DNchngguo/RuoYi-Vue3/src/data/projects/taipuGate.js

import taiPuRiverImage2 from "@/assets/images/太浦闸.png";
import taiPuGateVideo from "@/assets/video/太浦闸.mp4";

// 太浦闸项目数据
export const taiPuZhaProject = {
  id: "tai-pu-gate",
  title: "数字孪生太浦闸",
  subtitle: "基于数字孪生技术的太浦闸智能监控系统",
  coverImage: taiPuRiverImage2,
  date: "2024年7月",
  location: "上海市·青浦区",
  client: "水利部太湖流域管理局",
  tags: ["数字孪生", "水利工程", "智能监控", "闸门调度"],
  overview:
    "数字孪生太浦闸是水利部11项数字孪生流域先行先试任务之一,围绕调度精准化、安全运行常态化、标准化建设全面化的业务需求和难点，建设数字孪生调度运行、安全运行、标准化建设三大板块。在2022年抗咸潮保供水、2023年迎击台风“杜苏芮”等重大事件中发挥显著效益，对比系统上线前，太浦闸调度执行精准率提升10个百分点，为上级部门统筹调度决策提供依据。安全度汛方面，首次实现工程主体和金属结构健康态势掌控，极大减轻了防台等关键期的运维压力。本项目荣获科技进步奖三等奖。",
  materials: [
    {
      id: "1",
      name: "数字孪生太浦闸技术方案.pdf",
      type: "pdf",
      size: "2.8MB",
      uploadDate: "2024-07-15",
      description: "项目技术方案，包含系统架构和实现方法",
      category: "文件",
    },
    {
      id: "2",
      name: "太浦闸监测数据.csv",
      type: "csv",
      size: "12.5MB",
      uploadDate: "2024-07-10",
      description: "太浦闸运行监测数据汇总",
      category: "文件",
    },
    {
      id: "3",
      name: "智能调度系统设计文档.docx",
      type: "word",
      size: "1.6MB",
      uploadDate: "2024-06-28",
      description: "智能调度系统的详细设计文档",
      category: "文件",
    },
    {
      id: "4",
      name: "项目验收报告.pdf",
      type: "pdf",
      size: "2.9MB",
      uploadDate: "2024-07-20",
      description: "项目最终验收报告，包含验收意见和结论",
      category: "文件",
    },
    {
      id: "5",
      name: "数字孪生模型数据.zip",
      type: "zip",
      size: "150MB",
      uploadDate: "2024-07-18",
      description: "太浦闸高精度数字孪生模型数据文件",
      category: "文件",
    },
    {
      id: "6",
      name: "用户操作手册.pdf",
      type: "pdf",
      size: "3.8MB",
      uploadDate: "2024-07-12",
      description: "平台用户操作手册，详细说明各项功能使用方法",
      category: "文件",
    },
    {
      id: "7",
      name: "太浦闸运行演示.mp4",
      type: "video",
      size: "280MB",
      uploadDate: "2024-07-15",
      description: "数字孪生太浦闸运行演示视频",
      category: "媒体",
    },
  ],
  technicalHighlights: {
    realTimeMonitoring: {
      title: "闸门运行状态实时监测",
      description:
        "实现闸门运行状态的全面实时监测，包括闸门开度、运行速度、受力情况等参数",
      features: ["实时监测", "多参数采集", "状态反馈", "异常检测"],
    },
    waterFlowSimulation: {
      title: "高精度水流模拟计算",
      description: "建立高精度水流模拟模型，准确预测闸门调度对水流的影响",
      features: ["高精度模型", "实时计算", "结果可视化", "方案评估"],
    },
    intelligentScheduling: {
      title: "智能调度决策支持系统",
      description: "基于AI算法的智能调度系统，实现闸门调度的自动化和优化",
      features: ["AI算法", "自动调度", "方案优化", "决策支持"],
    },
    dataVisualization: {
      title: "多维度数据可视化展示",
      description: "提供丰富的数据可视化方式，直观展示闸门运行和水流情况",
      features: ["图表展示", "地图可视化", "实时更新", "历史回放"],
    },
    faultDiagnosis: {
      title: "故障预警与诊断系统",
      description: "实现设备故障的提前预警和诊断，提高运维效率和设备可靠性",
      features: ["故障预警", "诊断分析", "运维建议", "历史记录"],
    },
  },
  achievements: [
    {
      id: "1",
      title: "闸门调度响应时间缩短70%",
      summary: "智能调度系统上线，闸门调度响应时间大幅缩短",
