Achievements of Internet of Things for the Environment Published
- MajorEnvironmentalPolicies @ 環境部
標題Achievements of Internet of Things for the Environment Published的月份是1, 年度是2018, 分類是Environmental Monitoring, 全文是Achievements of Internet of Things for the Environment Published On 29 December 2017, with Minister Ying-Yuan Lee in attendance, the EPA held a confer....
| 編號 | 3644 |
| 標題 | Achievements of Internet of Things for the Environment Published |
| 摘要 | Environmental Monitoring |
| 全文 | Achievements of Internet of Things for the Environment Published On 29 December 2017, with Minister Ying-Yuan Lee in attendance, the EPA held a conference in which it demonstrated the changes and chances (C&C) brought about by an environmental Internet of Things (IoT). The conference exhibited Taiwan’s research and development in the production of sensor components for environmental quality monitoring, along with a certification platform. Other achievements included the primary application of the environmental IoT in industrial parks, in hot spot analysis, and smart inspections. Experts from the Industrial Economics and Knowledge Center (IEK) and Chunghwa Telecom were invited to the conference to discuss the applications of smart city technology and possible industrial opportunities. The event was streamed live to further stimulate a dialogue between the government and civic groups regarding the future of the IoT for environmental quality. It is hoped that the public and private sectors will work together to provide better air quality, build an environmental IoT, and design blueprints for smart cities with an environmental IoT. The conference displayed the initial results of the IoT for environmental quality sensors. Four areas are prioritized for the next four years: industrial sensors, community sensors, transportation sensors, and supporting sensors (for areas without monitor stations within a 20-kilometer radius). The IoT will link 10,200 installed sensors in various locations for monitoring air quality as well as other applications. The EPA emphasized that the current application of an environmental IoT focuses on the analysis of pollution hot spots and smart environmental inspections. With references on smart urban planning from other nations, monitoring data from micro-sensors have been applied in areas such as public health protection and transportation route planning. Big data analysis and early warning systems reduce people’s exposure to pollutants. The EPA will continue to promote a certification system aligned with international standards, and thus improve Taiwan’s international competitiveness in the realm of producing sensor components. Supported by the results and applications of tests conducted in Taiwan, the EPA hopes that Taiwan can promote a comprehensive environmental IoT service across the globe. |
| 年度 | 2018 |
| 月份 | 1 |
| 分類 | Environmental Monitoring |
| 檔案位置 | http://V21/V21-1 |
編號3644 |
標題Achievements of Internet of Things for the Environment Published |
摘要Environmental Monitoring |
全文Achievements of Internet of Things for the Environment Published On 29 December 2017, with Minister Ying-Yuan Lee in attendance, the EPA held a conference in which it demonstrated the changes and chances (C&C) brought about by an environmental Internet of Things (IoT). The conference exhibited Taiwan’s research and development in the production of sensor components for environmental quality monitoring, along with a certification platform. Other achievements included the primary application of the environmental IoT in industrial parks, in hot spot analysis, and smart inspections. Experts from the Industrial Economics and Knowledge Center (IEK) and Chunghwa Telecom were invited to the conference to discuss the applications of smart city technology and possible industrial opportunities. The event was streamed live to further stimulate a dialogue between the government and civic groups regarding the future of the IoT for environmental quality. It is hoped that the public and private sectors will work together to provide better air quality, build an environmental IoT, and design blueprints for smart cities with an environmental IoT. The conference displayed the initial results of the IoT for environmental quality sensors. Four areas are prioritized for the next four years: industrial sensors, community sensors, transportation sensors, and supporting sensors (for areas without monitor stations within a 20-kilometer radius). The IoT will link 10,200 installed sensors in various locations for monitoring air quality as well as other applications. The EPA emphasized that the current application of an environmental IoT focuses on the analysis of pollution hot spots and smart environmental inspections. With references on smart urban planning from other nations, monitoring data from micro-sensors have been applied in areas such as public health protection and transportation route planning. Big data analysis and early warning systems reduce people’s exposure to pollutants. The EPA will continue to promote a certification system aligned with international standards, and thus improve Taiwan’s international competitiveness in the realm of producing sensor components. Supported by the results and applications of tests conducted in Taiwan, the EPA hopes that Taiwan can promote a comprehensive environmental IoT service across the globe. |
年度2018 |
月份1 |
分類Environmental Monitoring |
檔案位置http://V21/V21-1 |