针对艾因市沟盖盗窃的创新物联网解决方案
技术
- 传感器 - 全球定位系统
- 传感器 - 电表
适用行业
- 城市与自治市
- 生命科学
适用功能
- 维护
- 产品研发
用例
- 智慧城市供水管理
- 智慧城市运营
服务
- 硬件设计与工程服务
- 系统集成
关于客户
本案例研究中的客户是位于阿拉伯联合酋长国阿布扎比的艾因市政府。艾恩是阿联酋最大的内陆城市和第四大城市，也是阿布扎比的第二大城市。艾因市政府负责管理该市数以万计用于排水的铁质沟渠。该市政府面临着这些沟盖被盗的重大挑战，这些沟盖被盗并出售给回收中心。作为耗资 1000 万迪拉姆项目的一部分，市政府寻求开发新的路边入口沟盖，该盖由不易回收的材料制成，以防止进一步的盗窃。
挑战
阿拉伯联合酋长国阿布扎比的艾因市正面临着用于排水雨水的铁制沟盖被盗的重大挑战。这些盖子（其中一些早在 20 世纪 60 年代就已安装）被盗并出售给回收中心。作为耗资 1000 万迪拉姆项目的一部分，该市需要更换这些盖子。新的盖子需要由不易回收的材料制成，以防止进一步的盗窃。它们还需要符合 BS EN 124 的负载和偏转标准，并安全承受至少 25 吨的承载能力。这些盖子的厚度还必须小于 5 厘米，重量也比以前的盖子轻，并且能够承受该地区恶劣、极热和干燥的气候，以及近乎持续的直射阳光和刺眼的紫外线。
解决方案
该市求助于 Bentley 的结构建模和分析应用程序来开发解决方案。所有信息都存储在 AssetWise 中，创建一个单一存储库，项目参与者可以在其中实时访问始终准确的信息。该团队使用 STAAD 和 OpenFlows 开发了拟议设计的模型。 STAAD 可以轻松分析设计，自动将设计模型转换为分析模型以简化工作流程。借助 OpenFlows，该团队可以更好地可视化包括新沟盖的供水系统。该团队使用 OpenFlows 结合 AssetWise 数据，通过开发各种环境情况的模拟来测试设计。 STAAD 模型允许团队成员并行运行设计方案，通过清晰、图形化的并排比较来分析哪些方案可以更好地应对压力。这些模拟帮助团队确定了最佳设计。
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