Distributed Power Integration in Distribution Systems: MATLAB-Based Power Flow Analysis with Supporting Source Code
This research provides accompanying source code for an excellent academic paper. The integration of distributed power sources transforms distribution systems from radial passive networks into active networks containing distributed small and medium-sized power sources. This introduces challenges such as uncertainty in current direction (previously unidirectional) and increased complexity in control and management. However, distributed generation offers significant advantages including improved grid reliability and green energy benefits. To better utilize distributed power for societal benefit, we must conduct thorough research and analysis. This paper employs MATLAB simulation software to develop power flow calculation programs that model distributed power integration into distribution networks, exploring steady-state impacts through a 34-node network model with analysis of single and multiple distributed power source configurations.