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Complementing the work on modeling of capacity expansion and dispatch, we are studying the storage technologies that may play roles in helping a zero-carbon grid function reliably at low cost. How efficient are different storage technologies (for every MWh you put in, how much can you get back out)...

In this section you can find and download the generated CEC-LDES Project reports. Note: If you have issues downloading the files or questions/suggestions, please contact Sarah Kurtz skurtz@ucmerced.edu. Preliminary_Grid_Scenario_Analysis - This report defines a baseline scenario in response to the...

As the state of California leads the nation in the adoption of solar energy and seeks to decarbonize its grid by 2045, a key question is "What role(s) will long-duration storage play and what price will be needed for a technology to compete with the other options?" Answering that question requires...

Recent publications Note: if you have difficulty accessing one of these papers, please contact skurtz@ucmerced.edu. Staadecker, M., Szinai, J., Sánchez-Pérez, P.A. et al. " The value of long-duration energy storage under various grid conditions in a zero-emissions future." Nat Commun 15, 9501 (2024)...

Capacity expansion modeling seeks to answer the twin questions of " what should we build?" and " how much should we build?" in order to make sure energy demands can be met all throughout the year, at lowest cost, while being sufficiently guarded against sudden emergencies and unexpected developments...