Deep Fusion X
Deep Fusion X is the world’s first “Marine Intelligence Brain” AI management platform. Through the construction of a 1+3+N intelligent perception system,
it not only achieves dual communication through satellite links, accurate prediction of complex working conditions, multidimensional situation assessment and prediction, multi-source and multi-load collaborative control, and efficient integration of “wind, solar, and hydrogen storage” functions.
It provides a new solution for the intelligent transmission, holistic perception, and collaborative control of comprehensive energy,
and is adaptable to various energy applications such as wind power, hydrogen production, marine ranching, photovoltaics, and energy storage,
laying a solid foundation for the overall management and coordinated planning of comprehensive energy.
it not only achieves dual communication through satellite links, accurate prediction of complex working conditions, multidimensional situation assessment and prediction, multi-source and multi-load collaborative control, and efficient integration of “wind, solar, and hydrogen storage” functions.
It provides a new solution for the intelligent transmission, holistic perception, and collaborative control of comprehensive energy,
and is adaptable to various energy applications such as wind power, hydrogen production, marine ranching, photovoltaics, and energy storage,
laying a solid foundation for the overall management and coordinated planning of comprehensive energy.
Core Advantages
Smart Transmission
By utilizing a dual communication technology of fiber optics and satellites, a brand-new “data bridge” has been established, enabling real-time data transmission in milliseconds. This has enhanced the fault tolerance of traditional communication methods and can support various application scenarios including emergency control and data transfer.
Holographic Sensing
Based on panoramic perception data, establish a real-time performance-health-reliability fusion model to achieve comprehensive evaluation and prediction of the unit. Meanwhile, integrate knowledge graphs and large language model technology to achieve accurate analysis of on-site problems and assist in decision-making.
Weather Forecast
Applying spatiotemporal embedding corrected weather-power prediction model, fine-tuning to obtain short-term weather-power forecast data for individual wind turbines, providing convenient and safe recommendations for intelligent scheduling and ship dispatch. For offshore projects, offering high-precision wave forecasts to further ensure the safety of offshore operations.
Collaborative Control
Building a multi-objective algorithm model for weather forecasting, performance evaluation, grid friendliness, and unit safety has enabled the synerg dispatch of integrated energy sources such as wind power, hydrogen production, ocean ranching, photovoltaics, and energy storage. Real-time identification of the reliability of each energy unit ensures an eco-friendly, diverse, and integrated blue energy new mode.