• China possesses total water resources of 2.8124 trillion m³, of which surface water accounts for 96.4%.

• Among the 1,931 surface water quality monitoring sections, the proportion of water quality classified as "Below Grade V" was 3.4%.

• In response to China's water pollution challenges, the government has successively introduced multiple policies and plans to strengthen pollution prevention and control.

• Monitoring is crucial for managing water pollution. Water quality monitoring refers to the process of observing and measuring the types of pollutants in a water body, their concentrations, and trends, thereby assessing the overall water quality status.

• According to the "Outline of the Ecological and Environmental Monitoring Plan (2020-2035)" issued by the Ministry of Ecology and Environment, between 2020 and 2035, ecological and environmental monitoring will expand from comprehensively deepening ambient quality and pollution source monitoring to gradually incorporating ecological status monitoring and environmental risk early warning, aiming to build a comprehensive assessment system for the ecological environment.

• In the realm of surface water environmental monitoring, and in response to the integrated management needs of the "Triad Approach" addressing water pollution control, aquatic ecosystem restoration, and water resource protection, efforts are being coordinated across river basins and regions, water bodies and land areas, and biological communities and their habitats. This comprehensive strategy is facilitating a gradual shift from water quality monitoring towards aquatic ecological monitoring.

• During the 14th Five-Year Plan period, the number of national monitoring sections was consolidated and increased from 2,050 to approximately 4,000.

• As China's efforts in water environmental protection and management advance, the market scope for water quality monitoring is concurrently expanding. Based on estimates factoring in the demand for surface water monitoring, groundwater monitoring, and pollution source water quality monitoring, the market size for water quality monitoring in China reached approximately 38 billion RMB in 2020.

产品功能特性描述

1. With a spectral resolution better than 2.8 nm, it enables precise analysis of spectral characteristics of various ground objects.

2. Features a large-target CMOS hyperspectral camera, supporting up to 1920 spatial channels and 1200 spectral channels.

3. The onboard control and acquisition system includes a built-in 1 TB SSD, ensuring worry-free data storage.

4. Hardware-synchronized triggering of a high-definition visible light camera with a resolution of 15 megapixels, supporting high-precision orthophoto mosaic generation.

5. Incorporates a gimbal self-stabilization system, utilizing UAV push-broom imaging (non-hover scanning) for high operational efficiency.

6. Deeply compatible with UAV platforms, requiring only a single data cable for connection to provide integrated power supply and data communication; simultaneously acquires GPS information and correlates it line-by-line with hyperspectral data.

7. Enables remote intelligent control for convenient operation, preventing ineffective flight missions.

8. Capable of real-time rendering of multi-band spectral composite images, allowing real-time monitoring of hyperspectral acquisition scenes and spectral curves of spatial points.

9. Pre-loaded with calculations for over 20 common indices (e.g., NDVI), supporting custom band operations and various spectral processing and analysis functions.

10. Capable of retrieving water quality parameters such as chlorophyll-a, total nitrogen (TN), total phosphorus (TP), ammonia nitrogen (NH3-N), permanganate index (CODMn), and suspended solids (SS).

    
    

    

                                                                                       HY-9010-L高光谱无人机挂载系统（实物图）

                             高光谱无人机挂载系统

The HY-9010-L Hyperspectral UAV-mounted system utilizes cutting-edge hyperspectral imaging technology to fully exploit the unique spectral signatures of different materials. Integrated with a high-definition camera, it achieves comprehensive detection of qualitative, quantitative, temporal, and locational information, serving as an integrated remote sensing device that combines spectral and spatial data.

This system, which incorporates both a hyperspectral camera and an HD camera, synchronously captures multi-dimensional data during operation. It allows for real-time mission monitoring and remote control. Furthermore, with its built-in high-performance processing unit, the system can perform real-time ground object reflectance calculation and analytical inversion. It is suitable for a wide range of applications, including water environment monitoring, smart agriculture, forestry surveys, target identification, and military camouflage detection, meeting diverse industrial needs.

The hyperspectral UAV-mounted system features the capability for synchronous multi-dimensional data acquisition. A single flight can capture hyperspectral imagery data across 300 spectral bands along with high-definition visible-light photographs. The accompanying software enables the calculation of various common indices, such as NDVI and NDWI. Furthermore, equipped with built-in multi-parameter water quality inversion algorithms, the system can accurately retrieve key indicators—including Total Nitrogen (TN), Total Phosphorus (TP), Ammonia Nitrogen (NH3-N), Permanganate Index (COD_Mn), Chlorophyll-a (Chl-a), and Suspended Solids (SS)—and generate clear, intuitive concentration distribution maps to facilitate precise pollution source tracking.