1802801041318028010413The profile moving ocean buoy online monitoring system utilizes advanced Internet of Things technology and intelligent sensing technology to achieve online monitoring of ocean water quality, ocean currents, water quality, waves, meteorology and other parameters, providing comprehensive data support for marine ecological research.
The observation points are arranged in the form of buoys, which can achieve in-situ, real-time, online, and automatic layered observation. It is a comprehensive observation system with multiple parameters, functions, and integration.
The profile moving ocean buoy online monitoring system uses the buoy body as a platform, and carries water quality monitoring equipment through an instrument automatic lifting system to drive the equipment to move vertically. It collects temperature, salinity, pH, DO, turbidity, chlorophyll and other parameter data of multiple water layers in the water column profile, and then realizes the collection of layered data. The data information is reported to the management center station through GPRS/BeiDou satellite network, At the same time, it is equipped with a safety protection system and an operation monitoring and self inspection system, effectively ensuring the stable operation of observation points in a long-term unmanned state, providing basic data support for research on marine ecosystem governance, development, and protection.
The characteristics of profile type ocean buoy monitoring system
1. The position of profile monitoring points can be automatically determined based on changes in tidal water levels.
2. Having a professional profile management program that facilitates profile setting, data reporting, analysis, and output.
3. Automatically detect non scheduled activities and errors, and automatically restore the program.
4. There are practical and feasible measures to prevent the entanglement of lifting system cables and instrument cables.
5. Able to achieve in-situ, real-time, online, and automatic layered observation, such as table, middle, and bottom level data, and expand monitoring parameters as profile types based on fixed points.
Site selection requirements for profile type ocean buoy monitoring system
1. When using a buoy type automatic monitoring station, the daily changes in water level should not affect the safety and normal operation of the monitoring station and monitoring instruments. The water level and the depth involved in the automatic monitoring equipment underwater when the seawater recedes should be considered.
2. Buoy type automatic monitoring stations should avoid the influence of waterways, rapids, shallow areas, local ditches, and deep-sea sewage outlets.
3. Due to the need for regular maintenance of the buoy system, its deployment area should balance on-site maintenance and recycling maintenance while ensuring stability.
4. The communication signal in the sea area should have sufficient strength and stability to ensure the reception and transmission of data in the central control room. Otherwise, other transmissible methods such as satellite communication should be used.
The above is an introduction to the characteristics and site selection requirements of the profile type ocean buoy monitoring system, hoping to help everyone.
