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CN104269924A 一种基于IEC61850实现即插即用机制的配电终端系统 无效 - 驳回 转让

一种基于IEC61850实现即插即用机制的配电终端系统
摘要：
本发明公开了一种基于IEC61850实现即插即用机制的配电终端系统，包括如下步骤：（1）配电终端与配电主站连接，配电终端向配电主站自动发送注册信息；（2）配电终端与配电主站进行信息比对；（3）配电终端与配电主站之间运行即插即用自描述建模模块；（4）配电主站接收配电终端采集的信息，并对配电网设备进行控制。本发明提供一种配电终端系统，通过即插即用信息交互，基于IEC61850标准的自描述模型实现配电终端的即插即用，实现了现场部署过程中配电终端在配电主站系统的自动上线功能，可方便地进行配电终端的现场安装、调试及运维，这将大大缩短主站与配电终端现场FTU、DTU进行对点等调试的时间，减少人为错误，提高可靠性。对于配电终端系统数量众多、分布及其分散的配电自动化系统的调试及维护来说具有非常重要的意义。
摘要（英）：

The invention discloses a power distribution terminal system based on the IEC 61850 and realizing a plug and play mechanism. The power distribution terminal system is realized through the following steps that (1) a power distribution terminal is connected with a power distribution master station, and automatically sends registration information to the power distribution master station; (2) information contrast is conducted on the power distribution terminal and the power distribution master station; (3) a plug and play self-describing modeling module is run between the power distribution terminal and the power distribution master station; (4), the power distribution master station receives information collected by the power distribution terminal and controls power distribution network equipment. According to the power distribution terminal system, the plug and play function of the power distribution terminal is realized by the self-describing modeling module based on the IEC 61850 standard through plug and play information interaction, the automatic on-line function of the power distribution terminal at the power distribution master station system is achieved during on-site deployment, the power distribution terminal can be installed, debugged, operated and maintained conveniently on site, in this way, the time of conducting spotting and other debugging operations on the master station and an FDU and a DTU of the power distribution terminal can be greatly shortened, human errors can be reduced, and reliability is improved. The power distribution terminal system has important significance in debugging and maintenance of a power distribution automation system with a large number of power distribution terminal systems distributed quite dispersively.

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