山东能源集团联合华为发布联创六大成果 云鼎伏羲化工大模型重磅发布

Core Viewpoint - The collaboration between Shandong Energy Group and Huawei has resulted in the launch of six core innovative achievements aimed at providing scalable and replicable intelligent transformation paths for the energy industry [1][2]. Group 1: Achievements and Innovations - The joint innovation center established in 2022 has led to significant advancements in digital transformation within the coal industry, setting a benchmark for the sector [2]. - Six major innovative results were introduced, covering various aspects of mining production, network support, collaborative management, platform empowerment, and non-coal mining fields [3][4]. - The "Yunding Fuxi Chemical Model" was developed over two years, integrating chemical process mechanisms, expert experience, and data, and has been applied in several chemical enterprises [7]. Group 2: Specific Innovations - The mining big model focuses on multi-modal capabilities, enhancing inspection efficiency and reducing costs in coal production processes [4]. - A comprehensive carrying network was created using SRv6 and FlexE hard slicing technology, supporting future intelligent development needs [4]. - The Yunding Shennong digital platform addresses 80% of common digitalization issues, with successful applications in 36 projects generating over 10 million yuan in economic benefits [6]. Group 3: Chemical Industry Applications - The gasification coal blending optimization model predicts coal quality with high accuracy, significantly reducing costs and risks associated with gasification furnace downtime [8]. - The methanol distillation process optimization has led to a reduction in steam consumption and significant annual economic benefits [9]. - AI-driven comprehensive analysis and early warning systems have improved safety management by rapidly detecting anomalies [10]. Group 4: Future Directions - The partnership aims to deepen collaboration, promoting the large-scale application of intelligent achievements to enhance the quality and sustainability of the energy and heavy industry sectors [12].