Group 1 - Southern Power Grid collaborates with Huawei to create the first self-innovated large model "Dawatt" in the power industry, enabling large-scale applications of AI in various scenarios such as grid section control, intelligent inspection of transmission lines, intelligent customer service, and AI4S current simulation [1] - The integration of AI in the power sector is seen as a key variable in reshaping the energy landscape, with AI technologies injecting new momentum into the construction of new power systems [2] - Huawei's AI-driven intelligent scientific computing system, exemplified by the "Yudian" intelligent simulation model, has achieved a significant breakthrough in the power industry's intelligent scientific computing, ensuring the safe and stable operation of large power grids [2][3] Group 2 - Huawei's innovative practices in smart distribution networks have led to the automatic detection of distribution network faults and improved management efficiency, showcasing its leading advantages in AI technology [3] - The joint solution for short-term power forecasting using AI models has achieved a prediction accuracy of 97.24% for 15 minutes and 91.72% for 4 hours, significantly reducing operational costs for wind and solar power plants [3] - The ISDP platform developed by Huawei enhances on-site operational efficiency by integrating digitalization and safety standards into the workflow, widely applied in Guangxi's power enterprises [4] Group 3 - By the end of 2024, Guangxi's installed capacity of renewable energy is expected to reach 42.01 million kilowatts, accounting for 43.9% of the total installed capacity in the region, marking it as the largest power source in Guangxi [5] - Huawei emphasizes the importance of communication networks in achieving high-quality data integration with AI, proposing a dual-plane communication architecture to meet the core demands of power grid management [5][6] - The introduction of next-generation intelligent data communication networks based on "IPv6+" aims to enhance operational safety and efficiency through advanced technologies [6][7] Group 4 - Huawei's low-voltage communication solutions aim to achieve transparency in 400V systems, addressing the challenges posed by distributed renewable energy and electric vehicles [7] - Continuous investment in R&D for 400V transparency innovations is being pursued by Huawei in Guangxi, supporting the construction of a new power system communication target network [7][8] - Talent cultivation is identified as a critical factor for the successful digital transformation of the power industry, with Huawei providing training across various talent categories [8][9] Group 5 - The construction of new power systems presents new requirements for digitalization, with Huawei committed to building a safe, flexible, and efficient new energy system in Guangxi [10]

5月27日，"高质量发展能源行"网评引导活动来到位于广州科学城的国家能源大电网技术研发（实 验）中心（以下简称"研发中心"）。在这里，记者看到纵横交错的钢架结构支撑起巨大的空间，一 排排屏柜整齐排列，指示灯伴随着轻微的电流声不停闪烁，银白色的冷光灯管在天花板上有序排 列，将整个大厅照得通透明亮，折射出冷冽的科技光芒。科研人员们身着白大褂，目光紧锁屏幕， 手指在键盘上飞速敲击，空气中弥漫着紧张而专注的气息。 据介绍，该研发中心是国家能源局首批设立的能源研发创新平台，于2009年由国家能源局批复组 建，2021年评估考核中获评优秀，科研用房面积约4100平米，科研仪器设备资产超5亿元，包括 电网实时数字仿真试验研发平台、电网安稳控制仿真试验研究平台、直流工程控制保护系统仿真试 验研究平台、电力电子控制保护仿真试验研究平台等。 在"双碳"背景下，新能源发电正迅速成为我国能源结构转型的重要力量。近年来，我国风电、光伏 等新能源保持高速发展趋势。新能源已经成为南方电网第一大电源，南方五省区新能源单日最大发 电量屡创新高，日发电渗透率最高达31.12%，相当于当天每用4度电就有超过1度电来自新能源。 然而，风电、光伏等新 ...