eINDUSTRIFY

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An equipment supply-chain timing and allocation intelligence dataset for data-center power and electrical gear — the scarce input that determines when built capacity can actually be energized. The published 2026 matrix gives realistic ranges by equipment class: 25-400 kW standby diesel 12-26 weeks; 500-1,000 kW 12-52 weeks; 1,250-3,250 kW data-center-scale standby diesel 52-105+ weeks (hyperscaler allocation dominates large-frame slots); large automatic transfer switches 20-40 weeks with 4000A longest; data-center-class medium-voltage switchgear 52-84+ weeks; data-center-class three-phase padmount transformers 40+ weeks; large three-phase UPS with batteries 26-52 weeks; natural gas gensets 70-500 kW 26-39 weeks; and tested used or surplus in-stock units 1-4 weeks. It also publishes the reconciliation logic that makes the numbers usable: three contemporaneous datasets disagree for the same 750-1,000 kW class (12-39 versus 26-52 weeks on two dealer datasets, 100-105 weeks for large Americas gensets from a named consultancy) because they measure different supply positions, and six variables determine where a project lands in that spread, beginning with allocation status — whether a quote is backed by a confirmed production slot or is merely a build estimate. Layered on top: a commissioning uplift factor of 20-40% from quoted factory window to energized load-bearing power (a quoted 52 weeks becomes a realistic 65-75), uncapped escalation clauses and allocation language as contract features, and a critical-path rule that a project energizes at the pace of its slowest package, with power transformers averaging around 128 weeks and generator step-up transformers exceeding 160 weeks.