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Table of contents
1. Introduction 1
1. 1. Project name 2
1.2, Planning Process 5
1. 3. Planning basis 5
1.4. Planning Scope 6
1.5. Relevant standards and documents 6
2. Realistic basis 1
2. 1, Construction status 1
2. 1. 1. Current status of system construction 1
2. 1.2. Current status of network construction 1
2.1.3. Hardware construction status 1
2.2, There is a problem 1
3. Construction environment and trends 2
4. Guiding ideology, principles and goals 4
4. 1. Guiding ideology 4
4. 2. Basic principles 4
4.2.1. Informatization construction principles 4
4.2.2. Information system development principles 5
5. Analysis of demand for brain construction in urban environment 6
5. 1, Management needs analysis 6
5.2. Business needs analysis 7
5.2. 1. Data integration requirements 7
5.2.2. GIS functional requirements 8
5.2.3. Comprehensive business office needs 8
5.2.4. Real-time monitoring requirements 8
5.2.5. Real-time data analysis requirements 8
5.2.6. Environmental protection business data management functional requirements 8
5.2.7. Monitoring data management requirements 8
5.2.8. Real-time data management requirements 9
5.2.9. Historical data management requirements 9
5.2. 10. Mobile law enforcement needs 9
5.2. 11. Comprehensive data query requirements 9
5.3. Hardware network requirements 10
5.3. 1. Network requirements 10
5.3.2. Hardware Requirements10
6. Main technical route 17
6. 1. WebService Technology 17
6.3. Multi-source heterogeneous data integration based on metadata 18
6. 4, Real-time data middle layer technology 19
6. 5. PORTAL TECHNOLOGY 19
6. 6. Internet of Things Technology 20
6.7. Mobile Internet Technology 21
7. Emergency command application system 1
7.1. "One center, two platforms, four major systems" construction ideas 1
7.2, Environmental Data Center 2
7.2. 1. Environmental data center platform 3
7.2.2. Data database construction 5
7.2.3. Data center applications 6
7. 3. Environmental GIS platform 11
7.1. 1.Geographic Information System Engine 11
7.1.2, Geographic information system database construction 13
7.3.3. Applications based on environmental geographical information platform 15
7.3.4. Function of geographic information system 20
7.3.5, Geographic Information System Layer 22
7.4, Environmental Management Business Platform 42
7.2. 1, Integrated business management platform 42
7.5. Monitoring and monitoring system 46
7. 5. 1.Monitoring and management system 46
7. 5. 2. RFID solid waste whole process traceability system 47
7.6. Environmental protection management system 49
7.6. 1. Environmental quality management subsystem 49
7.6.2. Mobile Law Enforcement System 54
7.6.3. Pollution source management system 76
7. 6. 4. Solid waste management subsystem 92
7.6.5. Pollution control and total accounting management subsystem 111
7.6. 6. New construction, renovation and expansion project management subsystem 113
7.6.7. Ecological comprehensive information management subsystem 123
7.7. Environmental protection emergency system 124
7.7. 1. Emergency command and management system 124
7.7.2. Emergency command vehicle 140
7.8. Environmental protection government affairs system 151
7.8. 1. Single sign-on system 151
7.8.2. Intranet Portal 151
7.8.3. External network portal 151
7.8.4. Office automation system 152
7.9, Data integration 155
7.9. 1. “One source, one file” data integration of pollution sources 155
7.9.2. Regional environmental quality and environmental management data integration 178
7. 10. Integration of existing systems 190
7. 10. 1. Pollution source online monitoring system integration plan 190
7. 10. 2. Ambient air quality automatic monitoring system integration plan 190
7. 10. 3. Motor vehicle environmental protection periodic inspection system integration plan 190
7. 10. 4. Laboratory Liss system integration solution 191
7. 10. 5. Pollutant discharge declaration database, environmental statistics database, pollution source census database, pollutant discharge fee
Collection database integration plan 191
8. Network hardware construction 191
8. 1. Servers and storage devices 191
8. 1. 1, Design Principles 191
8.1.2. Server 192
8. 1. 3. Storage system 194
8.2. Network and Security 197
8.2. 1. Network diagram 197
8.2.2. Fiber optic switch 198
8.2.3. Firewall 198
8. 3. 1. UPS and mains power access 199
8.3.2. Computer room construction 201
9. Safety assurance system construction 204
9. 1. Cyber and Physical Security 205
9.2, Application Security 205
9.3. Data Security 205
10. Information standard system construction 205
10. 1, Design Summary 205
10. 2. Technical route 206
11. Operation and maintenance management system planning 207
11. 1. Design Summary 207
11.2. Technical Route 208
11. 3. Suggestions 210
12. Benefit Analysis 211
12. 1. Economic benefit analysis 211
12.2. Social benefit analysis 211
13. Urban Environmental Brain Project Budget and Construction Steps (Supplement) 212
13. 1. Project budget 212
13.2. Construction steps 213
14. 1. Institutional guarantee 214
14. 2. Fund guarantee 214
Personnel Organization Guarantee 214
Emergency command application system
7.1. "One center, two platforms, four major systems" construction ideas
"One Center" refers to the Environmental Data Center. The environmental data center is the foundation and support for the construction of the entire urban environmental brain. It is a platform for data exchange with environmental protection departments at higher and lower levels and municipal government departments. It mainly includes three parts: data center platform construction, data database construction, and data center application.
