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This study introduced a synthetic power system with spatio-temporallycorrelated profiles of solar power, wind power, dynamic line ratings and loadsat one-hour resolution for five continuous years, referred to as the Texas123-bus backbone transmission (TX-123BT) system. Unlike conventional test casesthat offer a static snapshot of system profile, the designed TX-123BT systemincorporates weather-dependent profiles for renewable generation andtransmission thermal limits, mimicking the actual Electric Reliability Councilof Texas (ERCOT) system characteristics. Three weather-dependent models areused for the creation of wind and solar power production, and dynamic linerating (DLR) separately. Security-constrained unit commitment (SCUC) isconducted on TX-123BT daily profiles and numerical results are compared withthe actual ERCOT system for validation. The long-term spatio-temporal profilescan greatly capture the renewable production versatility due to theenvironmental conditions. An example of hydrogen facilities integration studiesis presented to illustrate the advantage of utilizing detailed spatio-temporalprofiles of TX-123BT.

A Synthetic Texas Power System with Time-Series High-Resolution Weather-Dependent Spatio-Temporally Correlated Grid Profiles