摘要
针对现有输变电设备状态感知业务中,大量采用私有协议无法相互兼容,且目前通用的无线通信协议在采集、传输、组网等方面无法满足实际业务需求的问题,开展电力业务场景及传感数据特征分析,介绍了物理层低功耗选型、低功耗接入与组网通信协议设计思路,构建了输变电设备物联网感知层统一、完整的无线传感网体系架构,并选取典型业务场景进行试点应用,实现了复杂业务场景下多类型无线传感器的统一接入与互联互通。
In view of the problems that a large number of private protocols cannot be compatible with each other in the existing state sensing services of power transmission and transformation equipment,and the current common wireless communication protocols cannot meet the actual business needs in terms of collection,transmission,networking,etc.,this paper analyzes the power business scenarios and sensing data characteristics,and constructs a unified and complete wireless sensing network architecture for the IoT sensing layer of power transmission and transformation equipment.This paper mainly introduces the low power selection for physical layer,low power access and network protocol design,and constructs a unified and complete wireless sensing network architecture for the IoT sensing layer of power transmission and transformation equipment,and select typical business scenarios for pilot application,it realizes unified access and interconnection of multiple types of wireless sensors in complex business scenarios.
出处
《信息技术与标准化》
2023年第5期59-66,共8页
Information Technology & Standardization
关键词
输变电
电力物联网
无线传感网
体系架构
power transmission and transformation
power Internet of Things
wireless sensor network
architecture
