A redo of the KWh vs KW in 2 dimensions to a graph in 3 dimensions with the added depth dimension to be cost. This will show the rising cost of shorter time scale solutions as KWH and cost as a function of peak capacity. A cut off of some arbitrary scale such as 2x the sweat spot prices may need to be added to cut off unrealistic sizes for a specific technology.
Distributed gridless Carnot thermal storage repositories would eliminate a vast percentage of energy demand. The inversion point in system architecture between centralized vs distributed is when the transmission line volume is greater then localized storage volume.
A redo of the KWh vs KW in 2 dimensions to a graph in 3 dimensions with the added depth dimension to be cost. This will show the rising cost of shorter time scale solutions as KWH and cost as a function of peak capacity.
A cut off of some arbitrary scale such as 2x the sweat spot prices may need to be added to cut off unrealistic sizes for a specific technology.
1:15 Wondering if the mic is going to still be getting clonked around through the whole presentation.
Thanks
Distributed gridless Carnot thermal storage repositories would eliminate a vast percentage of energy demand. The inversion point in system architecture between centralized vs distributed is when the transmission line volume is greater then localized storage volume.
Await developments with interest