This article presents a novel scheme based on distributed model-based predictive control for the secondary level of hybrid ac/dc microgrids (MGs). Prediction models droop and power-transfer equations are proposed to characterize generators in both ac dc sub-MGs, whereas power balance constraints used predict behavior interlinking converters. The operational (such as powers action limits) includ...

Increasing the usage of distributed generations (DGs) leads microgrids (MGs) to develop. Considering existence alternating current (ac) loads and sources concerning increasing direct (dc) sources, hybrid ac/dc MGs have been used advantages both ac dc reduce drawbacks them. By integrating DG units in MGs. Hence, a proper control method is required such achieve precise voltage regulation power-sh...