Investigating Distribution Network Power Management Based OnDistributed Generation Reactive Power

Distributed generation (DG) refers to the production of electrical energy needed at the point of consumption,which is in contrast to the former concept of electricity generation in the form of large-scale central productionand the transmission and distribution of distributed energy to the points of consumption with physicaldistances.And remote electric which causes high energy loss (low efficiency) and low reliability is used.Distributed energy resource management refers to a set of activities that are used to regulate the energyinjection of distributed energy sources into the electricity distribution network, including distributed generators,storage devices, and electric consumers, with the aim of maintaining technical and economic balance in theprocesses of energy purchase, energy flow, and energy sale.It is done to subscribers.In this applied system, it isassumed that distributed energy sources are available to the dispatching of the distribution network in the formof active and reactive power generation and injection tools. The advancement of technology in the field ofpower electronics as well as the use of smart inverters with the ability to use soft open point switches along withdistributed production systems can increase the reliability and controllability of the network.By carefullystudying past works in this field, it has been observed that no detailed study has been done in the field ofoperational coordination between this type of equipment in an integrated network.If by careful study andproper use of such equipment together, acceptable results can be achieved in voltage control, reactive powerand load distribution on the feeders.

Investigating Distribution Network Power Management Based OnDistributed Generation Reactive Power Keywords:

distributed generation , energy , distribution networks , reactive power.