Optimizing Design and Controls for Thermal Energy Storage slide image

Optimizing Design and Controls for Thermal Energy Storage

Model Comparisons Optimal TES Heat Exchanger LCOS ( ¢/kWh) Optimal Energy Density (kWh/m³) Optimal TES Heat Exchanger Cost ( $/kWh) 55 25 50 FDM Parametric Optimal 10 5 30 30 35 40 Error Lines ± 5% AAD: 1.6672 45 PPFA Analytical Model Optimal 50 5 FDM Parametric Optimal 40 35 30 25 - 50 20 20 25 FDM Parametric Optimal 20 5 Error Lines ± 5% AAD: 0.15643 30 35 5 40 45 50 55 PPFA Analytical Model Optimal Error Lines ± 5% AAD: 0.24804 15 20 10 PPFA Analytical Model Optimal 25 25 Optimal TES Heat Exchanger LCOS ( ¢/kWh) Optimal Energy Density (kWh/m³) Optimal TES Heat Exchanger Cost ( $/kWh) 55 25 50 50 50 FDM Parametric Optimal 40 ज 30 30 35 40 Error Lines ± 5% AAD: 0.47811 45 FDM Parametric Optimal 45 40 35 30 25 20 50 20 25 Lumped Mass Approximation Optimal 30 Error Lines ± 5% AAD: 1.6923 35 40 45 20 20 FDM Parametric Optimal 1 50 55 5 5 Lumped Mass Approximation Optimal James et al., 2022 10 -06- Error Lines ± 5% AAD: 0.2808 15 20 Lumped Mass Approximation Optimal 25
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