Supporting data and code for supplementary cases S1 and S2 of Computing-Workload Control under Power-Supply Constraints

Supporting evidence for supplementary cases S1 and S2 in the review manuscript Computing-Workload Control under Power-Supply Constraints: A Critical Review of Actions, Service Trade-offs, Power Models and Evidence Boundaries. This record contains data and code, not the manuscript, and does not imply journal publication or acceptance. S1 contains 30 frozen synthetic scheduling batches, the common reference and all 90 results for three scheduling arms, including every failed batch. It includes task and result arrays, rules, saved analysis, provenance and a read-only audit program. The audit recomputes scores and service checks from saved records without running a simulator, candidate policy or model API. Historical drivers are provided for inspection, not as a verified one-command reproduction of the original search environment. S2 contains the fixed public Zeus V100 power-profile table, 42 selected rows for six configurations, three allocation results and a fixed-table comparison program. Source revisions and upstream licenses are retained. This is a static allocation illustration, not a new GPU or fleet measurement. These cases illustrate evaluation and evidence boundaries, not general AI superiority or measured facility-level grid effects. All unsuccessful outcomes remain. Local absolute paths were replaced by portable labels; original-source hashes and distributed-file hashes are distinguished. See README.txt, DATA_DICTIONARY.txt, PROVENANCE.json and MANIFEST.json. Licenses apply per component, not as alternatives for the entire archive: original synthetic data and explanatory documents are CC BY 4.0; original team code is Apache 2.0; FlexDC-derived components retain BSD 3-Clause; Zeus data and the included OpenEvolve component retain Apache 2.0. See LICENSES_AND_ATTRIBUTION.txt and per-file provenance. Creator affiliation: School of Information and Software Engineering, University of Electronic Science and Technology of China, Chengdu, China.