Blue Aspirations products

The BA-FLS-NX5 is a cutting-edge floating LiDAR system developed by Blue Aspirations, designed to collect wind and metocean data essential for the feasibility assessment and critical decisions in the development of offshore wind farms. This advanced system integrates multiple LiDAR models, including WindCube V2 Offshore, ZX 300M, and dual Molas B300M, achieving Best Practice of OWA Stage 2. It provides comprehensive solutions for preliminary wind farm resource surveys and decision-making in design and investment evaluations. Equipped with advanced encryption and secure data storage, this system assures high reliability through dual LiDAR configurations, continuous and pulse wave technologies, and motion compensation algorithms. Its robust structure offers high survival rates and redundancy through dual AIS systems and navigation lights. Power is continuously supplied by solar panels, wind turbines, and optional fuel cells. Customizable mooring options ensure adaptability to various marine environments with continuous position monitoring.

The BA-SUBSEA-NX2 is engineered to deliver precise metocean data from subsea environments. It measures critical parameters such as currents, waves, water depth, temperature, and salinity, and offers essential data for marine meteorological monitoring and disaster forecasting. Even in high data loss environments, its advanced re-transmission mechanism ensures reliable data transmission. The system's power supply has built-in redundancy to maintain sensor functionality under extreme conditions. Tailorable features include underwater lighting and cameras, ensuring adaptability to diverse operational needs. Its design prioritizes extended deployment, with a large-capacity and ultra-low power consumption battery system allowing for more than a year of continuous underwater operation. The system dimensions are 1.94 x 1.94 x 0.7 meters, and its mass is 600 kg. It supports both self-recording and direct reading operation modes, and its communication capabilities can be customized with underwater acoustic devices for near real-time data transmission.

When conventional communication is interrupted (such as fire, earthquake, or tsunami) and there is no mobile signal, the device equipped with the UPS power supply can maintain communication with the control center. The control center can also communicate with on-site personnel through text/voice communication and remote device control.

An intelligent navigation buoy monitoring system with built-in high-precision sensors based on short satellite messages and a mobile communication network for data transmission and buoy/beacon status monitoring. With a combination use of the AIS system, it can provide automatic identification and tracking of vessels and powerful data support for vessel navigation and flow analysis.

High-precision sensors are used to carry out online corrosion monitoring of the offshore wind turbines. By data analysis algorithms and large model systems, hidden trouble can be discovered beforehand, providing effective data support and theoretical basis for operations, and effectively reducing the failure rate and O&M costs.