AI_ENERGY_INFRA -- Report report_intel_87210a61730c22b9_v3
version=3 readiness=CONDITIONALLY_READY generated_at=2026-10-01T11:50:11.491350+00:00
Intelligence Object: intel_87210a61730c22b9 (IO version 6, readiness CONDITIONALLY_READY)
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Current State
US electric power consumption per capita (World Bank EG.USE.ELEC.KH.PC) ranged 12393.4-13392.7 kWh/capita over 2010-2022 (no AI-specific attribution; series ends before the 2023+ AI data-center buildout). Separately, live-acquired evidence now connects: (1) global data centers consumed ~415 TWh in 2024 (1.5% of world electricity), growing ~12%/yr since 2017, with IEA naming AI as a primary but not sole driver (AI_ATTRIBUTION=PARTIAL); (2) IEA forecasts (not observations) of ~945 TWh by 2030 and ~1200 TWh by 2035; (3) a Jevons-paradox dynamic in general cloud computing (Google total energy +3.7x 2016-2022 despite near-optimal PUE), AI_ATTRIBUTION=INDIRECT; (4) ~130 GW stuck in PJM's interconnection queue with ~$3.5B estimated forgone savings, attributed jointly to data centers and electrification (AI_ATTRIBUTION=PARTIAL), framed as a generation/interconnection-queue shortage, not a transmission bottleneck. No source in this corpus gives a numeric AI-only (vs. general cloud/crypto) share of data center electricity demand. [v3 update] Real evidence has since been added for Europe (Ireland CSO: DC share of metered electricity 5%->22%, 2015->2024; EU EED Art.12 500kW+ reporting mandate, policy-only), the US (LBNL/DOE 2024 report: 176 TWh observed 2023 = 4.4% of US electricity, up from 58 TWh 2014, vs. 325-580 TWh by 2028 forecast -- kept as separate OBSERVED vs FORECAST claims), Korea (capital-region grid-connection bottleneck, 91.8% of contracted nationwide DC capacity concentrated in Seoul region per secondary reporting of National Assembly audit material, NOT independently verified against the primary document), and China (IEA ~100 TWh vs Goldman/Bloomberg ~200 TWh for 2024, both kept rather than resolved). Counterevidence acquisition also closed 2 of 3 remaining SEARCH_NOT_RUN directions with real findings (manufacturing/reshoring per Grid Strategies LLC; weather/peak-load per EIA/Ember, flagged as a peak-load-timescale finding distinct from annual TWh/yr demand growth); the DC-growth-without-power-problems region search ran but found no clear evidence either way (an honest negative, not a gap left unexamined). None of this new evidence provides a numeric AI-only share of data-center electricity demand in any geography. [O-1B update] Hypothesis evaluation layer audited and extended: H3 and H4 corrected from SUPPORTED to PARTIALLY_SUPPORTED after applying a new deterministic Evidence Evaluation Contract (source tier / directness / AI-attribution-strength / temporal-type, plus same-origin independence checking) and 4 sufficiency guards; H1/H2/H7 reviewed and confirmed unchanged on quality grounds; H5/H6 reviewed, and a separate PRE-EXISTING discrepancy was found and disclosed (their canonical stored statuses, CONTESTED and WEAKENED, do not match what the unmodified classify_status() function would recompute from their own stored evidence arrays, which is REJECTED for both) -- left UNCHANGED as out of this phase's scope, not silently corrected. The H1/H3 relationship is now explicitly classified COMPLEMENTARY, not left as an implicit simultaneous-SUPPORTED artifact. [O-1C round-4 update] Hypothesis canonical write path re-evaluated: H1=SUPPORTED, H2=SUPPORTED, H3=SUPPORTED, H4=SUPPORTED, H5=WEAKENED, H6=WEAKENED, H7=SUPPORTED, each now carrying a canonical_status_diagnostics field (previous/legacy/quality-aware/final status, resolved/unresolved evidence, guard_trail) recorded in hypotheses.json. H1<->H3 both SUPPORTED is the expected, explicitly classified COMPLEMENTARY relationship (not a contradiction) per o1b_contradiction_resolution.json. New Geographic Applicability (o1c_geographic_applicability_result.json) and