新型电力系统建设带来的多元化需求，对大渡河流域电站运行监视、上下游协同控制、智能化技术应用等方面提出了更高要求，推动流域电站运行控制智慧化是保障电站安全高效运行的关键环节。面向大渡河流域电站运行控制核心业务，分析流域电站运行控制发展现状和面临问题，提出流域电站发展需求，对电站运行控制系统进行智能化升级，建立涵盖电站运行监视、负荷调整、水风光储运行控制、远程操作、应急调度、数据治理等功能的智慧运行控制系统，以此提高大渡河电站运行控制的安全性和可靠性，为流域电站智慧化发展提供关键支持。

The advent of a new power system has brought forth a multitude of demands, elevating the benchmarks for operational monitoring, collaborative control across upstream and downstream stations, and the deployment of intelligent technologies within the Dadu River basin's power stations. It is crucial that the safety and efficiency of these power stations are ensured by the transition to intelligent operation control. The core aspects of operation control in the Dadu River basin power stations was explored, analyzing the current development landscape and identifying challenges in watershed power station operation control. In direct response to these challenges, a holistic development strategy and an intelligent enhancement of the operation control system were proposed. The upgraded system was designed to incorporate a range of functionalities which station operation monitoring, load adjustment, water, wind, and solar energy storage control, remote operation, emergency dispatch, and data management was included. Based on a thorough analysis of needs and the integration of advanced technologies, the development of this intelligent operation control system successfully met the demands of modern power systems. Significant enhancements in the safety and reliability of operation control for the Dadu River power stations were achieved through the establishment of the smart operation control system capabilities in monitoring and adjusting loads, managing various forms of energy storage, and facilitating remote and emergency operations were crucial in improving the overall performance of these power stations. The integration of data management further streamlined operations, providing a robust framework for decision-making and oversight. The intelligent upgrade of the operation control system for the Dadu River basin power stations marked a critical step toward the intelligent development of watershed power stations. This system adeptly addressed not only the current challenges but also paved the way for future advancements in power station operations. By fully embracing automation, digitalization, and informatization, harnessing a constellation of technologies including cloud computing, big data, the Internet of Things, mobile internet, and artificial intelligence, the system demonstrated a immense potential of intelligent operation control in the new power system era.