環保專案成果報告查詢系統

專案計畫編號	EPA-105-FA11-03-A307
經費年度	105
計畫經費	3,800 千元
預算科目	空氣品質監測
專案開始日期	2016/06/01
專案結束日期	2017/08/31
專案主持人	張政龍
主辦單位	監資處
承辦人	黃健瑋
執行單位	柏昇企業股份有限公司
專案分類	大氣空氣
中文關鍵字	空氣品質感測器、物聯網、細懸浮微粒
英文關鍵字	Air Quality Device, Internet of Things, PM2.5
協同主持人
共同主持人
計畫聯絡人	劉承榮
計畫聯絡電話	02-22235889#3601
計畫聯絡信箱	sy_lau@aecl.com.tw

中文摘要	本計畫所規劃之空氣品質監測網路，利用新世代的微型空氣品質感測器，進行密集的區域布建。有助於提高空氣品質空間解析度，掌控污染。可透過時間序列的分析，掌握時間趨勢特徵，採行對策，形成階層式空氣品質監測體系。此階層式空氣品質監測體系最上層為國家級測站網，以環保署76個測站為基礎架構。第二層為區域性測站網，包括地方測站及特殊性工業區監測站。第三層為本計畫所布建之智慧城鄉空氣品質物聯網，數據品質雖然較大型測站來得差，但由於設備成本遠低於大型測站，可大量布建於城鄉地區。第四層為智慧社區空氣品質點或市民行動感測器。利用本計畫所驗證的感測器，交由國內大廠進行大量生產，進一步發展價格親民的空氣品質感測點，以市民自主之方式參與監測。如此一來可整合各類型監測站網，達到物物相聯，網網相接的空氣品質監測網。
中文關鍵字	空氣品質感測器、物聯網、細懸浮微粒

中文摘要

本計畫所規劃之空氣品質監測網路，利用新世代的微型空氣品質感測器，進行密集的區域布建。有助於提高空氣品質空間解析度，掌控污染。可透過時間序列的分析，掌握時間趨勢特徵，採行對策，形成階層式空氣品質監測體系。此階層式空氣品質監測體系最上層為國家級測站網，以環保署76個測站為基礎架構。第二層為區域性測站網，包括地方測站及特殊性工業區監測站。第三層為本計畫所布建之智慧城鄉空氣品質物聯網，數據品質雖然較大型測站來得差，但由於設備成本遠低於大型測站，可大量布建於城鄉地區。第四層為智慧社區空氣品質點或市民行動感測器。利用本計畫所驗證的感測器，交由國內大廠進行大量生產，進一步發展價格親民的空氣品質感測點，以市民自主之方式參與監測。如此一來可整合各類型監測站網，達到物物相聯，網網相接的空氣品質監測網。

中文關鍵字

空氣品質感測器、物聯網、細懸浮微粒

類型	檔名	檔案大小	說明	最新版公開日期
期末報告	智慧城市簡易空氣品質感測網資料服務計畫.pdf	44MB	結案報告	2018/2/1 上午 12:00:00

摘要	The air quality monitoring network planned by this project uses a new generation of small air quality sensors for dense deployment. It helps to improve the spatial resolution of air quality and to control pollution. Time series analysis allows to grasp the time trend characteristics, adopt countermeasures and form the hierarchical air quality monitoring system. The top level of the air quality monitoring system is the national stations network with 76 EPA stations in infrastructure. The second level is regional stations network, including local stations and special industrial area stations. The third layer is the Internet of things air quality devices deployed in urban and rural areas by this project; although there is a difference in data quality compared to the larger stations, the cost of this equipment is lower and much more nodes can be installed. The fourth layer is smart community air quality devices or personal mobile sensors. The target of this project is to verify third level sensor devices and to provide the devices and the design to domestic manufacturers, so they can create cost-efficient products for mass production and more citizens can participate in air quality monitoring. In this way, various types of monitoring systems can be integrated to reach the air quality monitoring network in the Internet of things.
英文關鍵字	Air Quality Device, Internet of Things, PM2.5

摘要

The air quality monitoring network planned by this project uses a new generation of small air quality sensors for dense deployment. It helps to improve the spatial resolution of air quality and to control pollution. Time series analysis allows to grasp the time trend characteristics, adopt countermeasures and form the hierarchical air quality monitoring system. The top level of the air quality monitoring system is the national stations network with 76 EPA stations in infrastructure. The second level is regional stations network, including local stations and special industrial area stations. The third layer is the Internet of things air quality devices deployed in urban and rural areas by this project; although there is a difference in data quality compared to the larger stations, the cost of this equipment is lower and much more nodes can be installed. The fourth layer is smart community air quality devices or personal mobile sensors. The target of this project is to verify third level sensor devices and to provide the devices and the design to domestic manufacturers, so they can create cost-efficient products for mass production and more citizens can participate in air quality monitoring. In this way, various types of monitoring systems can be integrated to reach the air quality monitoring network in the Internet of things.

英文關鍵字

Air Quality Device, Internet of Things, PM2.5