A master’s thesis at Al-Musayyab Technical College, one of the colleges of Al-Furat Al-Awsat Technical University, examined “The Multi-Objective Restoration Process of The Electrical Power System”
The study, presented by researcher Sarmed Hussein Hanoun from the Department of Electrical Engineering Techniques, aimed to restore power safely and quickly while maintaining system stability and avoiding further damage by strategically determining the optimal start of the black start generator with the size and location of the distributed generators. And improving the restoration path by determining the shortest restoration path between generators and critical loads, by determining the priority of the loads.
The study concluded that using these algorithms and optimization techniques to determine the best locations and sizes to reduce energy losses and achieve maximum use of selected renewable energy sources that can operate as black start units near central generators leads to reducing restoration time and network efficiency. The focus was on finding the shortest feasible path from among the two candidate paths to connect between black start and non-black start generators and between loads to secure the most stable paths.
It recommended applying various smart technologies and conducting comprehensive comparisons to improve the system recovery process. Conducting a comprehensive analysis of network data, especially in the case of rapid response to the public network recovery process.