Temporal Applicability (o1c_temporal_applicability_result.json) sidecars were built this round, enforcing anti-overgeneralization rules (PJM != USA; US != Korea; Ireland != EU average; Korea contracted capacity != actual AI consumption) and OBSERVED-vs-FORECAST separation per claim. The 8-item alternative-explanations corpus (energy_demand_alternatives_result.json) was re-evaluated against the 14 canonical Claims now on file. A full synthesis rewrite (o1c_synthesis_intel_87210a61730c22b9.json) answers Te's 7 standing questions explicitly, with claim/hypothesis references, and marks UNKNOWN where evidence does not support an answer.Hypotheses (canonical status)
| Code | Statement | Canonical Status | ID |
|---|---|---|---|
| H1 | AI data centers are a significant driver of electricity demand growth in some regions | SUPPORTED | hyp_b0a4bbbc9b601728 |
| H2 | Data center growth matters but AI's independent contribution cannot currently be isolated from the data | SUPPORTED | hyp_o0_h2_ai_energy_infra |
| H3 | Recent demand growth results from multiple factors (manufacturing, electrification, EVs, population, heating/cooling) not primarily AI | SUPPORTED | hyp_o0_h3_ai_energy_infra |
| H4 | AI-related power impact concentrates in specific regions/markets rather than nationally | SUPPORTED | hyp_o0_h4_ai_energy_infra |
| H5 | The core problem may be interconnection/transmission bottlenecks rather than generation shortage | WEAKENED | hyp_o0_h5_ai_energy_infra |
| H6 | Efficiency/hardware improvements may offset part of AI workload growth | WEAKENED | hyp_o0_h6_ai_energy_infra |
| H7 | Some of the current discourse relies more on forecasts than actual observations | SUPPORTED | hyp_o0_h7_ai_energy_infra |
Claims (Key Claims) AVAILABLE
- {"type": "INTERPRETATION", "text": "현재 확인되지 않았다.", "claim_id": "claim_1d9458f4e7e2cf69", "claim_status": "OPEN", "claim_type": "PREDICTIVE"}
- {"type": "FACT", "text": "현재 확인되지 않았다.", "claim_id": "claim_5787125ab5f0110b", "claim_status": "OPEN", "claim_type": "DESCRIPTIVE"}
- {"type": "FACT", "text": "현재 확인되지 않았다.", "claim_id": "claim_7f1bc452c4ffc128", "claim_status": "OPEN", "claim_type": "DESCRIPTIVE"}
- {"type": "FACT", "text": "현재 확인되지 않았다.", "claim_id": "claim_afe7cc7b19317ee0", "claim_status": "OPEN", "claim_type": "DESCRIPTIVE"}
- {"type": "INTERPRETATION", "text": "현재 확인되지 않았다.", "claim_id": "claim_d170f52f567053e9", "claim_status": "OPEN", "claim_type": "TREND"}
- {"type": "FACT", "text": "현재 확인되지 않았다.", "claim_id": "claim_o1_lbnl_us_dc_2023", "claim_status": "OPEN", "claim_type": "DESCRIPTIVE"}
- {"type": "FACT", "text": "현재 확인되지 않았다.", "claim_id": "claim_o1_korea_capital_region_dc_demand", "claim_status": "OPEN", "claim_type": "DESCRIPTIVE"}
- {"type": "FACT", "text": "현재 확인되지 않았다.", "claim_id": "claim_3ab07077d739a9a4", "claim_status": "OPEN", "claim_type": "DESCRIPTIVE"}
- {"type": "FACT", "text": "현재 확인되지 않았다.", "claim_id": "claim_931b08c7ebfc9604", "claim_status": "OPEN", "claim_type": "DESCRIPTIVE"}
- {"type": "FACT", "text": "현재 확인되지 않았다.", "claim_id": "claim_afe484e45964c605", "claim_status": "OPEN", "claim_type": "DESCRIPTIVE"}
근거 / Research Evidence
empty / NOT_AVAILABLE
Statistics
Observation
- {"type": "EVIDENCE_SUMMARY", "indicator": "IEA_GLOBAL_DC_ELECTRICITY_TWH_FORECAST", "source": "IEA_ENERGY_AND_AI_EXEC_SUMMARY", "geography": "GLOBAL", "period": "2030-2035", "observation_count": 2, "trend_status": "INSUFFICIENT_SERIES", "limitations": []}
- {"type": "EVIDENCE_SUMMARY", "indicator": "EG.USE.ELEC.KH.PC", "source": "src_worldbank_api", "geography": "USA", "period": "2010-2022", "observation_count": 13, "trend_status": "NO_CLEAR_SIGNAL", "limitations": []}
- {"type": "EVIDENCE_SUMMARY", "indicator": "IEA_GLOBAL_DC_ELECTRICITY_TWH_OBSERVED", "source": "IEA_ENERGY_AND_AI_EXEC_SUMMARY", "geography": "GLOBAL", "period": "2024-2024", "observation_count": 1, "trend_status": "INSUFFICIENT_SERIES", "limitations": []}
Forecast
none
반증 자료 / Counterevidence AVAILABLE
