Microgrid Optimal Scheduling with Renewable Energy Sources Considering Islanding Constraints

Optimal Frequency Regulation in AC Mobile Power Grids Exploiting Bilinear Matrix Inequalities

“…The conventional 𝜇-synthesis and 𝐻 ∞ control methods [6] mandate a very high order of the controller. For instance, in [6], the order of the designed controller is 10. Thereby, the computation burden of those approaches is high.…”

“…In general, since the generated energy from the solar and wind depends on the weather situation, it is not desired to be used for the secondary frequency regulation in the islanded AC-MGs [5], [6]. The diesel engine generators (DEGs) and microturbines (MTs) afford power for the load to compensate for the energy fluctuations.…”

Hybrid BIMASGO approach based optimal scheduling of renewable microgrid with multi-period islanding constraints

“…The microgrids salient feature is its capacity for islanding from the major power supplying network [6]. The islanded is generally made to quickly detach the microgrid from error supply network in order to protect the microgrid modules from upstream instability and to provide persistent loads [7]. This is done to secure the loads of voltage sensitive from noteworthy voltage drops, where lack of instant solution for main grid voltage problems.…”

Approximation Algorithm-Based Prosumer Scheduling for Microgrids

“…Given the nature of distributed power systems, Microgrids are needed to achieve economic optimization of the operational costs, such as those associated with generation, spinning reserve, and purchasing [23][24][25][26]. In a general sense regarding Microgrids, a wide range of electrical power-generation units are not only physically but also logically aggregated to provide cost-effective power services.…”