Maximizing economic host capacity related to distributed generation and improving power system performance

Document Type : Research Article

Authors

Sahand University of Technology

Abstract

For the operation of the power systems, there are numbers of technical limitations that must to be satisfied and these limitations are related to the power flow of the power system, so solar panels cannot inject any amount of power into the power system in an unlimited way, therefore, the maximum injection power of solar panels is limited to specific value. This issue is also true for the reactive power produced or consumed by SVCs and solar panels, so the maximum injected power of photovoltaic panels must be obtained in such a way that the technical limitations of the power system are maintained. In the current research, a 33 bus radial distribution network has been considered and the goal is that by reconfiguring in this type of the network and establishing effective coordination between the control devices, including the output reactive power of photovoltaic panels and the fire angle of the SVC and graph of the power system, the injection power of photovoltaic panels should be maximized, the network power losses should be minimized, the bus voltage should be within the allowed range, and the cost of purchasing electricity from the upstream network should be minimized. The results of the simulation on the 33 bus radial network confirm the validity of the above claims.

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