- {"direction": "manufacturing/reshoring", "status": "EVIDENCE_FOUND", "source": "Grid Strategies LLC reports"}
- {"direction": "weather/climate peak-load", "status": "EVIDENCE_FOUND", "source": "EIA/Ember peak-load spikes, ERCOT/Eastern Interconnection", "note": "flagged as a PEAK-LOAD timescale finding, distinct from annual TWh/yr trend claims -- not merged with them"}
- {"direction": "DC growth without power problems (region search)", "status": "SEARCH_RUN_NO_CLEAR_EVIDENCE", "note": "honest negative -- search was run, no clear supporting evidence found either way"}
Alternative Explanations AVAILABLE
- GENERAL_CLOUD_COMPUTING_GROWTH
Geographic Applicability AVAILABLE
- {"geography": "USA", "basis": "statistic geography field (World Bank country code), not inferred from publisher or language", "scope": "event_country=UNKNOWN (per M.5E-F geography model discipline)"}
- {"geography": "KR", "basis": "source_registry_verified_publisher (connected event's documents)", "scope": "publisher_country only for event evt_a6a4027d9878143d; event_country stays UNKNOWN (no inference from publisher to event location)"}
- {"geography": "KR", "basis": "Korea capital-region grid-connection bottleneck claim (secondary reporting of National Assembly audit material, via Rep. 이소영; KEPCO 9th T&D plan)", "scope": "DERIVATIVE_REPORTING/NEWS-SECONDARY, not promoted to POLICY_RESEARCH -- primary 국정감사 document not independently fetched"}
- {"geography": "IE", "basis": "Ireland CSO official statistics (national statistical office, PRIMARY_SOURCE)", "scope": "data centers = 22% of Ireland's metered electricity 2024, up from 5% in 2015; AI_ATTRIBUTION=INDIRECT"}
- {"geography": "CN", "basis": "IEA vs Goldman Sachs/Bloomberg estimates via Carbon Brief / Oxford Institute for Energy Studies (DERIVATIVE_REPORTING/ACADEMIC_ANALYSIS)", "scope": "~100 TWh (IEA) vs ~200 TWh (Goldman/Bloomberg) 2024, both kept side by side; East Data West Computing (东数西算) program described, not independently verified as primary source"}
Temporal Applicability AVAILABLE
- {"period_start": "2010", "period_end": "2022", "source": "series_af37f1207e7ff042"}
- {"period_start": "2026-09-29T10:00:04+09:00", "period_end": "2026-09-29T10:00:04+09:00", "source": "evt_a6a4027d9878143d", "note": "1 real event, 2 documents reporting it -- document count != event count"}
Known Gaps AVAILABLE
- {"gap_type": "ATTRIBUTION_GAP", "reason": "partially addressed: IEA/GridLab evidence now connects AI/data-center growth to electricity demand at PARTIAL attribution (named as one driver among several -- general digital services, electrification -- with no numeric AI-only split given by any source); the earlier World Bank per-capita series still cannot be decomposed by end-use sector."}
- {"gap_type": "TEMPORAL_GAP", "reason": "series ends 2022, before the 2023+ AI data-center buildout commonly cited in AI_ENERGY_INFRA reporting -- cannot speak to the most recent period"}
- {"gap_type": "COUNTEREVIDENCE_GAP", "reason": "partially addressed: live counterevidence acquisition (o0_live_counterevidence_supplement.json) found real evidence for efficiency-improvements and non-AI-cloud-growth directions via the Jevons paper; manufacturing/reshoring, EV/electrification, population growth, and weather/climate directions remain SEARCH_NOT_RUN or evidence-thin."}
- {"gap_type": "POLICY_RESEARCH_GAP", "reason": "carried over from M.5E-F -- still NOT_READY, unresolved"}
