Frankstar S30m Multi Parameter Integrated Ocean Monitoring Big Data Buoy,
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1. Product Advantages

• Heavy-Duty Hull Structure: Constructed with a large $3.0text{ m}$ diameter hull utilizing CCSB grade steel or high-durability polymer materials, designed to withstand severe sea conditions.

• Corrosion Protection: Built with an aluminum alloy mast and a CCSB grade steel lower bracket, protected by high-grade anti-corrosion marine paint.

• Dual Instrument Wells: Features two integrated instrument wells ($300text{ mm} / 500text{ mm}$) to support complex, deep-water oceanographic and water quality sensor deployments.

• High-Capacity Solar & Battery System: Equipped with six $80text{ W}$ solar panels ($480text{ W}$ total) and standard $800text{ Ah}$ lead-acid battery storage (expandable to $1600text{ Ah}$ or greater) for extended continuous operation.

• Elevated Observation Heights: Features a total buoy height of $6.5text{ m}$, providing an observation tower height of $2.4text{ m}$ for enhanced meteorological sensing accuracy and clear visibility.

• Comprehensive Safety & Telemetry Suite: Fully equipped with AIS transponder, navigation light, lightning rod, corner reflector, water leakage alarm, out-of-position alarm, and multi-channel telemetry (GSM/GPRS/4G, UHF/VHF, HF, and Satellite).

2. Manufacturing Process

• Steel & Polymer Hull Construction: Precision fabrication of the $3.0text{ m}$ diameter CCSB grade steel / polymer hull body and lower support bracket.

• Aluminum Tower Fabrication: Assembly and structural welding of the $2.4text{ m}$ aluminum alloy upper observation mast.

• Surface Anti-Corrosion Treatment: Application of multi-layer anti-corrosion marine paint to protect all exposed steel components against harsh saltwater environments.

• Power System Integration: Mounting and wiring of six $80text{ W}$ solar panels, charge controllers, and the expandable $800text{ Ah} – 1600text{ Ah}$ lead-acid battery bank.

• Instrument Wells & Sensor Wiring: Precision fitting of two instrument wells ($300text{ mm} / 500text{ mm}$) and integration of communication modules, $32text{ GB}$ local data storage, and security alarm systems.

3. Quality Control

• Watertight & Leakage Alarm Testing: Strict immersion seal verification and operational checks for internal water leakage alarms.

• Structural Strain & Stability Analysis: Mechanical load and wave-impact stress testing on the hull, lower bracket, and mooring connection points.

• Solar & High-Capacity Battery Endurance Test: Power generation efficiency check for the $80text{ W} times 6$ solar array and full charge/discharge testing on the $800text{ Ah} / 1600text{ Ah}$ battery system.

• Telemetry & Network Verification: High-throughput data transmission verification across short-range (GSM/4G, UHF/VHF), long-range HF, and Satellite channels.

• Safety & Geofencing System Audit: Functional verification of the AIS transponder, navigation light, lightning rod, corner reflector, and GPS position-drift alarms.

4. Product Parameters

Technical Specifications

Measurable Sensor Parameters

5. Product Models

6. Packaging & Transportation

• Heavy Payload Packaging: Secured on specialized heavy-duty transport cradles and wooden export crates designed for large maritime buoy systems ($1500text{ kg}$).

• Transportation & Logistics: Shipped via dedicated flat-rack containers or heavy cargo vessels; easily deployed using standard shipboard cranes or offshore support vessels.

• Battery Safety Regulations: Battery packs packaged in certified, fully compliant containers meeting international maritime regulations for high-capacity lead-acid energy storage systems.

7. Product Purpose

• All-weather, long-term, and real-time in-situ gathering of multi-disciplinary oceanographic, meteorological, hydrological, and water quality datasets in deep ocean or offshore environments.

• Providing vital observation data to support national marine monitoring networks, disaster warning systems, and oceanographic research projects.

8. Product Applications

• Oceanography & Meteorology Scientific Research: Long-term climate tracking, marine atmospheric studies, wave/current profiling, and deep-sea observation networks.

• Ocean Engineering & Coastal Development: Baseline environmental data collection for offshore platforms, deep-water port operations, and marine construction projects.

• Environmental Protection & Ecological Management: Large-scale marine ecosystem monitoring, water quality tracking, nutrient analysis, and red-tide early warning.

• Maritime Transport & Maritime Safety: Real-time visibility, wave, and weather warning services for major shipping routes and coastal defense.

• Renewable Energy Development: Resource assessment and site selection for offshore wind farms, wave power generators, and marine energy projects.

“Data is for reference only; actual conditions shall prevail.”

