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Enhancing Environmental Control and Reducing Emissions in Nordic Smart Cities
技术
- 分析与建模 - 大数据分析
- 网络与连接 - 网关
- 网络与连接 - 洛拉
- 传感器 - 气体传感器
适用行业
- 城市与自治市
用例
- 连续排放监测系统
挑战
市政当局和公共机构关注城市的空气、水、噪音或照明污染。在过去的几年里，通过一些国际法规，减少可能影响环境和居民生活的排放已经成为强制性的。成为智慧城市不仅仅是一种趋势，更是对社会和利益相关者的承诺。碳追踪和追踪项目 (CTT) 的目标是减少二氧化碳排放，应对城市的气候变化，并为城市温室气体 (GHG) 排放监测开发决策支持系统。它由欧盟气候 KIC 计划的低碳城市实验室旗舰项目资助。
客户
特隆赫姆（挪威）和瓦伊勒（丹麦）
关于客户
特隆赫姆（挪威）和瓦伊勒（丹麦）
解决方案
挪威科技大学 (NTNU) 领导了这个基于无线传感器网络和 Libelium Waspmote 传感器平台的项目。智慧城市计划已部署在两个北欧城市作为试验台：特隆赫姆（挪威）和韦伊勒（丹麦）。 CTT 项目的第一阶段揭示了挪威市政当局当前的方法与温室气体排放 (GHG) 监测和报告的官方标准之间的巨大差距。这种差异也在全球城市中被发现。当前阶段，CTT 2.0，通过使用自下而上的基于传感器的测量，专注于开发用于温室气体排放监测和报告的自动化系统。技术人员选择了 Libelium 开源硬件和传感器技术来开发这个实时监控系统。推动因素如下： • 易于使用 • 校准传感器的可用性 • 与 LoRaWAN 的兼容性 • 该技术的防风雨外壳 • 易于部署的封装版本 部署在 Trondheim 和 Vejle 的无线传感器网络基于 Plug & Sense！ Smart Environment PRO，该平台具有最高性能的计量传感器，需要精确的 ppm 或百分比，并且能够读取多达 16 个气体传感器。对于此部署，安装的传感器有：二氧化碳 (CO)、一氧化氮 (NO)、颗粒物 - 灰尘（PM1、PM2.5 和 PM10）、温度、压力和湿度。 Waspmote Plug & Sense 之间的通信！节点和网关通过 LoRaWAN 完成，而网关通过通用以太网布线与云通信。 CTT2.0 目前使用 The Things Network 作为云后端，这是一个开源社区，旨在创建基于 LoRaWAN 的全球物联网网络。开发用于可视化数据的应用程序是 CTT Urban Overview，它允许监控网络本身以及数据分析。数据取自传感器节点以及外部信息源，用于分析和校准测量结果，并将它们合并以构建城市排放的详细概览。 Trondheim 和 Vejle 希望获得一个平台来可视化信息并允许分析测量数据。这些有价值的信息有助于实时了解气体排放和污染水平，以符合环境法规并获得有关缓解行动的反馈。 “TCTT Urban Overview 从部署在 Vejlehe 的节点提供信息 CTT2.0 的主要目标是为城市提供温室气体排放监测和报告的自动化系统，并要求直接反馈城市的减排举措。因此，伴随的目标是将 CTT2.0 集成到城市的决策支持系统中”，CTT 项目的技术经理 Fredrik Anthonisen 肯定地说。该项目希望为市政当局和公共机构提供一个开放系统，让居民了解他们所在城市与温室气体和污染有关的情况。该平台不仅为公民提供开放数据，还为研究机构或公司开发其他项目提供开放数据。
相关案例.
Case Study
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Case Study
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Case Study
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