System Introduction:

The advanced data acquisition system and drone flight platform of Beijing Zhongkeda Technology Co., Ltd. intelligently detect various atmospheric quality conditions in atmospheric environment monitoring and obtain real-time atmospheric data information. Cloud platforms can achieve fast grid and three-dimensional modeling and analysis. The system mainly consists of a six rotor unmanned aerial vehicle flight platform, atmospheric environment monitoring sensors, industrial remote control, and cloud monitoring system. It has the characteristics of flexible maneuverability, low cost, simple operation, and low risk, providing strong support for atmospheric monitoring work.

The atmospheric environment unmanned aerial vehicle monitoring system completes fixed-point monitoring of the target airspace environment through the unmanned aerial vehicle flight platform carrying relevant task payloads (atmospheric monitoring payloads). Real time monitoring of the target airspace and feedback of gas information data can be achieved; In the face of sudden emergency events, it can respond quickly and track and provide real-time feedback on pollution conditions; Combined with a modular adaptive industrial monitoring AI platform, automatically generate grid based atmospheric environment data analysis results.

The multifunctional atmospheric environment monitoring payload mounted on the drone can support temperature, relative humidity, wind speed and direction, air pressurePM_2.5、 PM₁₀、 VOC、NO₂、 O₂、 O₃、 CO、CO₂、 C₂H₅OH、SO₂、 CH₃SH、Cl₂、 ClO₂、 NH₃、 SiH₄、 H₂S、HCN、HF、F₂、 More than 20 monitoring elements, such as HCHO, can be quickly switched between various probes on site by all sensors. Simultaneously supporting real-time shooting of visible light and infrared images. Greatly improving the efficiency of on-site evidence collection by environmental protection personnel, while making the evidence collection methods more scientific and advanced.