摘要
以提升电力系统数据库资源利用率为目的,研究基于关联数据的电力储能设备资源聚合方法。依据资源关联规则,关联数据创建层使用关联关系自动构建工具建立电力储能设备资源关联数据,通过资源融合层对资源关联数据进行开放性数据转换和本体映射处理后,完成电力储能设备资源聚合。实验结果表明,该方法具备较好的资源提取能力和数据转换能力,且其聚合电力储能设备资源时的本体映射精度高达95.6%,应用后可有效提升输电系统数据库的资源利用率。
With the aim of improving the utilization rate of power system database resources,this paper studies a method for aggregating power energy storage equipment resources based on correlated data.According to the resource association rules,the association data creation layer uses the association relationship automatic construction tool to establish the resource association data of electric energy storage devices.After the resource fusion layer performs open data transformation and ontology mapping processing on the resource association data,the electric energy storage device resource aggregation is completed.The experimental results show that this method has good resource extraction and data conversion capabilities,and its ontology mapping accuracy when aggregating power storage equipment resources is as high as 95.6%.After application,it can effectively improve the resource utilization rate of the transmission system database.
作者
李晓云
李洪波
LI Xiaoyun;LI Hongbo
出处
《电力系统装备》
2024年第5期16-18,共3页
Electric Power System Equipment
基金
武宣晴岚风电场35 kV集电线路防雷技术研究项目(SFC/WXY-ZX-FW-23-008)
广东粤电珠海璧青湾海风场强电磁脉冲防护(雷电)技术研发项目(SFC/ZHW-ZX-KF-23-010)
中广核新能源华南分公司海上及海岛型区域防雷技术研究及应用示范科研项目(JD/RLP-2024-2)。
关键词
关联数据
电力储能设备
资源聚合
多源异构
数据本体
数据转换
related data
electric energy storage equipment
resource aggregation
multi source heterogeneity
data ontology
data conversion