Summary |
This technology aims to develop a set of UAV observationmonitoring technology for the atmospheric boundary layer. The Key technologies include mission-oriented integration technology, ultra-high vertical flight capability, long-distance data wireless transmission, real-time data displaycorrection, automatic take-off, data analysis technology,data upload to the cloud in 4G. This technology has participated in international experimentshas entered the stage of international promotion. |
Scientific Breakthrough |
This technology has superior UAV performance, all-weather observation, system integration,cost advantages, breaks the bottleneck of atmospheric vertical observation,cooperating with CWB, EPA,NASA. Through 24-hour continuous profile observation, we can analyze the continuous vertical structure of the atmosphere, capture the vertical mixing characteristics of pollutants,suggest that the deterioration of ground air pollution may come from the air above your head. Observation of the cloudrain, let us understand that the white cloud may not be the white you imagined. |
Industrial Applicability |
Our technology has been highly integrated into the Taiwan EPAthe CWB. In the future, with this system, the CWB & EPA can provide better weather forecastsair product monitoring. The CWB also plans to deploy this UAV observation system throughout Taiwan to conduct special observations for high-impact weather. Other cross-industry applications include, for example, assisting environmental inspectors in carrying out air pollution inspectionsreporting, assisting in the collection of real-time fire information for firefightingfirefighting, etc. |