China Sonar has launched a series of titanium alloy ADCPs. At their respective frequencies, they are the smallest, lightest, and most cost-effective. The PandaADCP series includes PandaADCP-DR-600K, PandaADCP-SC-600K, PandaADCP-DR-300K, PandaADCP-SC-300K, PandaADCP-DR-75K-phased, PandaADCP-SC-75K-phased etc. . They are cable-powered real-time systems. These ADCPs are integrated into capsules suitable for depths ranging from 200 meters to 6000 meters and operate at different frequencies.
1.Product Highlights
More Reliable Material
All series are standardly equipped with titanium alloy, ensuring durability and stability in various underwater environments.
Substitute for Similar Products
Benchmarked against industry-leading ADCP products, the PandaADCP series can be directly substituted, providing comparable quality and performance.
High Precision
The precision of these ADCPs is comparable to that of industry-leading products, enabling accurate measurements.
High Reliability
With a continuous working time of not less than 180 days, they can operate reliably for a long time.
Small Size
The volume of the PandaADCP series is much smaller than that of similar products with the same performance.
Small Blind Area
They can be easily applied to various suddenly changing underwater environments.
Strong Compatibility
Compatible with the communication protocol of similar products, facilitating seamless integration.
Convenient Operation
They can work when powered on and can also run automatically in set mode, which is more convenient.
High Cost Performance
They are inexpensive and easy to use, and these ADCPs have extremely high cost performance.
Including Water Profile, Bottom Track, and Water Track
Comprehensive measurement capabilities ensure accurate data collection.
2. Applications
2.1 OCEANOGRAPHIC
Ocean Observations
Ocean observations use various techniques to understand the marine environment and are crucial for scientific research, environmental management, and industrial activities.
It includes monitoring currents, waves, temperature, salinity, and other parameters for a comprehensive approach.
Deep and Mid-Water Depth Moorings
Deep and mid-water moorings are essential for oceanographic research, measuring ocean currents over long periods.
Moored ADCPs provide data on seasonal, annual, and decadal variability for studying ocean circulation.
Oceanographic Research Vessels
Oceanographic research vessels play a vital role in exploring the oceans with advanced instruments.
They measure ocean currents and biomass motility, and enable experiments and sample collection.
Autonomous Underwater Vehicles (AUVs) and Gliders
AUVs and gliders are used for oceanographic research and monitoring, collecting data over extended ranges.
They can operate in challenging environments and provide valuable information for various applications.
Academic Coastal Oceanography
Academic coastal oceanography focuses on coastal processes and uses current and wave measurements.
It helps inform coastal management strategies and protect coastal ecosystems.
2.2 COASTAL
Biological Oceanographic
Biological oceanography examines the relationship between the ocean and marine life.
Wave and current measurements are used for data collection and analysis of coastal biological conditions.
Coastal and Ocean Engineering
Coastal and ocean engineering involves designing structures interacting with the marine environment.
Current and wave measurements are essential for design and monitoring of coastal projects.
Environmental Management
Environmental management in fisheries and aquaculture requires understanding the ocean environment.
Current and wave data are used for monitoring and ensuring sustainable development.
Fisheries and Aquaculture
Fisheries and aquaculture use current and wave data for site assessment and monitoring.
It ensures sustainable industry development.
Navigation Safety
Navigation safety depends on oceanographic knowledge and uses current and wave measurements.
It helps mariners avoid hazards.
2.3 ENERGY
Deepwater Oil & Gas
Deepwater oil and gas uses current and wave measurement for operations and detecting phenomena.
Real-time measurement is crucial for decision making.
Renewable Energy
Renewable energy sources use current and wave measurement for selection, design, and monitoring.
Environmental studies are necessary for sustainability.
Cable and Pipe Laying Vessel
Cable and pipe laying vessels need current profiles for operations and accurate installation.
Real-time measurement is essential.
Networks
Networks provide comprehensive ocean observations with sensors and platforms.
They enable monitoring and data sharing for early warning.
Introducing: More Cost-effective ADCP Technology from China Sonar