电网集群环境分布式代码版本控制算法研究

Research on distributed code version control algorithm in power grid cluster environment

不合理的代码版本会导致电网有功功率与无功功率出现功率分配不均衡问题,为此,提出了电网集群环境分布式代码版本控制算法。在电网集群环境中,采用平均一致性算法完成电网集群环境分布式代码一致性分析,并确定分布式代码节点的信息分享速度。为避免电网中分布式代码节点频率保持标准数值,计算电网系统的代码频率。根据瞬时负荷量计算代码版本,完成电网集群环境分布式代码版本控制算法的设计。实验结果表明,给出的电网集群环境分布式代码版本控制算法具有更好的有功功率收敛性,可有效提升电网系统的响应速度,具有更高的应用价值。

Unreasonable code version will lead to power distribution imbalance between active power and reactive power.Therefore,a distributed code version control algorithm for power grid cluster environment is proposed.In the grid cluster environment,the average consistency algorithm is used to complete the distributed code consistency analysis and determine the information sharing speed of distributed code nodes.In order to avoid maintaining standard values of distributed code node frequency in power grid,the code frequency of power grid system is calculated.The distributed code version control algorithm is designed according to instantaneous load.Experimental results show that the proposed distributed code version control algorithm has better convergence of active power,can effectively improve the response speed of power grid system,and has higher application value.