Research On Reactive Power Optimization Voltage Control Of Jimo Power Grid

Reactive power optimization control and reactive power optimization are important unavoidable problems in power system.Optimal reactive power flow distribution can reduce the active power loss of the power grid and improve the transmission capacity of active power in the power system.In power system applications Has an important role.In this paper,the characteristics and current situation of various traditional algorithms are introduced.Reactive power configuration of Jimo grid is taken as the research object to realize the requirements of Jimo grid in terms of reactive power balance and voltage safety constraints.In the comparison of various optimization algorithms,the voltage control strategy of reactive power flow in Jimo grid is described in detail.This paper analyzes the reactive power configuration and basic characteristics of Jimo grid,as well as the analysis of reactive power optimization configuration and control strategy of Jimo grid.By using the regional control strategy,in accordance with the hierarchical and hierarchical control methods,considering the power grid safety constraints,Electrical equipment,power supply capacity,reduce network loss and improve voltage quality and the role of voltage stability.To strengthen research on reactive power optimization of Jimo power grid has practical significance for reactive power optimization and voltage regulation of Jimo power grid,and also provides basis for further implementation of reactive power optimization voltage control scheme in Jimo area,minimizing power grid losses and minimizing control costs aims.