Skip to Content
Last modified by Wecon on 2025/09/03 21:04
Hide last authors
Wecon 1.1 1 = 1. V-NET =
2
3 (((
4 == 1.1 {{id name="_Toc18047"/}}{{id name="_Toc1115"/}}{{id name="_Toc27573"/}}WECON IIOT System ==
5 )))
6
7 V-NET is a general IIOT platform with lightweight that can be re-developed. Users can quickly build industrial Internet applications based on their own needs through the use of V-NET and V-BOX to achieve device management, data connection, unattended operation and remote operation.
8
9 [[image:1622546985757-508.png]]
10
11
12 === 1.2 V-NET Server ===
13
14
15 V-NET is a general industrial Internet platform independently developed by WECON. There are 3 servers deployed globally:
16
17 [[image:1622547068130-297.png]]
18
19
20 (((
21 === 1.3 {{id name="_Toc238"/}}{{id name="_Toc14872"/}}{{id name="_Toc20129"/}}The Security Framework ===
22 )))
23
24 V-NET advocates a comprehensive and security system structure: we have corresponding safety measures to guarantee security for any function of V-NET.
25
26 According to the modules of the system, V-NET security can be divided into 4 parts:
27
28 * **Hardware Security**: To identify and reject unauthorized access requests, prevent gateway hardware from being illegally copied, and confirm request sent by the platform to ensure equipment, hardware and communication safety.
29 * **Platform Security:** To prevent unauthorized devices and users from accessing to the platform,prevent unauthorized users from accessing the platform,prevent unauthorized use or access to user data. 
30 * **Communication Security**: To prevent communication from being eavesdropped and hijacked, prevent the disclosure of user information during communication.
31 * **User Security**: To block improper or dangerous user operations, verify user identity and remind users to protect personal information.
32
33 [[image:1622547101308-741.png]]
34
35 == {{id name="_Toc18840"/}} ==
36
37 (((
38 (% class="wikigeneratedid" %)
39 == 2. Smart Water Affairs ==
40
41
42 === 2.1 Background & Significance ===
43 )))
44
45 Water is the source of life, the essential of production and the foundation of ecology. Building Smart water affairs is an important measure to promote the realization of smart and ecological cities, thereby improving the quality of people's healthy life, the quality of urban development, and the quality of the ecological environment. Clear waters and green mountains are as good as mountains of gold and silver.
46
47 In the context of increasing water resources problems, transform the production and consumption methods of water , use the concept of sustainable development and a more humane and intelligent development model to make up for the shortcomings in water construction. This reflects the overall awareness of solving key contradictions.
48
49 Smart water affairs to integrate and utilize information resources on the basis of water informatization. Supported by information technologies such as cloud computing, big data, Internet of Things and mobile Internet. Obtain all-round changes in the production, environment, and status of water enterprises through smart devices. Transmission, storage and processing of massive data to realize intelligent analysis. Provide decision-making support for water enterprises to achieve a "smart" state.
50
51 [[image:1622547213241-687.png]]
52
53
54 (((
55 (% class="wikigeneratedid" %)
56 === 2.2 {{id name="_Toc15191"/}}{{id name="_Toc6259"/}}{{id name="_Toc13219"/}}{{id name="_Toc15014"/}}{{id name="_Toc13215"/}}The Current Situation ===
57 )))
58
59 The concept of smart water affairs is relatively backward compared with the international level, in China.
60
61 With the advancement of the market-oriented reform of water affairs, the demand for corporate management levels has increased significantly. Automation and informatization have only begun to gain attention in the water industry, and certain achievements have been made in the development of smart water affairs.
62
63 In China, the development of smart water affairs has mainly experienced three stages: automation, informatization and intelligence. At present, a large number of water companies are already in the transitional stage from informatization to intelligence.
64
65 * **Automated water affairs stage**
66
67 Water automation construction work is mainly embodied in the automatic collection of basic data, as well as the automatic control of pumping stations, water plants, valves and other equipment, mainly to free people from heavy procedures.
68
69 * **Informationized water affairs stage**
70
71 At this stage, many water companies have built smart systems necessary for management, production and operation. Transform the original human-oriented operation model into a more scientific and reasonable model. The core management information service with production management, official website management, business management and paperless office has gradually become an indispensable tool for water supply and drainage companies.
72
73 * **Smart water affairs stage**
74
75 A new generation of information technology represented by the IOT, mobile internet, and artificial intelligence technology is bringing about the third information technology revolution. Information technology is being integrated with residents' lives and business operations. The smart water affairs stage uses various information sensing equipment to realize intelligent information identification, locating, tracking, monitoring, calculation, simulation, prediction and management. At this stage, the water supply and drainage companies integrates GIS, SCADA, and ERP/EMS systems into an integrated data management platform. Carrying out data collection and big data analysis work has comprehensively improved the decision-making and management level of water supply companies.
76
77 New technologies of cloud computing, artificial intelligence, and Internet+ have brought about great imagination for the development of smart water. This is the new development mission and challenge of smart water.
