This offshore wave generator features an AI-driven wave simulation system that can replicate complex ocean wave patterns, including irregular storm waves and multi-directional swells, with a precision of ±0.1 meters in wave height. It uses a modular wave-generating array that can be expanded to increase wave coverage area, making it suitable for testing large structures such as offshore wind turbine foundations and ship hulls. The real-time data collection system captures 12 key parameters, including wave height, wave speed, water pressure, and current direction, storing data in a cloud platform for post-test analysis and reporting. Unlike traditional offshore test facilities, it can adjust wave parameters in real time to match specific testing requirements, reducing test time and costs. Its high-strength alloy steel structure with a marine-grade epoxy coating provides C4-grade corrosion resistance, ensuring a service life of up to 20 years in offshore environments. The system’s emergency shutdown and automatic mooring systems ensure safety during extreme test conditions, preventing damage to equipment and personnel.
The Offshore Test Site High-Power Wave Generator has a total rated power of 600 kW, with 8 independent wave-generating modules that work together to create waves up to 5 meters high and a wave period range of 3-15 seconds. It covers a test area of 200 square meters, suitable for testing structures up to 10 meters in length. The main structure is constructed from 20mm thick high-strength corrosion-resistant alloy steel, with a marine-grade epoxy coating to resist saltwater and UV damage. It operates at a wind resistance grade of 12, capable of withstanding wind speeds up to 118 km/h. The control system uses an industrial PLC with AI algorithm integration, allowing for precise wave pattern programming and real-time adjustment. The data collection system uses ultrasonic wave sensors and pressure transducers to capture data at a frequency of 10 Hz, with data stored in a cloud platform for remote access. The generator weighs 28,000 kg and has dimensions of 25 m (L) × 10 m (W) × 4 m (H). It is certified by CCS, ABS, and DNV GL, meeting international marine engineering safety standards. The warranty period is 3 years, with free technical support and annual maintenance services provided for the first 2 years.
This high-power wave generator is primarily used in marine engineering test sites, where it simulates extreme ocean conditions to test the performance and durability of offshore wind turbines, ship hulls, submarine structures, and coastal defense systems. It is also used by shipbuilding companies to test the stability and seaworthiness of new ship designs before they are launched into open oceans. For offshore wind energy projects, it tests the resistance of turbine foundations to storm waves and strong currents, ensuring the safety and reliability of renewable energy infrastructure. Marine research institutions use it to study the impact of ocean waves on coastal erosion, sediment transport, and marine ecosystem dynamics. It is suitable for testing underwater robots and submersibles, simulating deep-sea current conditions to evaluate their maneuverability and performance. Additionally, it can be used in coastal disaster prevention research to simulate storm surges and tsunami conditions, helping to develop more effective flood protection and emergency response strategies. Its precise wave simulation and data collection capabilities make it a valuable tool for advancing marine technology and ensuring the safety of offshore operations.
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