智慧矿山整体规划建设方案

一、建设目标   全面感知井下人、机、环等的位置、状态，并可以对设备进行控制；   利用GIS和BIM技术，为智慧矿山应用提供二三维一体化的位置服务、矿山工程及设备的全生命周期管理等服务和工具，实现矿山数字孪生   通过软件定义，实现井上下人、机、环、管信息的强实时关联、融合与智能联动。   利用大数据与人工智能AI等技术，迭代升级煤矿安全、生产、经营的智能分析、自我学习与辅助决策。二、核心业务框架   通过“云（云计算+大数据+AI）、管（万兆环网+5G下井）、端（智能终端）”，打通“人（目标定位）、机（生产装备）、环（环境监测）”。智慧矿山操作系统平台是在不同层面上通过对人、机、环的各子系统的综合集成、纵向贯通、横向关联、融合创新，形成企业的安全、生产、经营、管理的综合性管控平台，平台可整体运行，子系统也可独立运行，平台与子系统在运行上互不影响，但在数据上是集中管理。三、建设内容  3.1 标准体系与业务流程建设  3.2 智能终端、感知层及其子系统建设  3.3 网络传输层及基础设施建设  3.4 平台层—智慧矿山操作系统平台（RED-MOS）  3.5 智能应用层—智慧矿山业务应用系统3.5.1 智慧生产系统                3.5.2 智慧安全系统 3.5.3 智慧生产执行系统        3.5.4 智慧经营管理系统3.5.5 智能管控平台

Section 1: Construction Objectives
1. Comprehensively perceive the positions and states of underground personnel, machinery, environment and other objects, and realize equipment control;
2. Adopt GIS and BIM technologies to provide services and tools including 2D/3D integrated position services, full-life-cycle management of mine engineering and equipment for smart mine applications, so as to realize mine digital twin;
3. Adopt software-defined technology to realize high real-time correlation, fusion and intelligent linkage of underground and aboveground personnel, machinery, environment and management information;
4. Use big data and artificial intelligence (AI) technologies to iteratively upgrade intelligent analysis, autonomous learning and auxiliary decision-making for coal mine safety, production and operation.

Section 2: Core Business Framework
By building the "Cloud (cloud computing + big data + AI), Pipeline (10Gigabit ring network + 5G for underground deployment), Terminal (intelligent terminals)" architecture, the platform connects "personnel (target positioning), machinery (production equipment), environment (environmental monitoring)". The smart mine operating system platform comprehensively integrates, vertically connects, horizontally correlates and innovatively fuses various subsystems of personnel, machinery and environment at different levels, forming a comprehensive management and control platform for enterprise safety, production, operation and management. The platform can operate as a whole, and subsystems can also run independently. The platform and subsystems do not interfere with each other during operation, but their data are managed in a centralized manner.

Section 3: Construction Content
3.1 Standard System and Business Process Construction
3.2 Construction of Intelligent Terminals, Perception Layer and Its Subsystems
3.3 Network Transmission Layer and Infrastructure Construction
3.4 Platform Layer - Smart Mine Operating System Platform (RED-MOS)
3.5 Intelligent Application Layer - Smart Mine Business Application System
3.5.1 Smart Production System
3.5.2 Smart Safety System
3.5.3 Smart Production Execution System
3.5.4 Smart Operation and Management System
3.5.5 Intelligent Management and Control Platform

搜集汇总

背景与挑战

背景概述

该数据集描述了智慧矿山的整体规划方案，旨在通过物联网、GIS/BIM、AI等技术实现井下全要素感知与数字孪生，构建包含云管端架构的智能操作系统平台，覆盖生产、安全、经营等核心业务系统。方案包含标准体系、基础设施、平台层和应用层等系统化建设内容。