基于混合架构的电力信息管理系统设计研究  

Design and research of power information management system based on hybrid architecture

作　　者：周玲 汤成佳 杨松 吴方权 刘亦驰 ZHOU Ling;TANG Chengjia;YANG Song;WU Fangquan;LIU Yichi(Information Center of Guizhou Power Grid Co.,Ltd.,Guiyang 550000,China)

机构地区：[1]贵州电网有限责任公司信息中心,贵州贵阳550000

出　　处：《电子设计工程》2021年第17期120-124,共5页Electronic Design Engineering

摘　　要：为了提高电力信息管理的智能化水平,提出基于混合架构的电力信息管理系统设计方法。采用融合特征分布式检测方法进行电力信息管理过程调度,在混合构架体系下挖掘电力信息的相关特征量,分析电力信息系统三相绕组的特征分布,结合混合励磁整流分析方法进行电力信息管理系统的混合构架体系大数据融合处理,构建电力信息管理的大数据信息整合模型。以电力系统的极数和所需要的安匝数等作为约束参量,在混合构架体系中进行电力信息的大数据融合和特征优化检测,提取电力信息管理系统的额定功率、效率和额定转矩等基本参数,实现电力信息管理系统的优化设计。仿真测试分析得出,所设计的电力信息管理系统输出稳定性较好,功率增益较大。In order to improve the intelligent level of power information management,a design method of power information management system based on hybrid architecture is proposed.The distributed detection method of fusion features is used to schedule the power information management process.The related characteristic quantities of power information are mined under the hybrid architecture system,and the characteristic distribution of three⁃phase windings of power information system is analyzed.Combined with the hybrid excitation rectification analysis method,the big data fusion processing of hybrid architecture system of power information management system is carried out,and the big data information of power information management is constructed Integration model.Taking the parameters such as the number of poles and the number of ampere turns required as the constraint parameter model,the power information big data fusion and feature optimization detection are carried out in the hybrid architecture system,and the basic parameters such as rated power,efficiency and rated torque of the power information management system are extracted to realize the optimal design of the power information management system.Simulation test analysis shows that the designed power information management system has good output stability and large power gain.

关 键 词：混合架构 电力信息 管理系统 功率增益 特征提取 

分 类 号：TM73[电气工程—电力系统及自动化]