"The two platforms refer to the comprehensive business management platform and the environmental geographical information platform. The comprehensive business management platform is the business support for the construction of XXX environmental protection information system, which includes form customization, permission customization, process customization, single point Log in. The environmental geographical information platform is the core display and analysis platform for the construction of XXX environmental protection information system. The main construction contents include geographical information systems, spatial data database construction, and environmental geographical information applications.
The four major systems include: monitoring and control system, environmental protection management system, environmental emergency response system, and environmental protection government affairs system.
6. 2. Environmental Data Center
In recent years, the development of environmental protection has put forward new and higher requirements for the management of environmental information. The time is ripe for the construction of "emergency command" and "emergency command". In order to adapt to this requirement, we must continuously improve the level of environmental management and better To serve environmental protection work, use information technology to scientifically explore and manage environmental protection data requirements, business requirements and macro-control requirements, and achieve strict integration and in-depth simulation support for environmental protection business and management decision-making. The main reasons for establishing an environmental data center are the following two points:
1. Integrate previously independent data to achieve data and information sharing;
2. Based on the construction of the data center platform, ensure information sharing and exchange of the newly built system;
The Environmental Data Center is a data management system based on a relational database management system for the environmental industry. It has the characteristics of high security, good consistency, good scalability, strong maintainability, friendly interface, and practical functions, and complies with relevant national standards. .
The environmental data center consists of three main parts:
1. Data center platform
The data center platform is the core, managing data information in a unified manner and providing a secondary concurrent interface.
2. Data database construction
Establish various business databases, management databases, real-time databases, emission declaration databases, environmental statistics databases, pollution source census databases, spatial databases, and special topic databases.
3. Data center applications
Data center applications are concentrated in: providing data statistics services, data query services, data-assisted analysis and decision-making services, visual modeling tools, data integration services, data expansion services, data analysis services, visual maintenance platforms, database integration tools, data Exchange platform, basic database management and data query functions, data display and publishing functions, support for file import and export of common data formats, global information search module integrated configuration, visual integrated configuration tools, unified configuration interface, compiled in the form of XH11 Unified configuration file; analysis decision-making, intelligent model analysis, intelligent analysis statistics.
Environmental Data Center Platform
Business applications and portals
Data center platform
Data center secondary development platform
Data center management and analysis platform
Data center integration and switching platform
data source
The data center platform is based on the business needs of environmentally friendly information construction software. At this stage, various data industries
When the service system is severely isolated, the construction ideas are proposed through abstract analysis. Data center platform, available
The characteristic town environment comprehensive improvement cloud platform solution V3. 0 provides information exchange between applications and provides specific business services such as data format definition, data conversion, data routing, business rule definition and business process editing. The data center platform solves the problem of system integration, which requires heterogeneous interfaces between systems, heterogeneous data, and process scheduling between systems. The technical core of the data center platform adopts XML data standard, and the interface standard adopts Web Services. In addition to the data of the city-level self-built system, the data exchanged by the data center platform also includes the provincial environmental data center, county shared database, and municipal government departments. data exchange. Therefore, the data center platform is required to provide flexible and convenient data modeling technology so that maintenance personnel can easily and quickly establish data models when the business needs of the data platform expand. The data model needs to be scientific and applicable, which can not only reduce data redundancy, but also store the data required by the business system.
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