Datacenter Power — Products

Engine-synthesised product landscape for Datacenter Power, ranked by trend signal across hiring, capital, orders, and discussion axes.

Last refresh: 2026-06-18.

On-Site Natural Gas Turbines for AI Data Center Campuses — gas turbine generation

Trend: ↗ rising

Opportunity: Grid interconnect queues are years long; Meta's 2.26GW Louisiana site and Fermi's HyperGrid both went 'behind-the-meter' with GE Vernova gas turbines. End-user search for 'data center power island' and 'data center vs power plant' reflects this exact substitution.

Trend-defining bet — GE Vernova is the near-monopoly winner for hyperscale-behind-the-meter gas turbine slots and its backlog is fully sold out. Risk: turbine slot scarcity may push smaller AI builders toward gensets (Generac) or fuel cells (Bloom).

Companies committing: GE Vernova.

Busway / Overhead Power Distribution for AI Racks — busway

Trend: ↗ rising

Opportunity: 100kW+ rack power densities (Vertiv Q1 2026) need denser overhead busway to feed AI rows; all three Western incumbents now staff PM/engineering roles for it and all three book hyperscaler revenue against it.

Hot — three of four Western power incumbents (Eaton, Vertiv, Schneider) all have product roadmap owners and matched customer wins. Saturation risk is moderate; differentiation will come from amperage density per busbar and factory-integration with UPS/skids.

Companies committing: Eaton, Vertiv, Schneider Electric.

Large-Frame UPS Systems (Galaxy / Vertiv) for AI Power Trains — UPS

Trend: ↗ rising

Opportunity: Large-frame UPS is the bottleneck of AI power trains; Vertiv is sinking $425–525M of 2026 capex into capacity, and Schneider is bundling Galaxy UPS into pre-integrated skids for Azure.

Hot incumbent product getting reshaped — the UPS is no longer sold standalone but as part of factory-built modular skids. Differentiation moving toward Li-ion battery integration and skid-readiness.

Companies committing: Vertiv, Schneider Electric.

Medium-Voltage (MV) Switchgear for Hyperscale Data Centers — switchgear

Trend: ↗ rising

Opportunity: AI rack density is forcing hyperscalers to push MV further into the white space; both Schneider and Eaton are hiring identical 7+yr MV-switchgear power-systems engineers, and Eaton's +35% datacenter segment growth is explicitly attributed to MV switchgear upgrades.

Hot core component — duopoly-style hiring between Schneider and Eaton with direct hyperscaler revenue confirmation. Schneider job (461b5409) ties this to EcoStruxure MV/LV integration.

Companies committing: Schneider Electric, Eaton.

Battery Energy Storage + Microgrid Controls for Behind-the-Meter Data Centers — BESS + microgrid

Trend: ↗ rising

Opportunity: Behind-the-meter generation (gas or fuel cell) is useless without BESS + microgrid controls to handle ride-through and grid-parallel/islanded modes. Both Generac and Bloom are hiring control engineers fluent in IEEE 1547/UL 9540.

Quietly trending enabling layer — not as flashy as turbines or fuel cells but mathematically required for every 'power island' deal. Schneider/Eaton/Vertiv don't yet visibly own this; underdog window for Generac and Bloom.

Companies committing: Generac, Bloom Energy.

Solid Oxide Fuel Cell (SOFC) On-Site Power for AI Data Centers — fuel cell power generation

Trend: → steady

Opportunity: Same grid-bypass thesis as gas turbines, but faster siting and cleaner emissions; AWS anchor order + $5B Brookfield deployment facility prove buyer/financier conviction.

Trend product with real momentum — Bloom is the only credible fuel-cell incumbent in this dataset and the AWS+Brookfield combination de-risks both demand and project finance. Key risk: gas feedstock economics vs. turbines at multi-hundred-MW scale.

Companies committing: Bloom Energy.

MW-Scale Natural Gas Gensets for Hyperscale Standby/Prime — genset

Trend: → steady

Opportunity: Generac is repositioning out of residential and into hyperscale MW-class gensets paired with BESS/microgrid — explicitly framed as a 'multi-year growth vertical' on FY25 earnings. Direct response to AI builder demand for behind-the-meter MWs.

Potential opportunity product — Generac is the underdog vs GE Vernova turbines but uniquely owns the MW gas-genset + BESS + microgrid stack and explicitly hires for it (08c167b2). Question is whether hyperscalers buy MW gensets at scale or only as turbine bridge.

Companies committing: Generac.

Prefabricated Modular Power Skids / E-Houses — modular power skid

Trend: → steady

Opportunity: Time-to-power is the binding constraint for AI rollouts; Eaton bought Fibrebond explicitly to own pre-integrated modular power, and Schneider already shipped skids to Microsoft Azure in Phoenix/Virginia. Buyers want a 'power building in a box', not a BoM.

Hot/strategic — M&A signal (Eaton-Fibrebond) plus marquee customer reference (Schneider-Azure) confirms factory-integrated skids are now the preferred delivery format for hyperscale power. Vertiv conspicuously absent here vs. busway/UPS — possible gap.

Companies committing: Schneider Electric, Eaton.

AI Reference Architecture for Power & Cooling (Vertiv 360AI / NVIDIA GB300 NVL72) — reference architecture / integrated solution

Trend: → steady

Opportunity: Hyperscalers and neoclouds want a NVIDIA-blessed power+cooling blueprint they can drop in row-by-row; Vertiv has assembled UPS + busway + liquid cooling (ThermoKey) + orchestration (Waylay) into the 360AI bundle.

Hot platform play — Vertiv is the most integrated stack vendor for NVIDIA AI racks. M&A pattern (ThermoKey for cooling, Waylay for software, Great Lakes for racks) reveals a clear bundling strategy. Risk: vendor lock-in resistance from hyperscalers.

Companies committing: Vertiv.

800 VDC Data Center Power Architecture (for 1MW+ AI Racks) — DC power architecture

Trend: → steady

Opportunity: AC distribution breaks at 1MW/rack; Eaton + Vertiv are inside NVIDIA's reference-architecture cohort that's designing 800 VDC end-to-end. This is the platform shift that resets the whole AC-AC power chain.

Strongest 'risk product' (future-defining bet) — still pre-revenue but every major NVIDIA partner stack reference includes 800 VDC. Whoever owns the 800 VDC rectifier/converter spec wins the next AI-rack generation. Schneider conspicuously absent here.

Companies committing: Eaton, Vertiv.

Integrated Rack & Cabinet Manufacturing for AI Power Infrastructure — rack/cabinet + rack PDU

Trend: → steady

Opportunity: Rack PDU + cabinet integration is the last-mile of the AI power chain at 100kW+ racks; Vertiv paid $200M for Great Lakes specifically to bring this in-house in North America.

Adjacent capacity play — not a hero product but a strategic vertical-integration move to own rack-to-RPP delivery for AI. Eaton/Schneider don't show matching M&A in this slice.

Companies committing: Vertiv.

AI-Driven Power Orchestration & Automation Software (Vertiv Waylay) — infrastructure orchestration software

Trend: → steady

Opportunity: As power chains get more heterogeneous (gas + BESS + UPS + liquid cooling + 800VDC), unified orchestration becomes the moat. Vertiv's Waylay buy is the only clear software-layer signal in the dataset.

Early bet — software-layer monetization is small today but strategically vital. Vertiv is the only one of the four Western incumbents to make an explicit power-orchestration software acquisition.

Companies committing: Vertiv.