An Innovative Strategy Based on Dynamic Programming to Solve Power Flow Problems in Radial Electric Distribution Systems
TL;DR
A new dynamic programming strategy using a dynamic tree structure and backward/forward sweep method is proposed to efficiently solve power flow problems in radial electric distribution systems.
An Innovative Strategy Based on Dynamic Programming to Solve Power Flow Problems in Radial Electric Distribution Systems
Max R. Marinho; Eliane S. Souza; Lucas K. Sperotto; Rubén Romero
https://doi.org/10.1109/ACCESS.2024.3522845
Volume 13
In this work, a new strategy based on dynamic programming is proposed to solve the power flow (PF) problem in radial distribution systems using the backward/forward sweep method (BFSM). The strategy consists of a dynamic tree of varied children to represent the radial configuration of the system, allowing a new way of storing and accessing the system information for the PF calculation. This strate...