The Frankstar S30m Multi Parameter Integrated Ocean Monitoring Big Data Buoy, officially model FS-MDB-S30, is a large scale intelligent ocean observation platform developed by Frankstar for demanding marine operations. Engineered for all weather, continuous, and real time in situ monitoring, this buoy supports the simultaneous measurement of meteorological, hydrological, water quality, marine ecological, and other marine environmental parameters. It is a comprehensive solution for researchers, offshore operators, environmental monitoring teams, and coastal authorities that need dependable data from remote and challenging ocean environments.

As a large observation buoy, the S30m is built to carry an extensive range of sensors and equipment. Its high payload compatibility means that users are not limited to a few basic measurements. Instead, the platform can be configured with flexible multi sensor arrangements to meet project specific requirements. This adaptability makes the buoy suitable for long term deployments where needs may evolve, and where the ability to integrate different instruments into one platform reduces the complexity and cost of operating multiple separate systems.

The upper tower platform of the buoy is designed to accommodate meteorological sensors, communication antennas, positioning systems, and navigation safety equipment. This integrated structure keeps essential components above the waterline, where they operate reliably in marine conditions. Below, dedicated dual instrument wells provide seamless integration of deep hydrological, water quality, and ecological sensors. These wells protect sensitive instruments and enable stable measurements from the water column, making the buoy an ideal platform for profiling and discrete depth sampling.

The Frankstar S30m buoy is not just a sensor carrier; it is a complete data acquisition and transmission system. Collected data can be transmitted to the Frankstar MEINS, the Marine Equipment Intelligent Networking System, or to user specific management platforms in real time. Communication options include satellite, GSM/GPRS/4G, UHF/VHF, and HF. This range of transmission methods gives operators the flexibility to choose the best option based on their location, coverage, and budget. In offshore or remote areas, satellite communication ensures that data reaches shore even when terrestrial networks are unavailable. Closer to coast, cellular or radio links may offer more economical real time transfer.

Once the data arrives on shore, users gain reliable remote access, visualization, and cloud data saving. The MEINS platform or compatible user platforms allow operators to view current conditions, monitor system health, and analyze trends without the need for frequent physical visits to the buoy. Cloud storage ensures data are securely archived for historical analysis, compliance reporting, and research publications. This streamlined data flow from ocean sensor to end user is at the core of the buoy’s value proposition.

Applying the Frankstar S30m buoy spans many sectors. For oceanographic research institutions, it offers a persistent platform to study circulation, waves, currents, water column properties, and ecosystem dynamics. For offshore energy companies, the buoy can monitor environmental conditions that affect operations, safety, and regulatory compliance. for aquaculture operations, real time water quality and ecological data help in managing growth conditions and avoiding harmful algal blooms. Coastal environmental agencies use such buoys to track pollution, hypoxia, and changes in marine habitats, informing policy and public health decisions. The buoy is also valuable for weather forecasting, climate studies, maritime safety, and marine spatial planning.

Buyer value lies in consolidation, reliability, and intelligence. Instead of deploying separate buoys for meteorology, hydrography, and water quality, the S30m combines these functions in a single engineered platform. This reduces logistical burden, maintenance effort, and overall lifecycle cost. The advanced industrial design addresses the harsh realities of marine operations, including corrosion, biofouling, wave impact, and extended autonomous service. The open architecture for sensor integration means that future measurement needs can be incorporated with less disruption.

The Frankstar MEINS platform adds another layer of value by providing a unified operating environment for Frankstar marine equipment. Users can view data in real time, receive alerts, and manage remote assets from a centralized dashboard. When using a user specific platform, standardized data formats and communication protocols enable straightforward integration into existing data streams and decision support tools. This interoperability is critical for organizations that already have established environmental monitoring networks.

Every ocean monitoring mission has unique objectives, and the Frankstar S30m buoy is designed to be configured accordingly. Frankstar works with clients to select the appropriate sensor suite, communication method, and deployment plan. While the buoy is a ready to use platform, its flexibility ensures that it can be tailored for coastal to open ocean missions, from months to longer term deployments, depending on power, sensor, and mooring considerations.

For procurement professionals and technical teams, it is important to evaluate how the Frankstar S30m fits within your operational roadmap. If your projects demand accurate, continuous, multi parameter data from the ocean, this integrated buoy offers a credible and future ready solution. Frankstar welcomes inquiries from marine research organizations, government agencies, offshore industries, and system integrators worldwide. Contact Frankstar to discuss your specific monitoring needs and to learn more about the FS-MDB-S30 buoy configuration options, communication capabilities, and data management solutions. Frankstar’s engineering team is ready to support your next ocean observation initiative with reliable equipment and expert guidance.