智慧化工园区总体解决方案

一、建设原则    顶层设计。智慧城市理念，统一规划，分步实施突出特色，实现国内一流。    技术先进。云计算、大数据、物联网、移动互联网，军民融合、卫星应用技术。    资源整合。纵向贯通政府部门、企业，横向连接职能部门，政企信息资源高度整合、已有或待建系统的高度兼容、系统运行高度统一（“三高”）。    长效运营。理清政府和企业边界，统一运维，定期更新形成标准化、可推广的发展范式。二、总体规划    一期：建设 “一中心，一平台和五类应用”，实现园区管理智慧化，树立化工园区“安全、创新、绿色、智能、协调”的形象。并选取试点化工企业在安防、环保、能源、物流等领域开展智慧应用示范，为二期智慧园区全面建设奠定基础。    二期。着重推进智能电网、智慧水务、智慧港口、智慧物流、智慧工厂等智慧应用系统建设，实现园区生产智能化。同时，在一期试点的基础上，将示范成果向园区内工厂企业进行推广。    三期：在一期、二期建设工作的基础上，提升和完善智慧园区运营管理体系，嘉兴港区智慧园区进入全面运营阶段。同时，制定智慧化工园区标准规范体系，形成可复制的智慧化工园区发展范式，逐渐向全国化工园区进行推广。三、建设目标     一期：一网：汇聚园区安防、环保、能源、物流、地理空间感知信息，形成感知“一张网”。一朵云：大数据中心云平台；一张图：综合运营管理平台；5+X应用：智慧综合安防分系统； 智慧环保分系统； 智慧能源监测分系统 智慧地理信息分系统；智慧物流运管分系统。 四、总体架构    感知层：通过测绘普查获取城市空间数据，实现安防、环保、物流、能源等行业感知终端的全面接入；    传输层：为嘉兴港区智慧园区信息的采集与更新提供数据传输通道；    支撑层：是嘉兴港区智慧园区的核心，云计算将基础硬件资源进行整合，公共数据库存储园区公共信息，公共应用服务平台为应用层各系统提供支撑工具集、分析工具集和开发测试工具集;     应用层：包括智慧安防、环保、能源、地理信息和物流等业务系统；      表现层：系统之系统，提供一张图决策辅助支持。五、方案构成     1.传感网络建设。将安防、环保、能源、物流、管网的传感网络汇集到大数据中心，形成传感一张网。     2.信息资源普查。普查主要内容包括基础地形修测、地上空间信息普查及地上三维模型建设。     3.大数据平台建设。数据中心云平台建设基于航天恒星自主研发的ACloudAge XS系统部署，是支撑数据中心服务的基于云计算技术的硬件、软件资源总和，是对外提供数据服务的基础。按层次分为硬件层、虚拟化层和软件层。     4.综合运营管理平台。为政府管理部门提供园区运行状态的集中展示；为港区综合运营及应急提供辅助决策支持对重大事故的紧急处理及一体化调度；为园区企业提供信息服务和交易平台；为社会公众提供个人办事和便民服务。    5.应用系统建设。包括：智慧综合安防分系统组成；智慧安防分系统应用效果；智慧环保分系统组成；智慧地理信息分系统组成；智慧地理信息分系统应用效果；智慧能源监测分系统组成；智慧能源监测分系统应用效果；智慧物流运管分系统组成；智慧物流运管分系统应用效果；     6.保障体系建设。包括 容灾备份系统建设；信息安全体系建设；物理安全建设；网络安全，运用安全；数据安全，ACloudAge XS 云安全；虚拟机隔离，分布式的逻辑域隔离；虚拟机进程监控与保护子系统；网络入侵检测子系统；云杀毒子系统；三员管理子系统；标准规范体系建设；运行维护体系建设。六、运营与服务   将各方面优势资源加以整合，融入智能技术到园区的日常管理中，达到全面感知、随需应变，并且保证内容的鲜活性、可视性和互动性，实现整个园区的智能化管理和服务。 通过清楚划分商业业务和公共服务的界限，其中公共服务免费为主，政府购买服务，特定信息和服务面向政府及企业等进行收费实现盈利和可持续发展。七、效益分析      经济效益：促进资源共享和综合利用，避免重复投资建设，带动新技术绿色产业革命，创造良好企业投资环境，优化业务管理创新，通过创新机制创造经济效益，开放公共平台应用，创造新经济增长点。      社会效益：提升园区管理效率，保障园区安全，提高政府透明度及政务公开，提升政府形象，集约成本，提升园区管理服务水平。八、方案特色      “一张图”管理，完整的智慧园区视角。       大数据分析，园区事故智能预警与“主动安全”       标准先行，可推广的智慧化工园区建设范式        模块化设计，系统架构先进、便于扩展         园区感知监控无线全覆盖，易于维护、节省投资

