Core Insights - The newly launched Northwest New Energy Regional Control and Operation Center by Shandong Energy New Energy Group marks a significant advancement in centralized and intelligent management of renewable energy operations, integrating key functions such as scheduling, production monitoring, and operational management [1][3] Group 1: Operational Efficiency - The center has successfully connected 11 wind, solar, and energy storage projects across Inner Mongolia and Gansu, establishing a comprehensive management system covering the entire lifecycle of infrastructure, production, and operations [1] - The centralized monitoring system allows for real-time visualization of critical operational data, enabling remote dispatch of commands and rapid response to emergencies, achieving efficient management from a distance [1][2] Group 2: Technological Integration - The operation model incorporates a "true unmanned" approach through the smart inspection system, utilizing drones, robots, and voiceprint monitoring to collect and analyze data, significantly improving fault detection and response times [2][4] - The digital twin system creates a 1:1 digital replica of equipment and terrain, facilitating precise simulation of operational conditions and optimizing maintenance strategies [2] Group 3: Intellectual Property and Recognition - The control center holds independent intellectual property rights, with 9 software copyrights and 6 invention patents, showcasing its technological strength and innovation [3] - The associated 150 MW renewable energy base control operation platform has received accolades, including the "Smart Power Plant Innovation Application Case Award" at the 4th Power Digital Transformation Technology Innovation Application Evaluation [3] Group 4: Future Implications - The center's operation is expected to promote the large-scale implementation of an "unmanned" operational model, enhancing labor efficiency, reducing operational costs, and improving equipment availability [3] - This transformation is anticipated to contribute significantly to the green and low-carbon transition of the energy sector and the establishment of a new power system [3]

在杭州的大街小巷，有这样一群人，他们用勤劳的双手守护着城市道路的安全与平整，王晨程便是 其中一员。作为一名道路养护管理人员，如今，在AI技术的助力下，有了与众不同的工作模式。 下午5点多，已经在路面勘查了近8个小时的王晨程，与同事刘见超乘坐黄色市政巡查车，途经钱江 新城，准备结束一天的工作。此时，他们车上还有一位特殊的"隐形伙伴"——道路病害收集器。这个黑 色小盒子，是杭州市政部门智慧巡检系统的前端设备，静静藏在前车窗顶部。车子行驶过程中，它自动 收集路面信息数据，并实时传输到后台。系统会迅速识别道路病害，分类整理后第一时间派单给养护单 位。 经过新业路时，智慧巡查后台收到了新业路有两处裂缝的信息，还配有清晰的现场图片。很快，该 段路面的养护人员就根据派单，赶来处理了这些小问题。"人工勘查，每天最多查十几公里。现在有了 这个东西，工作效率提高太多了！以前基本靠人工巡检，现在AI给我们人工做了很好的补位。"王晨程 感慨地说。 据悉，2020年杭州试点城市道路智慧巡检模式，2023年全面推广，如今全市已有900余台车辆安装 了智慧巡检感知设备，覆盖3200条（段）市政道路。这些设备日均巡查里程23000余公里，日 ...