and communication protocol measures, a comprehensive security mechanism is established to effectively prevent system data from being stolenor tamperedwith.
SERVICE ORDER
05
BASIC BUSINESS
06
INTEGRATED PAYMENT
record work order
The system architecture, database structure, and data flow are designed with unified planning, achievingefficient integration of the system's core internals and enabling all types of information to be tightlyintegrated atthe overall level.
Alipay
03
The management system interface is easy to use, requiring only simple training to get started.
INTEGRATION
EASE OF OPERATION
SMS
meter reading management
MESSAGE PUSH
REPORTING AND STATISTICS
decision analysis platform
智水务·心服务WWW.TJCHENTIAN.COM
天津晨天自动化设备工程有限公司TIANJIN CHENTIAN AUTOMATION EQUIPMENT ENGINEERING CO., LTD.
Tianjin Jincheng Marketing Center
No. 88, Gaoxin Avenue, Economic-Technological Development Area, BeichenDistrict, Tianjin, China
Tianjin Bincheng Marketing Center
Room 102, 1st Floor, Building 12, Binhai Information Security Industrial Park, Binhai New Area, Tianjin, China
Hebei Marketing Center
Shijiazhuang Branch Room 1003, Unit 3, Building 8, Haitang Jiayuan, Qiaoxi District, Shijiazhuang, Hebei, China
Tangshan Branch Room 1014, Building A, Tixiang Gongguan, Lubei District, Tangshan, Hebei, China
Langfang Branch Room 1501, Building 1, Xinzhaoyang Plaza, GuangyangDistrict, Langfang, Hebei, China
Xiong'an Branch
Room A-2-05, JintaiGarden, No. 23 Rongshan
Road,RongchengTown, Rongcheng County(Xiong'an
New Area), Hebei, China
Baoding Branch
11th Floor, Chuangye Plaza, Shenzhen Park,
Baoding, Hebei, China