1. Construction Principles
Top-level Design. Guided by the smart city concept, conduct unified planning, implement in phases, highlight distinctive features, and achieve domestic first-class standards.
Advanced Technology. Adopt cloud computing, big data, Internet of Things (IoT), mobile internet, military-civilian integration, and satellite application technologies.
Resource Integration. Vertically connect government departments and enterprises, horizontally link functional departments, achieve highly integrated government and enterprise information resources, high compatibility of existing and under-construction systems, and highly unified system operation (the "Three Highs" principle).
Long-term Operation. Clarify the boundaries between the government and enterprises, unify operation and maintenance, conduct regular updates to form a standardized and replicable development paradigm.
2. Overall Planning
Phase I: Construct "One Center, One Platform and Five Types of Applications" to realize intelligent management of the chemical park and establish the image of "safety, innovation, greenness, intelligence, and coordination" for the park. Select pilot chemical enterprises to carry out smart application demonstrations in the fields of security, environmental protection, energy, logistics, etc., to lay a foundation for the comprehensive construction of the smart park in Phase II.
Phase II: Focus on the construction of smart application systems such as smart grid, smart water management, smart port, smart logistics, and smart factory to realize intelligent production in the park. On the basis of the Phase I pilot, promote the demonstration results to the factories and enterprises in the park.
Phase III: On the basis of the construction work of Phase I and Phase II, improve and perfect the smart park operation management system, and the Jiaxing Port Area Smart Park will enter the full operation stage. At the same time, formulate the standard specification system for smart chemical parks, form a replicable development paradigm for smart chemical parks, and gradually promote them to chemical parks across the country.
3. Construction Goals
Phase I: One Network: Gather park security, environmental protection, energy, logistics, and geospatial perception information to form a unified perception network. One Cloud: Big Data Center Cloud Platform; One Map: Comprehensive Operation Management Platform; 5+X Applications: Intelligent Comprehensive Security Subsystem, Intelligent Environmental Protection Subsystem, Intelligent Energy Monitoring Subsystem, Intelligent Geographical Information Subsystem, Intelligent Logistics Operation and Management Subsystem.
4. Overall Architecture
Perception Layer: Obtain urban spatial data through surveying and mapping census, and realize full access to industry perception terminals such as security, environmental protection, logistics, and energy.
Transmission Layer: Provide data transmission channels for the collection and update of information of the Jiaxing Port Area Smart Park.
Support Layer: The core of the Jiaxing Port Area Smart Park. Cloud computing integrates basic hardware resources, the public database stores park public information, and the public application service platform provides support toolkits, analysis toolkits, and development and testing toolkits for each system of the application layer.
Application Layer: Includes business systems such as smart security, environmental protection, energy, geographical information, and logistics.
Presentation Layer: System of systems, providing one-map decision-making support.
5. Program Composition
1. Sensing Network Construction: Collect the sensing networks of security, environmental protection, energy, logistics, and pipe networks to the big data center to form a unified sensing network.
2. Information Resource Census: The main contents include basic topographic revision, above-ground spatial information census, and above-ground 3D model construction.
3. Big Data Platform Construction: The data center cloud platform is deployed based on the ACloudAge XS system independently developed by Aerospace Star. It is the sum of hardware and software resources based on cloud computing technology that supports data center services, and is the foundation for providing data services to the outside world. It is hierarchically divided into hardware layer, virtualization layer, and software layer.
4. Comprehensive Operation Management Platform: Provide centralized display of park operation status for government management departments; provide auxiliary decision support for port area comprehensive operation and emergency response, including emergency handling and integrated scheduling of major accidents; provide information services and trading platforms for park enterprises; provide personal services and convenience services for the public.
5. Application System Construction: Including: composition of the intelligent comprehensive security subsystem; application effects of the intelligent security subsystem; composition of the intelligent environmental protection subsystem; composition of the intelligent geographical information subsystem; application effects of the intelligent geographical information subsystem; composition of the intelligent energy monitoring subsystem; application effects of the intelligent energy monitoring subsystem; composition of the intelligent logistics operation and management subsystem; application effects of the intelligent logistics operation and management subsystem.
6. Security System Construction: Including disaster recovery backup system construction; information security system construction; physical security construction; network security and application security; data security, ACloudAge XS cloud security; virtual machine isolation, distributed logical domain isolation; virtual machine process monitoring and protection subsystem; network intrusion detection subsystem; cloud antivirus subsystem; three-person management subsystem; standard specification system construction; operation and maintenance system construction.
6. Operation and Services: Integrate all advantageous resources, integrate intelligent technologies into the daily management of the park, achieve comprehensive perception and on-demand response, and ensure the freshness, visibility, and interactivity of content, so as to realize intelligent management and services for the entire park. Clearly divide the boundaries between commercial services and public services, where public services are mainly free, purchased by the government, and specific information and services are charged for government agencies and enterprises to achieve profitability and sustainable development.
7. Benefit Analysis
Economic Benefits: Promote resource sharing and comprehensive utilization, avoid repeated investment and construction, drive the green industrial revolution empowered by new technologies, create a good enterprise investment environment, optimize business management innovation, create economic benefits through innovative mechanisms, and open public platform applications to create new economic growth points.
Social Benefits: Improve park management efficiency, ensure park safety, improve government transparency and government affairs disclosure, enhance government image, intensively reduce costs, and improve park management service levels.
8. Program Features
"One Map" management, providing a complete smart park perspective.
Big data analysis, intelligent early warning of park accidents and "proactive safety".
Standards first, replicable construction paradigm for smart chemical parks.
Modular design, with advanced system architecture and easy expansion.
Wireless full coverage of park perception and monitoring, easy to maintain and cost-saving.

搜集汇总

背景与挑战

背景概述

该数据集详细介绍了智慧化工园区的整体建设方案，涵盖基于物联网和大数据的感知网络架构、分阶段实施规划（包括安全管理、环保监测等应用系统）、以及运营服务模式。方案强调通过技术创新实现园区智能化管理，并提供经济效益和社会效益分析。