PGMO days 2020: Long-term Unit Commitment Problem with Optimal Zone Configuration скачать в хорошем качестве

PGMO days 2020: Long-term Unit Commitment Problem with Optimal Zone Configuration

Warning: The research topic and the test case have been proposed by EDF R&D. The study has been carried out independently by the candidate and the results do not engage the responsibility of EDF R&D. Title: Long-term Unit Commitment Problem with Optimal Zone Configuration: a Case Study in Martinique Authors: Hong Cai, Loïc Quéval, Martin Hennebel, Cyril Gisbert and Marie Petitet Abstract: Island regions are not interconnected with the mainland and the isolation of these regions has brought challenges to the electric power systems. For instance, the power grids in island regions are more fragile to the rapid variance of the electricity consumption or production than the continental grid. Meanwhile, more intermittent renewable energy, such as wind and solar, has been connected to the power grid. Some of the overseas territories of France are island territories in the Atlantic, Pacific and Indian Oceans. In this work, we propose a long-term unit commitment (UC) model with simplified network (zone) constraints to apply in these areas. One of the main purposes of this work is to examine whether a better zonal configuration could help to increase the performance of the long-term UC model. Also, by applying this long-term UC model, we can create a robust generation plan for these territories and would be able to test, for instance, whether a larger amount of renewable energy could be introduced in these areas and whether the performance of the system could be improving by constructing a new transmission line. Links: