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论述了现代化水电站综合自动化必须具备的高速双网络拓朴结构、主体冗余性、主体一致性、完全分布性、数据库的完备性、监控对象的全面性、主体功能软件的自适应性、完备在线维护性、采用功能块程序设计语言、设备性能评估系统、信息管理系统及目标运营极大化等特征，并提出了具有现代化特征的三峡左岸电站自动化方案，该方案突破了传统中控室必须建在厂房的概念，提出了励磁处理单元、调速处理单元的新设想，最大限度的实现系统资源共享及减少子系统间的电缆连接。此外，利用LPU对电站的辅助设备实行全面控制，并在电站的厂用电6kV开关、400V开关实现各自投功能及运行方式自动选择功能。整个电站自动响应调度中心的控制，符合国家电力公司“无人值班”（少人值守）的一流电站的要求。
Discusses the high-speed dual-network topology that modern hydropower station must possess, main body redundancy, main body consistency, complete distribution, completeness of database, comprehensiveness of monitoring object, self-adaptability of main function software, complete online Maintainability, adopt the function block programming language, equipment performance evaluation system, information management system and the maximization of the target operation, and put forward the automation scheme of the Three Gorges Left Bank Power Station with the modernized features. The solution breaks through the traditional central control room must be built in The concept of the plant, proposed a new idea of excitation processing unit, speed control processing unit, to maximize system resource sharing and reduce the cable connection between subsystems. In addition, the use of LPU on the auxiliary equipment of the plant to implement full control, and power plants in the power 6kV switch, 400V switch to achieve their respective cast function and mode of operation automatic selection. The entire power station automatically responds to the control of the dispatch center and meets the requirements of the first-class power station of “unattended” (less-manned) of the State Power Corporation.