Research on the Method of Improving Success Rate of Electric Information Acquisition
2016-07-14LiJiufuZuoMeiyang
Li Jiufu / Zuo Meiyang
Research on the Method of Improving Success Rate of Electric Information Acquisition
Li Jiufu / Zuo Meiyang
AbstractElectric information acquisition system is the basic tool to acquire the information of power users. Successfully acquisition rate is the percentage of successful acquisition smart meter accounting planning acquisition meter, which is one of the three comparison index in metering class. Through statistical analysis and on-site verification, it is confirmed that the main factors affecting the success rate of collection are parameter setting, meter quality and GPRS signal problems, to solve these problems, three methods are proposed. After the implementation, successfully acquisition rate of our class is increased, which helps us complete the target.
Keywordselectric information acquisition system, class comparison, parameter settings, meter quality and GPRS signal problems
0概述
用电信息采集系统是对电力用户的用电信息进行采集、处理和实时监控的系统,可实现用电信息的自动采集、计量异常监测、用电分析和管理、相关信息发布、分布式能源监控、智能用电设备的信息交互等功能,是实现电网智能化的保障技术之一[1]。用电信息采集成功率是指采集成功的电能表数占计划采集电能表的百分比。用电信息采集系统的建设将改变电网公司长期以来无法实时、完整、准确掌握电力用户用电信息的现状,满足公司系统各层面、各专业对于用户用电信息的迫切需求。
用电信息采集系统通常由主站、远程传输通信通道(GPRS/CDMA等)和本地数据采集设备(集中器等)三部分组成,如图1所示。

图1 用电信息采集系统方案结构图
通过用电信息采集设备实现电能表数据的采集、管理、双向传输以及转发或执行控制命令,既能有效解决电网传统营销模式面临的线路损耗、用户电费纠纷、营销内部质量监控等难题,又能为SG186营销业务应用系统提供及时、准确、完整的数据支持,有效提高营销业务处理自动化程度和信息化水平。
用电信息采集系统中本地数据采集设备采集的电能表数据是最基础和最重要的环节,采集成功率会直接影响用电信息采集系统的运行和使用。
1影响因素
从人员、环境、设备、方法四个方面分析采集成功率低的原因,并找出末端影响因素(图2)。

图2 采集成功率末端影响因素
根据图2可知,每一个箭头……
猜你喜欢
杂志排行
智能建筑电气技术的其它文章
- Application of Navigation System Based on iBeacon Technology in Tourist Attractions
- Design and Application of Security and Protection System of Residential Park Project
- Optimization of Power Distribution System of Fire Fighting Equipment
- Electrical Design of Electric Vehicle Charging Facilities for Civil Building
- Analysis of Reactive Measurement in an Industrial Park
- Promoting the Use of LED Lighting from the Design Stage
