CAJ | 학술논문

实现功率增益是电力GIS配网的重要目的，传统的电力GIS配网中基于电网负载传输速率和节点发射功率算法进行调度控制，控制链路之间产生差拍分离，负载均衡效果不好，功率增益不明显，影响电力GIS配网和调度性能。提出一种基于PID神经网络控制的GIS配网调度方案，设计GIS配网PID无差拍控制算法，构建GIS配网节点发射功率博弈的纳什均衡博弈模型，控制方程中基于纳什均衡解求解簇首节点的最佳发射功率，实现GIS配网中所有簇首节点有最佳发射功率。仿真结果表明该算法具有良好的收敛性，簇首节点的发射功率有较高增益，降低了节点能耗，提高GIS配网性能。
실현공솔증익시전력GIS배망적중요목적，전통적전력GIS배망중기우전망부재전수속솔화절점발사공솔산법진행조도공제，공제련로지간산생차박분리，부재균형효과불호，공솔증익불명현，영향전력GIS배망화조도성능。제출일충기우PID신경망락공제적GIS배망조도방안，설계GIS배망PID무차박공제산법，구건GIS배망절점발사공솔박혁적납십균형박혁모형，공제방정중기우납십균형해구해족수절점적최가발사공솔，실현GIS배망중소유족수절점유최가발사공솔。방진결과표명해산법구유량호적수렴성，족수절점적발사공솔유교고증익，강저료절점능모，제고GIS배망성능。
To realize power gain is an important objective of GIS power distribution network, the load on the network trans?mission rate and transmission power of nodes algorithm scheduling control is bad for the traditional GIS power distribution network, the difference between the separation of control link, load balancing effect is not good, effect of power gain is not obvious, power distribution and scheduling performance of GIS is affected. A PID neural network GIS control network scheduling scheme is proposed based on the design of GIS distribution network PID, deadbeat control algorithm is de?signed, the Nash equilibrium of the game model of GIS network node transmit power control is constructed based on game theory, the Nash equilibrium solution of optimal transmit power of cluster head node equation is obtained, GIS distribution of all the cluster head nodes have the best emission power. The simulation results show that the algorithm has good conver?gence, transmit power of cluster head nodes with higher gain, reduce energy consumption, it improves the performance of GIS distribution.