DOE OSTI · 1833352
Quantifying Risk in an Uncertain Future: The Evolution of Resource Adequacy
Abstract
As our power grids transition toward a decarbonized energy mix, ensuring reliability and provision of grid services remains paramount. The power system has always been heavily influenced by the weather - extreme temperatures determine the timing of peak demand, winter cold snaps can limit natural gas supply, gas turbine reliability and output are affected by ambient conditions, and hydro output varies seasonally and annually. However, as the grid increasingly relies on variable renewable energy (VRE), like wind and solar, the attention to reliability and weather conditions is increasingly important. The implications of changing reliability are large. The Electric Reliability Council of Texas (ERCOT) rolling blackouts from earlier this year impacted millions of people across the state and could be seen from space (Figure 1).
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Stenclik, Derek, Bloom, Aaron, Cole, Wesley (ORCID:000000029194065X), Stephen, Gordon, Acevedo, Armand Figueroa, Gramlich, Rob, Dent, Chris, Schlag, Nick, Milligan, Michael. 2021-10-26. Quantifying Risk in an Uncertain Future: The Evolution of Resource Adequacy. https://doi.org/10.1109/mpe.2021.3104076
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