# XCT Digital

> XCT Digital monetizes stranded electrical capacity in existing data centers by deploying 400 kW GPU pods on the host's site (outside the live facility, not inside it) — no interconnect wait, no operator capex, no impact to existing IT or cooling loads. Patented ECBS (Electrical Current Balancing System, US Patent 12,375,324 B2) technology recovers headroom inside the existing power train.

XCT Digital is a sister company of XCT Energy. The business model: harvest stranded capacity from the MEP main switchgear of an existing data center, install a self-contained 400 kW GPU pod with its own cooling and power conditioning, and share revenue with the operator on monetized capacity that was previously underwritten as zero.

## Key facts

- Product: 400 kW self-contained GPU compute pods, ~500 H100-class PCIe GPUs, integrated direct-to-chip cooling, target pod PUE ~1.30. Deployed in ~6 months from site agreement.
- Technology: Patented ECBS (Electrical Current Balancing System, US Patent 12,375,324 B2, inventor Gregory A. Dockery) — K-factor derating reversal, harmonic cancellation (<5% THDi at PCC, IEEE 519), transformer capacity recovery (IEEE C57.110), 0.98+ true power factor.
- Reference equipment per pod: 2,500 kVA transformer + 2,500 kW cluster-level genset backup.
- Operator value: Zero capex, zero downtime, zero impact to existing IT loads / infrastructure / cooling. Operator-aligned revenue share on previously stranded capacity.
- Worked example (4 × 1 MW IT data hall, May 2026 sizing): 1,600 kW IT unlocked across 4 transformers, $1.92M/yr incremental rent, $32M asset value uplift at 6% cap rate (28.1% IT rent uplift), zero operator capex. Illustrative; actual results depend on site assessment.
- Reliability (IEEE-grounded): 5–15°C winding temperature drop, ~2× insulation life per IEEE C57.91 Arrhenius rule, slower aging of conductors / switchgear / breakers (IEEE 141).
- Market positioning: Aligned with AI inference demand growth (workload mix tips toward inference by 2027). Time-to-deploy advantage over multi-year greenfield interconnect queues.
- M&V: Continuous measurement and verification via XPortal operator dashboard — pod-level power draw, demonstrated zero impact on existing facility, real-time revenue share accounting.
- Geography: United States.

## Sections of the website

- [About](https://xctdigital.com/#about): Mission, method, and operator-aligned economics.
- [The Problem](https://xctdigital.com/#problem): The AI compute power gap and the stranded-capacity opportunity.
- [Technology](https://xctdigital.com/#technology): ECBS, transformer capacity recovery, K-factor derating reversal, harmonic cancellation.
- [Grid](https://xctdigital.com/#grid): How XCT works with the existing electrical infrastructure.
- [Operator Value](https://xctdigital.com/#value): What operators receive — capital, time, risk, and revenue benefits. Contains the 4 × 1 MW worked example and per-transformer breakdown.
- [Insights](https://xctdigital.com/#insights): Industry intelligence on long-lead equipment (transformer, switchgear, generator) lead times, campus development delays, and a neocloud demand-going-unmet tracker, with links to third-party sources.
- [Offtake Partners](https://xctdigital.com/#offtake): Hyperscaler and enterprise tenants of XCT compute.
- [Clusters](https://xctdigital.com/#clusters): Cluster-level architecture and redundancy model.
- [Pods](https://xctdigital.com/#product): The 400 kW GPU pod hardware, including the inside-the-pod showcase.
- [Verification](https://xctdigital.com/#verification): M&V methodology and XPortal dashboard.
- [Team](https://xctdigital.com/#ecosystem): Leadership and ecosystem partners.
- [Contact](https://xctdigital.com/#contact): Inquiry form.

## Machine-readable

- Full summary: https://xctdigital.com/llms-full.txt
- Sitemap: https://xctdigital.com/sitemap.xml

## Contact

- Inquiries: info@xctdigital.com
- Web: https://xctdigital.com/
- Parent / sister: https://xctenergy.com/