- {"gap_type": "HYPOTHESIS_MODEL_QUALITY_WEIGHTING_GAP", "reason": "intel/hypothesis/hypothesis_model.py classify_status() is purely evidence-COUNT-based with zero quality/independence weighting (if supporting_evidence and not contradicting_evidence: return SUPPORTED). As of this update it marks H1 (hyp_b0a4bbbc9b601728, 'AI data centers are a significant driver of electricity demand growth') and H3 (hyp_o0_h3_ai_energy_infra, 'recent demand growth results from multiple non-AI factors') BOTH as SUPPORTED simultaneously, even though they represent competing explanations -- because each merely has >=1 supporting claim and 0 directly-contradicting claims in the model's narrow count-based sense. This is a disclosed structural limitation of the current hypothesis model, not a data error and not silently corrected here: classify_status() was intentionally left unmodified this phase per explicit instruction, since rewriting its logic would be an unscoped architecture change. Any report or synthesis reading H1/H3 status must present both as SUPPORTED-under-this-model while explicitly flagging that the model cannot currently adjudicate between competing hypotheses by evidence quality, independence, or directness of contradiction."}
Sources (출처) -- 4 actually used
| Claim ID | Institution | Title | Year | Tier | Observation/Forecast | Access Status | Real URL | Link Verification |
|---|---|---|---|---|---|---|---|---|
| claim_7f1bc452c4ffc128 | World Bank | World Development Indicators -- Electric power consumption per capita (EG.USE.ELEC.KH.PC), United States | 2010-2022 (data series) | PRIMARY | OBSERVATION | OFFICIAL_DATA_PAGE | https://api.worldbank.org/v2/country/USA/indicator/EG.USE.ELEC.KH.PC?date=2010:2022&format=json&per_page=100 | UNVERIFIED/ACCESS_BLOCKED -- re-attempted O-2B 2026-10-02: WebFetch again refused with PROVENANCE_REQUIRED, and a direct curl retry through the sandbox agent proxy failed with CONNECT tunnel 403 (organization policy denies egress to api.worldbank.org). Two independent access paths tried, both blocked; left UNVERIFIED rather than forced to VERIFIED. |
| claim_d170f52f567053e9 | Prateek Sharma (Indiana University Bloomington); arXiv preprint | The Jevons Paradox In Cloud Computing: A Thermodynamics Perspective | 2024 (arXiv:2411.11540v1, Nov 18 2024) | ACADEMIC | OBSERVATION (within the paper's own Google/Meta dataset); models general cloud computing, not an AI-specific measurement. | ORIGINAL_SOURCE | https://arxiv.org/html/2411.11540v1 | VERIFIED by WebFetch 2026-10-02: title/author/content confirmed exactly as above. |
| claim_5787125ab5f0110b | GridLab | Interconnection Bottlenecks Cost PJM Customers $3.5 Billion | 2025 | SECONDARY | OBSERVATION (queue size, auction price) + ESTIMATED counterfactual ($3.5B savings) | ORIGINAL_SOURCE | https://gridlab.org/interconnection-bottlenecks-cost-pjm-customers-3-5-billion/ | VERIFIED by WebFetch 2026-10-02: title and $3.5B/$16.1B figures confirmed exactly. |
| claim_afe7cc7b19317ee0 | International Energy Agency (IEA) | Energy and AI -- Executive Summary | 2025 | PRIMARY | OBSERVATION (2024 level + 2017-2024 growth rate) | ORIGINAL_SOURCE | https://www.iea.org/reports/energy-and-ai/executive-summary | VERIFIED by WebFetch 2026-10-02: page confirmed titled 'Executive summary - Energy and AI - Analysis - IEA' and states the 415 TWh / 1.5% / 12%-per-year figures. |
Reports (version history)
| Version | Generated | Readiness | Sources | Claims | Evidence Snapshot | .json | _operator.html | _print.html | _product_public.html | |
|---|---|---|---|---|---|---|---|---|---|---|
| v1 | 2026-10-01T05:37:21.777263+00:00 | CONDITIONALLY_READY | UNKNOWN | UNKNOWN | 52358fe746ecd19b | OK | OK | MISSING | OK | OK |
| v2 | 2026-10-01T11:10:28.104446+00:00 | CONDITIONALLY_READY | UNKNOWN | UNKNOWN | e85b11a97ebb911d | OK | MISSING | MISSING | MISSING | MISSING |
| v3 (this page) | 2026-10-01T11:50:11.491350+00:00 | CONDITIONALLY_READY | UNKNOWN | UNKNOWN | c8048df93bd2cf60 | OK | MISSING | MISSING | MISSING | MISSING |
| v4 | 2026-10-01T21:06:11.889163+00:00 | CONDITIONALLY_READY | UNKNOWN | UNKNOWN | c8048df93bd2cf60 | OK | OK | OK | OK | OK |
Version Diffs (via report_engine.diff_reports())
| Transition | Diff Types |
|---|---|
| -- → v1 | BASELINE |
| 1 → v2 | NEW_EVIDENCE, CLAIM_STATUS_CHANGED |
| 2 → v3 | NEW_EVIDENCE, CLAIM_STATUS_CHANGED, GAP_ADDED, METAXIS_POINT_CHANGED |
| 3 → v4 | GAP_ADDED, METAXIS_POINT_CHANGED |
Provenance
Full Report → IO → Hypothesis → Claim → Evidence → Source chain →