Optimizing Design and Controls for Thermal Energy Storage slide image

Optimizing Design and Controls for Thermal Energy Storage

Finite Difference Model - Results 16 FDM Cost Optimal Thickness (cm) 00 100 Variations in Optimal Thickness Energy Density and Cost 000 0000 0000 4 000 8 12 16 FDM Energy Density Optimal Thickness ( cm ) 95 FDM Cost Optimal Porosity (%) 90 85 80 80 Variations in Optimal Porosity Energy Density and Cost 85 90 0000 95 000 00 ° 000 0 20 FDM Energy Density Optimal Porosity (%) 20 20 Variations in Optimal Thickness Energy Density and LCOS 16 12 FDM LCOS Optimal Thickness (cm) 100 о 00 00 4 8 12 16 FDM Energy Density Optimal Thickness ( cm ) 100 Variations in Optimal Porosity Energy Density and LCOS FDM LCOS Optimal Porosity (%) 5 90 5 80 80 85 90 000 95 0000 ° ooo o 20 FDM Energy Density Optimal Porosity (%) James et al., 2022 10 20 16 12 FDM LCOS Optimal Thickness (cm) 100 S Variations in Optimal Thickness Cost and LCOS 100 4 8 12 16 FDM Cost Optimal Thickness (cm) Variations in Optimal Porosity Cost and LCOS FDM LCOS Optimal Porosity (%) 95 90 85 20 80 80 85 90 FDM Cost Optimal Porosity (%) 95 100
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