The USW-ME19 water quality monitoring USV can implement functions such as automatic water quality monitoring, sample collection, and 360° video monitoring. Real-time continuous monitoring and remote monitoring can achieve the purpose of timely grasping the water pollution status of water bodies in key sections of the main river basins, early warning and forecasting of water pollution in the basin, patrolling and monitoring the phenomenon of sneak shots and leakage, and supervising the implementation of the total control system and the discharge compliance.

Main Feature

The hull of the unmanned ship is small in size, the shell is made of carbon fiber, and the airbag is installed on the outside of the hull, which has the obvious characteristics of anti-collision, light weight and easy portability;

The hull is designed to be M-shaped, with large carrying capacity and good stability, and can resist wind and waves above grade 5. The structural design plan is equipped with a water quality monitoring sensor, which fully meets the test environment requirements of the sensor in water;

The standard lithium battery power supply group can realize 4-6 hours of uninterrupted operation, the signal transceiver base station can realize remote control operation of more than 3 kilometers, and the hull is equipped with a video camera to observe the water surface conditions within the video range in real time;

The water quality monitoring unmanned ship can realize automatic navigation functions such as ship positioning, automatic cruise, and one-key return through mature unmanned automatic driving intelligent control technology combined with GPS positioning technology. At the same time, it has a mature long-distance communication scheme, which can provide IoT communication scheme and data transmission communication scheme. Through 4G signal, the data of water quality test can be transmitted to the software platform in a long-distance and real-time manner with the Internet of Things technology;

The application of intelligent, visual and highly integrated technology effectively improves the efficiency of environmental management and supervision. One-button operation of the system, remote monitoring, and real-time display of results, which not only expands the scope of supervision, but also reduces the investment in human resources.

Through the pollution concentration data marked with GIS, longitude and latitude, and powerful data visualization and analysis software, the location and transmission direction of pollution emission sources can be quickly located, and the source can be traced accurately.

Except for regular charging, the entire system does not have any consumables. The core analysis module basically guarantees that it does not need to be replaced for three years of working time; it does not require professional technicians to operate and maintain, and the entire operation process is simple and easy to understand, and it can be used with one key.

The unmanned ship has fast dispatch speed, strong concealment, flexible selection of navigation path and monitoring orientation, and is not limited by time, space and on-site environmental factors, and has short preparation time and fast dispatch speed.

In daily environmental pollution investigation and supervisory monitoring work, water quality monitoring unmanned boats can be used instead of manual on-site data collection, which greatly reduces the safety risks brought by personnel on-site operations.

It is multi-purpose and can be used for supervisory monitoring (stealing discharge, missed shooting, over discharge, disputes, complaints), water environment quality control, water ecological data analysis and research, and environmental emergency monitoring in response to environmental pollution incidents in special periods.