技术突破：AI驱动水处理革新深化合作强化技术壁垒 期内，公司在AI技术领域的持续深耕，持续投向AI智能体的算法迭代与场景拓展，第三季度研发强度 6.51%，较上年提升1.31个百分点。公告显示，公司自研的"水萝卜AI智能体"是一款通过AI替代水厂人 力职能的无人值守运营管理AI智能体系统，融合了公司自研的工艺优化预报与决策模型、计算机视 觉、听觉、红外等感知AI模型以及国产大语言推理模型，在OnlinetoOffline的工作闭环逻辑下，直接为 客户交付价值——安全高效运营的无人值守水厂，且成本最优。 这种技术突破带来交互方式的革新，操作人员可通过语音对话下达指令，系统能自主调用模型库分析水 质数据、预判设备故障，实现从"被动响应"到"主动运维"的转变。公司与武汉大学达成战略合作，联合 成立"人工智能创新研究中心"，加深加快公司在人工智能领域的相关研究工作，增强人工智能相关产品 的市场竞争力，进一步强化公司技术壁垒。 金科环境(688466)10月30日披露2025年第三季度报告，在业绩短期承压背景下，公司"AI数智化"战略落 地成效凸显。报告显示，前三季度公司实现营业收入3.95亿元，净利润4020.69万 ...

Core Viewpoint - The introduction of intelligent robotic dogs for inspection at the State Grid Hubei Electric Power Company significantly enhances operational efficiency and safety in high-voltage power stations, marking a shift towards unmanned operations in the electric grid sector [1] Group 1: Technological Advancements - The intelligent robotic dog utilizes advanced AI algorithms for real-time equipment status recognition and can issue alerts upon detecting anomalies [1] - The deployment of this technology allows for remote monitoring and task management by operational staff, reducing the need for manual inspections [1] Group 2: Operational Efficiency - Traditional manual inspections are time-consuming and pose safety risks, particularly in complex equipment areas, which the robotic dog effectively mitigates [1] - The robotic dog can navigate various complex terrains and harsh environments, significantly improving inspection efficiency and safety levels [1] Group 3: Broader Implementation - The use of the robotic dog is part of a larger initiative to implement unmanned operations across the electric grid, with a centralized control system managing multiple smart devices [1] - A total of 13 ultra-high voltage substations are monitored using 1869 high-definition cameras, 34 inspection robots, and 12 drones, ensuring comprehensive surveillance and maintenance of the power grid [1]