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随着科学技术与信息化技术日新月异的变化,我国越来越多的水电厂开始着手于自身生产实际,提出建设水电一体化智能水电厂的战略目标。作为智能水电厂体系结构当中至关重要的部分,智能一体化水调自动化系统的设计就成为建设智能水电厂的关键所在。鉴于此,本文主要针对水调自动化系统的整体架构与业务实施流程进行了详尽的探讨,在此基础上研究了水电一体化水调自动化系统的应用,旨在为推动我国水电一体化智能水电厂的发展贡献自己的绵薄之力。
With the rapid changes in science and technology and information technology, more and more hydropower plants in our country have started to put their own production practices into practice and put forward the strategic goal of building an integrated hydropower station. As a crucial part of the architecture of a smart hydropower plant, the design of an intelligent integrated water transfer automation system becomes the key to building a smart hydropower plant. In view of this, this article mainly for the overall structure of water transfer automation system and business implementation process conducted a detailed discussion, based on the study of hydropower integrated water transfer automation system designed to promote China’s hydropower integrated smart hydropower plant Contribute to the development of their own modest.