부산대학교 도서관

This article focuses on the energy management problem in microgrid systems. Under the threat of climate change, energy management strategies should consider carbon emission issues in addition to economic benefits. Meanwhile, the uncertainty of renewable energy generation poses challenges to the reliability of energy management. Thus, this article proposes a robust low-carbon energy management scheme for economic maximization and carbon emission limitation and proposes a distributed optimization algorithm to obtain the optimal power output of participating units. The convergence of the algorithm is theoretically analyzed, and the effectiveness of the strategy is validated by numerical simulations on IEEE 39-bus systems. Simulation results show that the proposed energy management scheme can successfully maximize economic benefits while constraining system carbon emissions.