Parallel AC-DC interlinking converters in the proposed grid-connected hybrid AC-DC microgrid; planning

Comparative Analysis of a Rectifier Performance in Power Generation Applications

“…Converters are commonly employed in power production systems that utilize renewable energy sources, including wind turbines (Xie et al, 2020;Bernal-Perez, Añó-Villalba and Blasco-Gimenez, 2021;Achitaev et al, 2024), ocean energy (Wang et al, 2023), solar power plants (Buzzio et al, 2023;Ingilala and Vairavasundaram, 2023), Nanogrid (Sun et al, 2022;Samiullah et al, 2023), micro-grids (Estabragh, Dastfan and Rahimiyan, 2021;Aryani et al, 2022;Heidari, Hatami and Eskandari, 2022;Molaee, Rokrok and Doostizadeh, 2022), energy harvesting systems (Yang, Pian and Liu, 2019;Eguchi et al, 2020Eguchi et al, , 2021Silveira et al, 2023), energy storage (Silveira et al, 2021;Li et al, 2022), specific instances in electric vehicles (Turksoy, Yilmaz and Teke, 2021;Delcy et al, 2022;Nahin et al, 2022;Seyezhai et al, 2022), and various other applications.…”

A bi-cyclic co-optimization method for sizing of electricity-hydrogen hybrid energy storage microgrid

“…The study in ref. 12 introduced a two-objective two-level problem, finding the optimum planning of parallel interlinking converters to minimize the annualized investment cost and reliability index costs. Similarly, Çetinbas et al 13 presented the Harris Hawks Optimization algorithm to optimize and design the size of an AC microgrid.…”