78
79 [[image:1622547270506-901.png]]
80
81
82 (((
83 (% class="wikigeneratedid" %)
84 === 2.3 Development Tendency ===
85
86 ==== 2.3.1 Construction Status : Positive attitude of water companies ====
87 )))
88
89 Studies have shown that the top ten information systems of companies that have carried out smart water construction are meter reading and charging system, financial management system, central control system, automation system, WeChat official account platform, security monitoring system, corporate publicity portal, SMS platform, collaborative office system, customer management system. Among them, 75.3% of water companies have built meter reading and charging systems,it is the core business support system for water companies. As a new popular customer service tool in recent years, the WeChat public platform has been applied in 52.7% enterprises. It reflects to the importance that water companies attach to customer service and the use of new tools such as the Internet. In addition, some water companies have applied some new technologies and smart tools, such as BIM, auxiliary decision analysis system, cost analysis system, pipe burst warning system, pipe network hydraulic model system and so on.
90
91 (((
92 (% class="wikigeneratedid" %)
93 ==== 2.3.2 Market Space : Huge market opportunity with 36% annual growth ====
94 )))
95
96 The Smart water affairs market shows sustained growth. According to statistics, by 2023, the overall investment scale of China's water service market will reach 860 billion, with an average annual growth rate of 36%. According to this growth rate, at the end of the 13th Five-Year Plan period, the scale of investment in the smart water affairs market exceeded 200 billion.
97
98 [[image:1622547381499-863.png]]
99
100
101 (((
102 (% class="wikigeneratedid" %)
103 ==== 2.3.3 Development Direction: From simple digital to comprehensive intelligence ====
104 )))
105
106 After investigation, it is found the directions for the next development of smart water affairs is as follows:
107
108 * To push infrastructure construction such as databases and networks, accounting for 60%.
109 * To improve the level of public information services, accounting for 59%.
110 * To increase the level of utilization of related resources, accounting for 55%.
111 * To push smart water affairs planning and design, accounting for 52%.
112 * To build a data center to improve analysis and decision-making capabilities, and obtain more benefits through data collection and analysis, accounting for 49%.
113
114
115 (((
116 (% class="wikigeneratedid" %)
117 ==== 2.3.4 Business Transformation: Most companies value strategic significance ====
118 )))
119
120 In the process of water affairs informatization research, it is found that water affairs companies generally believe that the construction of smart water affairs plays an important role in the development strategy of enterprises. Totally 77.4% of the company's development strategy needs to develop smart water affairs system. Followed by information technology development, accounting for 59.6%,and the third driving factor is market demand, accounting for 46.8%.
121
122 (((
123 == {{id name="_Toc183"/}}{{id name="_Toc17427"/}}3. System Architecture & Application for WECON Smart Water Affairs ==
124
125
126 === {{id name="_Toc8949"/}}{{id name="_Toc6867"/}}3.1 System Architecture ===
127 )))
128
129 WECON smart water affairs system adopts a four-layer structure system of application layer, network layer, equipment layer and sensor layer.
130
131 **Application Layer (Platform Management Layer): **Combine IOT technology with industry professional systems to realize a wide range of IOT applications can collected, developed and storage of information resources. Provide unified information resource support for various businesses of the water plant.
132
133 **Network Layer: **Transmit all kinds of information from the device layer to the application service layer, providing reliable data transmission for the device layer and the application layer.
134
135 **Device Layer**：According to the system settings, it reacts to the results from the sensing layer to realize intelligent control.
136
137 **Sensing layer: **Obtain physical data information (temperature, flow, pressure.) that occur in the water system environment.
138
139 [[image:1622547481717-223.png]]
140
141
142 (((
143 === 3.2 Platform Deployment : V-NET ===
144 )))
145
146 By connecting the V-BOX with the V-NET to quickly realize the networking of various mechanical equipment and system controlled by PLC, and realize unattended operation. Users can quickly build the industrial Internet platform through the ‘what you see is what you get’ development method.
147
148 [[image:1622547529385-919.png]]
149
150
151 (((
152 (% class="wikigeneratedid" %)
153 == ==
154
155 === {{id name="_Toc22740"/}}{{id name="_Toc12"/}}3.3 The Goal of System Construction ===
156 )))
157
158 The original complicated processing flow becomes simple through simplified configuration. Combined with the real-time and visualized screen of the Web SCADA to realize the detailed display of the collected data, simplified manual inspection. WECON smart water affairs connects with devices through IIOT gateways and transmits sensor data to the cloud. Provide device and data management layer to ensure the safe operation of equipment and data collection.
159
160 [[image:1622547572229-610.png]]
161
162 (((
163 (% class="wikigeneratedid" %)
164 == ==
165
166 == {{id name="_Toc30757"/}}3.4 Application of Smart Water Affairs System ==
167
168
169 ==== 3.4.1 Equipment Monitoring Evaluation ====
170 )))
171
172 For the pumps in water plants, the equipment has such factors as strong continuity of operation and harsh operating environment. This makes it easier to cause parts to deteriorate or be damaged. If these damaged parts are not discovered in time and handled correctly, it will lead to more serious consequences.
