Gaurav Chauhan, Sakshi Bangia
Department of Electrical Engineering, J.C. Bose University of Science and Technology, YMCA, Faridabad, Haryana, India.
Power Flow Analysis and Performance Assessment of SST Based Hybrid Distribution System
Authors
Abstract
Electricity consumption is rapidly increasing in all the sectors around the world. The most viable
solution to the exponential demand of electricity is to encourage the widespread employment of
distributed generation (DG) integrating it with a utility distribution system. Numerous advantages
of the integrating of DG incorporate system are energy loss reduction, voltage profile
augmentation and reliability improvement. In this study, a standard IEEE-14 bus hybrid
distribution system has been taken.. The proposed system consists of balanced and unbalanced
loads connected to different buses, energy storage system, a solid state transformer based MG,
line impedances and it offers the description of necessary data. The model has been analyzed for
maximum and minimum demand scenarios and power flow results are discussed for both the
cases. The solid state transformer based MG has been proposed and integrated with the existing
distribution system and has been analyzed. The thorough analysis of the system provides the
potential problems raised and their possible solutions. The proposed system is implemented in
MATLAB/simulink environment.