      content:
        "基于数字孪生技术的智能调度系统成功上线运行。该系统能够实时分析闸门运行状态和水流情况，自动生成最优调度方案。相比传统人工调度方式，调度响应时间缩短了70%，实现了闸门的精准控制和高效调度。",
      date: "2024-07-15",
      author: "技术部",
      category: "技术成果",
      number: "70%",
      description: "调度响应时间缩短",
      image: taiPuRiverImage2,
    },
    {
      id: "2",
      title: "故障预警准确率达到98%",
      summary: "通过AI技术，实现了闸门故障的精准预警",
      content:
        "项目采用了先进的人工智能算法，对闸门运行数据进行实时分析和异常检测。系统能够提前24小时预测潜在故障，预警准确率达到98%。这一成果显著提高了闸门运行的可靠性，减少了故障停机时间。",
      date: "2024-07-10",
      author: "运维部",
      category: "技术成果",
      number: "98%",
      description: "故障预警准确率",
      image: taiPuRiverImage2,
    },
    {
      id: "3",
      title: "人工巡检工作量减少80%",
      summary: "自动化监测系统减少了大量人工巡检工作",
      content:
        "数字孪生太浦闸项目实现了闸门运行状态的全面自动化监测。系统能够实时采集和分析各类运行数据，自动生成巡检报告和维护建议。相比传统人工巡检方式，人工巡检工作量减少了80%，运维成本显著降低。",
      date: "2024-07-05",
      author: "运维部",
      category: "管理优化",
      number: "80%",
      description: "人工巡检工作量减少",
      image: taiPuRiverImage2,
    },
    {
      id: "4",
      title: "水流模拟精度提升至95%",
      summary: "高精度水流模拟模型，为调度决策提供可靠依据",
      content:
        "项目建立了高精度的水流模拟模型，能够准确模拟太浦闸上下游水流变化情况。模拟精度达到95%，为闸门调度决策提供了可靠的技术支持，有效提高了水资源调度的科学性和准确性。",
      date: "2024-07-01",
      author: "技术部",
      category: "技术成果",
      number: "95%",
      description: "水流模拟精度",
      image: taiPuRiverImage2,
    },
  ],
  caseStudies: [
        {
          type: 'image',
          image: taiPuRiverImage2,
          title: '流域监测中心',
          description: '集成多源数据的综合监测中心'
        },
        {
          type: 'image',
          image: taiPuRiverImage2,
          title: '三维可视化平台',
          description: '沉浸式流域可视化体验'
        },
        {
          type: 'image',
          image: taiPuRiverImage2,
          title: '智能调度系统',
          description: '自动化水资源调度解决方案'
        },
    {
      type: "video",
      video: taiPuGateVideo,
      thumbnail: taiPuRiverImage2,
      title: "太浦闸实景",
      description: "太浦闸实际运行场景",
    }
  ],
  applicationEffects: [
    {
      id: "1",
      title: "太浦闸调度效率提升50%",
      summary: "智能调度系统显著提升了太浦闸调度效率",
      content:
        "数字孪生太浦闸项目成功提升了太浦闸调度效率。通过智能调度系统，闸门调度响应时间缩短了70%，调度效率提升了50%。系统能够根据实时水情自动调整闸门开度，实现了水资源的精准调度和高效利用。",
      date: "2024-07-20",
      author: "调度部",
      category: "调度效率",
      image: taiPuRiverImage2,
    },
    {
      id: "2",
      title: "故障停机时间减少90%",
      summary: "故障预警系统有效减少了故障停机时间",
      content:
        "项目实施后，太浦闸故障停机时间显著减少。通过AI故障预警系统，能够提前发现并处理潜在故障，故障停机时间减少了90%。系统的可靠性和稳定性得到了显著提升，确保了太浦闸的安全稳定运行。",
      date: "2024-07-18",
      author: "运维部",
      category: "运维管理",
      image: taiPuRiverImage2,
    },
    {
      id: "3",
      title: "防洪调度响应速度提高80%",
      summary: "在防洪调度中发挥了重要作用",
      content:
        "数字孪生太浦闸项目在2024年防洪期间发挥了重要作用。系统能够实时监测水情变化，快速生成防洪调度方案，防洪调度响应速度提高了80%。有效保障了太浦河流域的防洪安全，减少了洪水灾害损失。",
      date: "2024-07-15",
      author: "防洪部",
      category: "防洪减灾",
      image: taiPuRiverImage2,
    },
  ],
};