Core Viewpoint - iFlytek is establishing itself as a quality benchmark in the AI industry through innovative quality management practices, emphasizing self-innovation and large-scale application in the context of China's AI development [1][2][4] Group 1: Quality Management and Standards - iFlytek has led the formulation of over 100 international and national standards in various sectors, including education and finance, which provide a scientific basis for AI product quality assessment [2] - The company achieved a 4+ rating in the first round of evaluations organized by the China Academy of Information and Communications Technology, marking it as one of the first domestic companies to receive the highest rating [2] - iFlytek's "technology breakthrough + standard output" model highlights its leadership in AI quality management [2] Group 2: Technological Innovation and Development - iFlytek has partnered with Huawei to create a fully domestic computing power platform, which supports the training of large AI models, ensuring self-control in AI development [2] - The company has developed the X1 deep reasoning model, which achieves industry-leading results with less computing power, showcasing its capability to compete with international standards [2][3] - iFlytek's AI products have been widely applied in critical sectors like healthcare and education, significantly contributing to the digital transformation of these industries [3] Group 3: Social Responsibility and Value - iFlytek emphasizes the importance of social value as the highest standard for product quality, focusing on improving healthcare and promoting educational equity [4] - The company aims to create significant economic and social benefits while fulfilling its corporate social responsibility [4] - iFlytek's approach to AI development integrates technical depth with a humanistic perspective, showcasing the potential of Chinese AI enterprises on a global stage [4]

国家能源局4月21日启动新一代煤电升级专项行动，旨在推动传统煤电向"清洁降碳、安全可靠、高效调 节、智能运行"方向转型。 针对新建机组，鼓励按照专项行动实施方案提出的新建机组指标要求建设。在清洁降碳方面，新建机组 应预留低碳化改造条件，鼓励实施低碳化建设。在安全可靠方面，要求保供期申报出力达标率不低于 98%和非计划停运次数不高于0.3次/台年。在高效调节方面，要求燃用烟煤的煤粉炉新建机组最小技术 出力达到25%，低负荷供电煤耗增幅控制在20%以内，鼓励提升一次调频性能和启停调峰能力。在智能 运行方面，鼓励智能控制、智能运维、智能决策技术指标要求达到新一代煤电试点示范技术要求。 针对新一代煤电机组试点示范，鼓励探索更先进技术指标要求。在清洁降碳方面，试点示范采取降碳措 施后，度电碳排放水平应较2024年同类煤电机组降低10%—20%。在安全可靠方面，要求保供期申报出 力达标率不低于99%和非计划停运次数不高于0.3次/台年。在高效调节方面，要求超超临界、湿冷设计 工况供电煤耗不高于270克/千瓦时，可根据实际情况适当修正调整；鼓励提升一次调频性能，应具备安 全可靠启停调峰能力。在智能运行方面，应实现全负荷工况 ...