摘要
首次从硬件及软件设计方面研究了分层递阶智能控制在大型水电机组调速系统中的应用。提出了分层递阶理论在调速器上应用的实用性,然后结合PCC控制器的软硬件特点,从硬件结构设计、功能配置方面详细阐述了该理论的具体应用,接着从软件架构设计、功能划分、系统优化等方面做了具体的研究和实践,希望能为当前大型水电机组智能水轮机调速器的研究和设计提供一定参考。
It was the first time to study the application of hierarchical intelligent control in large-scale hydropower turbine governor system by hardware and software design. At first, the paper proposed the practicality of applying hierarchical theory to governor, and then based on software and hardware of PCC controller, from hardware configuration and functional configuration aspects explained this application, at last made a detail research with software structure design, functional portioning and system optimization. It hopes to provide a reference for research and design of large-scale hydropower turbine governor system.
出处
《水电站机电技术》
2012年第6期44-47,95,共4页
Mechanical & Electrical Technique of Hydropower Station
关键词
分层递阶智能控制
调速器
PCC控制器
硬件结构
软件结构
功能划分
hierarchical intelligent control
governor
PCC controller
hardware configuration
software structure
functional partitioning
