.... multi-objective optimization distributed energy resources time-of-use building optimal designs renewable sustainability In the past decades, the huge consumption of fossil fuels has caused great impacts on global energy, health, economy, and environmental issues [ 1 , 2 ]. UN Sustainable...

... tools to determine the optimal design parameters of commonly used HVAC air filters under various scenarios. The developed model incorporates multiple objectives and design criteria, including life-cycle cost (LCC), filter size, and efficiency. By leveraging the differential evolution optimization...

.... It is found that in the case where natural gas is employed, a total energy savings of 77% is optimal. The cost-optimal design for electrification achieves 100.12% of energy savings relative to the baseline design but results in a slightly high life cycle cost than that of the gas-cost optimal design...

... demand response demand side management efficiency energy optimal designs optimization renewable energy resilient buildings simulation smart buildings solar energy system valuation 31 08 2022 18 12 2022 19 12 2022 24 01 2023 This work is in part a work of the U.S...

... and minimum cost designs. Email: sarah.dafoe@colorado.edu Email: moncef.krarti@colorado.edu Email: kyri.baker@colorado.edu 21 07 2021 11 02 2022 12 02 2022 07 03 2022 carbon neutrality integrated design microgrids net-zero energy optimal designs residential...

...—it can avoid the cost of land use and be integrated within the building’s roof structure, reducing additional material and labor costs [ 3 ]. building cities efficiency energy net zero energy optimal designs optimization photovoltaics radiation simulation solar 15 07 2020 15...

... and regression modeling to provide an optimization framework. The methodology developed enables significant savings in total cooling power consumption in data centers while minimizing the number of simulation attempts. Table 3 Optimal design conditions Parameter Value Total supply flow...