Allocating the Type-1, Type-2, and Type-3 Distributed Generation in the Best Way Possible to Enhance the Performance of Power System Networks

Abstract

The most effective usage of DG will be required in electrical power system networks in the future. The correct operation of “electrical power system networks” depends on the efficient distribution of DG. The two main goals of improving the overall voltage profile and reducing active power losses’ are essential for the anodyne operation of the power system. In this essay, four different DG kinds with various traits have been compared.  In the “IEEE-9 bus system”, the optimum losses’ for DG types 1 and 2 are nearly identical at 2.9404MW and 4.7326MW, respectively, and the voltage profile improvement for type 3 is better than that for the other DG types. The IEEE-24 bus system's optimum loss with DG types 1 and 2 are practically comparable, whereas they are 50.4028MW for DG type 3, and the voltage profile enhancement is improving associated with that of further types of DG.