Editorial: Modeling and optimization of renewable energy systems by using novel approaches

an Artificial Hummingbird Algorithm for Probabilistic Energy Management of Microgrids Considering Demand Response" Alamir et al., an artificial hummingbird algorithm is developed for energy management of a microgrid that included both renewable and conventional energy sources with an incentive-based demand response.In that work, two different cases of study were considered, and found that energy consumption was reduced by 104 kWh and 2,677 MWh for the 1 st and 2 nd cases, respectively, on the basis of the results of the applied algorithm.In another published paper, entitled "A Detailed Review Investigating the Mathematical Modeling of Solar Stills" Ayoobi and Ramezanizadeh, a comprehensive review was performed and different types of studies including experimental, numerical and analytical works were considered.In this article, effects of different elements such as using thermal energy storage on the performance of solar still were discussed and reviewed.The 3 rd paper was entitled "Optimal Sizing Grid-Connected Hybrid PV/Generator/Battery Systems Following the Prediction of CO2 Emission and Electricity Consumption by Machine Learning Methods (MLP and SVR): Aseer, Tabuk, and Eastern Region, Saudi Arabia" (Almutairi et al.).In this work, emission of CO 2 and consumption of electricity in Saudi Arabia were predicted by using

Abstract licence: CC BY

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