GRID-INDEPENDENT INFRASTRUCTURE
500 MW Bridge Powered
Nuclear-AI Factories
Up to ~6 GW reservable across a 12-site program. Phased COD windows from 2028.
Bypassing the utility interconnection backlog by deploying island-mode microgrids on pre-secured federal and utility assets.
Reserve MW blocks by COD window — we respond with lane fit, NDA, and draft commercial terms.
Campus - Phased Deployment Architecture
Energy Stack & Site Portfolio
Energy technology stack
- Immediate baseload power delivery.
- Zero-combustion; faster permitting.
- Preserves 100% local hydrology for cooling.
- Scalable bridge power matches rack density.
- Fast-start backup for island-mode resilience.
- Linearly tracks AI workload spikes.
- Completes campus with carbon-free baseload.
- Uses proven components to minimize delays.
- Long-term immunity to grid/price volatility.
Site development lanes
- Federal supremacy bypasses local zoning.
- Inherits hardened perimeter & exclusion zones.
- Direct access to redundant federal fiber.
- Behind-the-meter switchyard access; bypasses queues.
- Grandfathered high-density cooling water permits.
- Extensive acreage for contiguous campus scaling.
- Repurposes GWe-scale transmission for capacity.
- Existing heavy-industrial zoning eliminates risks.
- Accelerates permitting via existing baselines.
Commercial Engagement Path
Initiate Partnership
Reserve capacity and submit a formal interest to initiate planning
Secure Access & Review
Execute NDA and gain access to secure data rooms
Confirm Intent
Formalize LOI to consolidate commercial terms and project reservations.
Finalize Agreements
Complete long-term power supply and construction contracts
Commercial product shape
Behind-the-meter PPA (primary). Tolling structure available.
10–20 year offtake commitments.
Indexed / fixed / hybrid — shared under NDA.
Capacity Terminal
Design multi-lane portfolios and model grid health in real-time.
| Site ID | Compute MW | ||||
|---|---|---|---|---|---|
| WECC-F1-A | Fuel Cell | 2028 | High | 100MW | |
| WECC-F2-B | Gas Engine | 2030 | High | 100MW | |
| WECC-F3-C | Gen III+ SMR | 2032 | High | 300MW | |
| WECC-U7-A | Fuel Cell | 2030 | Medium | 100MW | |
| WECC-U7-B | Gas Engine | 2032 | Medium | 100MW | |
| WECC-U7-C | Gen III+ SMR | 2034 | Medium | 300MW | |
| WECC-U8-A | Fuel Cell | 2030 | TBD | 100MW | |
| WECC-U8-B | Gas Engine | 2032 | TBD | 100MW | |
| WECC-U8-C | Gen III+ SMR | 2034 | TBD | 300MW |
Portfolio carbon footprint
Capacity deployment ramp
Cumulative projection (2028–2035)
For investors & lenders
Programmatic Financing via TK Dilus Platform
TiByte projects are financed through institutional programmatic structures. Each campus operates as a project SPV with bankruptcy-remote governance and institutional-grade documentation, ensuring de-risked capital deployment.
Execution & Contracting Structure
TK Dilus
Financing platform
- •Programmatic financing for institutional capital
- •Project-level SPV with bankruptcy-remote governance
- •Institutional-grade documentation and credit analysis
- •Partnership with established global lenders
TiByte
Developer platform
- •Proprietary development for turnkey delivery
- •Site acquisition, permitting, and NRC licensing
- •Project management and construction oversight
- •Campus design and integration with partners