摘要
目前提出的配电网扩展规划选址方法对风速把握能力差,选址差异过大,导致选址耗时过长。基于人机交互研究一种新的配电网扩展规划选址方法,调节数据分析状态,按照配电网内部空间信息进行结构转化,将接收处理的数据扩展至外部检测层中,并分配扩展规划处理空间。将相同属性的配电网数据集中收录于同一处理空间中,持续强化配电网的外部信息规划能力。将规划能力按照强弱进行排序,整合排序后的扩展规划数据。稳定配电网的电压状态,确保选址操作能够顺利进行。避免因电压不稳而产生的选址失误。随机搜索配电网附近的数据因素,并追踪因素流动位置,记录位置数据。实验结果表明,基于人机交互的配电网扩展规划选址方法能够很好地把握风速,降低选址耗时。
At present,the proposed location method of distribution network expansion planning has poor ability to grasp the wind speed and the location difference is too large,which leads to the time⁃consuming of site selection.Based on human⁃computer interaction,a new location method of distribution network expansion planning is studied.The data analysis state is adjusted,and the structure is transformed according to the internal spatial information of distribution network.The received data is extended to the external detection layer,and the processing space of expansion planning is allocated.In the same distribution network,the data contained in the same distribution network will be centralized in the same spatial property.The planning capacity is sorted according to the strength,and the sorted extended planning data are integrated.The voltage state of distribution network is stabilized to ensure the smooth operation of site selection.Avoid site selection errors due to voltage instability.Randomly search the data factors near the distribution network,track the flow position of factors,and record the location data.The experimental results show that the location method of distribution network expansion planning based on human⁃computer interaction can grasp the wind speed well and reduce the time of location.
作者
王哲
周鑫
杜渐
朱铭霞
WANG Zhe;ZHOU Xin;DU Jian;ZHU Mingxia(Economic and Technological Research Institute of State Grid Jiangsu Electric Power Co.,Ltd.,Nanjing 210000,China;Jiangsu Electric Power Information Technology Co.,Ltd.,Nanjing 210000,China)
出处
《电子设计工程》
2021年第16期140-144,共5页
Electronic Design Engineering
基金
江苏省自然科学基金(51807260)。
关键词
人机交互
配电网
扩展规划
选址方法
human⁃computer interaction
distribution network
expansion planning
location method
