摘要
探讨了大规模电能计量器具智能检定的优化调度策略。为实现检定台体效率的最大化,提高自动化检定的检定能力,同时保证AGV小车输送轨道的畅通,提出了一种分区分线体分单元分散调度的优化调度策略。根据AGV机器人、检定台体的工作状态及其检定工作进度,建立待检转接台没表情况下AGV输送的优先级策略。结合电能计量器具实际配送的特点,采取批次尾表优先回库的原则。最后,实证验证了所提优化调度策略是可行的和有效的。
This paper discusses an optimal operation method of large-scale automation verification of electrical power measuring instruments. According to the spatial distribution of verification benches, an optimal strategy is proposed using dispersion operation. Combined with the operating state of AGV and verification bench, a priority method is set up considering no smart meters for verification on temporary storing platform. A small quantity of meters with the same batch is prior to transit to smart storage to satisfy requirements of the actual distribution of electrical power measuring instruments. An empirical study is used to testify the proposed optimal operation is available and effective.
出处
《电力系统保护与控制》
EI
CSCD
北大核心
2015年第11期75-79,共5页
Power System Protection and Control
关键词
优化调度策略
智能检定
电能计量
大规模
optimal operation strategy
automation verification
electrical power measuring
large-scale