173
174 The system architecture of WECON Smart Water Solution can perform online monitoring of vibration, temperature, oil and other parameters of key equipment such as fans and pumps in the operation of various process systems. Combining professional signal acquisition, analysis and diagnosis technology to carry out equipment fault diagnosis. The system will use the IIOT to collect sub-equipment monitoring data and combine the production process (temperature, flow, pressure, etc.) data of the water plant. Maintain the recorded data,analyze the real-time data, compare the monitoring value and the normal value judgment interval, evaluate the health status of the equipment to perform preventive maintenance.
175
176 (((
177 (% class="wikigeneratedid" %)
178 ==== 3.4.2 Optimizing the Integration of Plant Network ====
179 )))
180
181 The optimized integration of plant network is a management based on the production and operation of water enterprises. It is the management during production process and business process to established on a unified platform. It requires delicacy management for the whole process of equipment operation. Real-time integration of operation management business, maintenance management business and production. Establish a real-time data center to provide remote diagnosis for expert teams. Through the collection of equipment and sensor data, select the best facility management and scheduling plan. Automatically control gates and pump station switches can adjust the static to dynamic runoff changes of the pipe network, and improve the utilization rate of the storage of the pipe network. Provide equipment status monitoring, real-time association of equipment and production can establish complete status monitoring of important equipment to fully reflect the static information and real-time information. Provide a basis for the judgment of equipment status maintenance.
182
183 (((
184 ==== 3.4.3 The Safety of Smart Water Affairs ====
185 )))
186
187 Due to the particularity of the water industry, it involves a variety of sensitive data sources such as geographic information, hydrological information, pipeline network distribution information, population information, and state-owned asset information. The security and privacy protection of the smart water cloud platform system including data collection, data analysis, data conversion, and water practice business is particularly important. For example, how to ensure information security has become a key issue for the long-term development of smart water affairs. V-NET advocates a comprehensive and secure system architecture: any product of V-NET has corresponding security measures to protect it.
188
189 {{id name="_Toc67559467"/}}
190
191 (((
192 (% class="wikigeneratedid" %)
193 == 4. Summary of Smart Water Affairs Program ==
194
195
196 === {{id name="_Toc11811"/}}{{id name="_Toc22514"/}}4.1 Solution Advantages ===
197 )))
198
199 * **Unattended Duty, Remote Maintenance**
200
201 Real-time monitoring of water volume data and water quality detection data of water pumps. Resume transmission after disconnection to ensure that the monitoring equipment data is always online. Stable and orderly work in an unattended duty state will save after-sales costs.
202
203
204 [[image:1622547739958-761.png]]
205
206 * **To Improve Operational Efficiency and Convenience**
207
208 Administrators and technical engineers will monitor the status of the system anytime and anywhere. They can also monitor centrally , debug, upgrade, and maintain water treatment equipment scattered in communities, villages, and towns. Technical engineers will remotely debug the equipment without visiting the site, which greatly reduces service costs and improves management efficiency. Each operation will generate an operation log, so that the operation of the device can be retrospect clearly.
209
210 * **Intelligent Decision-making, Water and Energy Saving**
211
212 Users could use computers and APP to realize remote decision management, make full use of existing water-saving equipment, optimize scheduling and improve benefits.
213
214 * **Reduce the Loss Caused by Accidental Failure**
215
216 To know equipment abnormalities in advance.
217
218 To alarm automatic in case of failures.
219
220 To detect and repair timely as soon as possible to avoid cascading failures in the production environment caused by equipment failures.
221
222 {{id name="_Toc67559469"/}}{{id name="_Toc29872"/}}To minimize the frequency of unplanned equipment shutdowns and failure losses.
223
224
225 (((
226 === 4.2 {{id name="_Toc20862"/}}{{id name="_Toc23803"/}}Summary ===
227 )))
228
229 From automation to informatization to intelligence, China's water industry has gone through the exploration stage of combining the information technology revolution with water production, water consumption and water governance. It is gradually moving towards a mature stage of data-based, equation analysis as a means, humanized application and industrial value-added purposes. The realization of smart water technology innovation is a huge project that requires the joint efforts of everyone. WECON smart water solutions can maximize productivity, reduce costs, speed up construction time, plan for future expansion, and adopt distributed construction methods to help you build unique projects.
230
231 {{id name="_Toc67559470"/}}{{id name="_Toc26730"/}}The plan helps water companies to integrate ‘smart water affairs’ through the entire process of secondary water supply management, so that secondary water supply is not only an increase in the pressure of the primary water supply, but also an improvement in quality and service. We will provide a healthy, safe and comfortable water supply experience for the "key mile" of the city's water supply.
232
233
234 (((
235 === 4.3 {{id name="_Toc8569"/}}{{id name="_Toc9171"/}}Practical Case ===
236 )))
237
238
239 (((
240
241 )))