Energy storage 40 hours low winding efficiency
Given the uncertainty in future technology development, we evaluated a LDES ‘technology design space’ that encompasses performance levels that are consistent with the projections of ‘future feasible region.
The attributes of the different scenarios explored, that is, alternative power.
For this research we used the GenX model, an electric power system CEM described in detail elsewhere22. In its application in this study, the model considered detailed operating charact.
To understand the dynamics of LDES deployment and its system effects, for each of the 14 scenarios a reference LDES ‘base case’ was specified that did not include any LDES capacity d.
To present the results of our analysis within the limitations of two-dimensional visualizations, we introduced the following additional metrics using the LDES energy capacity, E (MW.
We mapped the future LDES technology projections or ‘future feasible regions’ in Table 1 into our lower-dimensional LDES design space, as shown in Extended Data Fig. 1, differentiat.
Finally, we note several limitations of this work. First, several LDES storage technologies with different combinations of cost and performance parameters may coexist in future.
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