環保專案成果報告查詢系統

專案計畫編號
經費年度	112
計畫經費	5,700 千元
預算科目	科技發展-環境科學及技術之研究
專案開始日期	2023/07/07
專案結束日期	2023/12/31
專案主持人	饒瑞榮
主辦單位	環境部大氣環境司
承辦人	張維中
執行單位	財團法人工業技術研究院
專案分類	大氣空氣
中文關鍵字	非游離輻射、光污染、電磁場
英文關鍵字	Non-Ionizing Radiation, Light Pollution, Electromagnetic Field
協同主持人	吳貴能
共同主持人	蘇于倫
計畫聯絡人	吳貴能
計畫聯絡電話	03-5743734#
計畫聯絡信箱	gilbert@itri.org.tw

中文摘要	本計畫針對近幾年來民眾對生活環境所關注的兩項議題，包括行動電話基地台所產生的非游離輻射電磁波，以及夜間戶外照明及廣告看板所引起的光污染問題，進行了相關的研究與實測。在非游離輻射電磁波方面，除持續針對各縣市都會區的極低頻電力設施及射頻廣播電台、行動通訊基地台等電磁波發射源執行量測作業外，同時也針對國內的氣象雷達站以及飛航管制雷達站進行了周邊環境的電磁波量測，以了解不同非游離輻射源周遭環境的電磁波強度，確保民眾生活環境的安全。除了短期的電磁波量測外，為了能讓民眾了解環境電磁波長期連續性的變化情形，計畫中也進行了3套電磁波長期監測系統的建置，對特定區域的電磁波環境作長期的觀測，做為未來廣為布建的參考。在光污染方面，計畫針對都會區裡的住宅區、商業區及公園等區域進行了光污染環境調查，並針對其中的3個測試區域進行了光環境巡航量測，了解區域裡的光環境分布情形。同時選定3個定點完成2個時段的閃爍及色溫監控量測，以評估環境中特定光源的發光特性與其影響。計畫中也廣泛蒐集 LED閃爍及色溫曝露的相關規範與技術資料，並依光環境量測工作實地調查結果，驗證LED閃爍、色溫曝露規範及量測方法，完成光污染管理指引草案的修訂建議。
中文關鍵字	非游離輻射、光污染、電磁場

中文摘要

本計畫針對近幾年來民眾對生活環境所關注的兩項議題，包括行動電話基地台所產生的非游離輻射電磁波，以及夜間戶外照明及廣告看板所引起的光污染問題，進行了相關的研究與實測。在非游離輻射電磁波方面，除持續針對各縣市都會區的極低頻電力設施及射頻廣播電台、行動通訊基地台等電磁波發射源執行量測作業外，同時也針對國內的氣象雷達站以及飛航管制雷達站進行了周邊環境的電磁波量測，以了解不同非游離輻射源周遭環境的電磁波強度，確保民眾生活環境的安全。除了短期的電磁波量測外，為了能讓民眾了解環境電磁波長期連續性的變化情形，計畫中也進行了3套電磁波長期監測系統的建置，對特定區域的電磁波環境作長期的觀測，做為未來廣為布建的參考。在光污染方面，計畫針對都會區裡的住宅區、商業區及公園等區域進行了光污染環境調查，並針對其中的3個測試區域進行了光環境巡航量測，了解區域裡的光環境分布情形。同時選定3個定點完成2個時段的閃爍及色溫監控量測，以評估環境中特定光源的發光特性與其影響。計畫中也廣泛蒐集 LED閃爍及色溫曝露的相關規範與技術資料，並依光環境量測工作實地調查結果，驗證LED閃爍、色溫曝露規範及量測方法，完成光污染管理指引草案的修訂建議。

中文關鍵字

非游離輻射、光污染、電磁場

類型	檔名	檔案大小	說明	最新版公開日期
期末報告	00--非游離輻射射頻及可見光管理推動計畫_成果報告1121227.pdf	29MB		2024/2/26 上午 12:00:00

摘要	This project has conducted relevant research and field measurements on two issues that have concerned the public about the living environment in recent years, including non-ionizing radiation electromagnetic waves generated by mobile phone base stations, and light pollution caused by outdoor lighting and advertising billboards at night. For the non-ionizing radiation electromagnetic waves measurement, we performed measurements on various electromagnetic wave emission sources such as extremely low-frequency power facilities, radio frequency broadcast stations, mobile communication base stations, as well as the weather surveillance radar and the radar of the air traffic control system in various cities and urban areas. So that we can understand the electromagnetic wave intensity of the environment around different non-ionizing radiation sources and ensure the safety of people's living environment. In addition to short-term electromagnetic wave measurements, in order to allow the public to understand the long-term changing trends in environmental electromagnetic waves, we have set up three long-term electromagnetic wave monitoring systems to conduct long-term observations of the electromagnetic wave environment in specific areas as a reference for widespread deployment in the future. In terms of light pollution research, we conducted light pollution environment surveys in urban residential areas, commercial areas, parks, etc., and conducted light environment cruise measurements in three experimental areas to understand the light environment distribution in these areas. We also selected 3 fixed points to complete 2 cycles of flicker and color temperature monitoring measurements to evaluate the luminous characteristics and impact of specific light sources in the environment. We also extensively collected relevant specifications and technical information on LED flicker and color temperature exposure, verified the specifications and measurement methods of LED flicker and color temperature exposure based on on-site investigation results of light environment measurement work, and proposed revisions to the draft light pollution management guidelines.
英文關鍵字	Non-Ionizing Radiation, Light Pollution, Electromagnetic Field

摘要

This project has conducted relevant research and field measurements on two issues that have concerned the public about the living environment in recent years, including non-ionizing radiation electromagnetic waves generated by mobile phone base stations, and light pollution caused by outdoor lighting and advertising billboards at night. For the non-ionizing radiation electromagnetic waves measurement, we performed measurements on various electromagnetic wave emission sources such as extremely low-frequency power facilities, radio frequency broadcast stations, mobile communication base stations, as well as the weather surveillance radar and the radar of the air traffic control system in various cities and urban areas. So that we can understand the electromagnetic wave intensity of the environment around different non-ionizing radiation sources and ensure the safety of people's living environment. In addition to short-term electromagnetic wave measurements, in order to allow the public to understand the long-term changing trends in environmental electromagnetic waves, we have set up three long-term electromagnetic wave monitoring systems to conduct long-term observations of the electromagnetic wave environment in specific areas as a reference for widespread deployment in the future. In terms of light pollution research, we conducted light pollution environment surveys in urban residential areas, commercial areas, parks, etc., and conducted light environment cruise measurements in three experimental areas to understand the light environment distribution in these areas. We also selected 3 fixed points to complete 2 cycles of flicker and color temperature monitoring measurements to evaluate the luminous characteristics and impact of specific light sources in the environment. We also extensively collected relevant specifications and technical information on LED flicker and color temperature exposure, verified the specifications and measurement methods of LED flicker and color temperature exposure based on on-site investigation results of light environment measurement work, and proposed revisions to the draft light pollution management guidelines.

英文關鍵字

Non-Ionizing Radiation, Light Pollution, Electromagnetic Field