Offering Model
Your Facility. Campus Power, Infrastructure, and Operating Framework.
The Powered Land Model lets a customer build and operate its own facility inside a planned energy-integrated compute campus while relying on defined campus interfaces for power delivery, connectivity, access, security, utilities, maintenance coordination, and operating protocols.
Parcel-Based
Delivery
Site-specific parcel size and boundary definition
Defined
Power Interface
Campus MV or project-specific delivery point
Carrier-Neutral
Demarcation
Fiber and network pathways planned to parcel
Customer-Controlled
Facility
You design, build, and operate inside the boundary
What Is Included
Campus Infrastructure to the Parcel Boundary
Powered Land is not a generic real estate lease. It is a structured campus interface — with defined power delivery, connectivity, access, security, and operating protocols.
Defined Parcel Within a Campus Master Plan.
The customer receives a defined parcel or development area within a campus master plan. The site plan establishes boundaries, easements, access roads, utility corridors, emergency access, laydown areas, and expansion rights where applicable.
- Parcel and boundary definition
- Access road and logistics coordination
- Utility corridor planning
- Easements and service rights
- Expansion options where available
- Site-specific lease, sale, or use agreement
Campus Power Delivery to Your Boundary.
The campus platform defines the power delivery point, metering boundary, redundancy option, maintenance coordination process, and load release requirements. The customer is responsible for internal electrical design unless otherwise contracted.
- Campus-to-parcel power delivery point
- A/B or project-specific redundancy options
- Metering and billing boundary
- Load release and commissioning coordination
- Maintenance window coordination
- Internal facility power design by customer unless separately scoped
Carrier-Neutral Fiber Pathways to the Parcel.
The model supports carrier-neutral connectivity planning, fiber pathways, network demarcation, and inter-building connectivity. Carrier availability and commercial terms are site-specific.
- Fiber pathway planning
- Meet-me room or carrier entry interface
- Building demarcation point
- Cross-connect process
- OT/IT separation requirements where applicable
- Carrier procurement by customer unless separately scoped
Campus Security Framework with Customer-Defined Internal Security.
Powered Land customers operate inside a campus security framework. Internal facility security remains the customer's responsibility, but perimeter access, visitor management, common-area monitoring, and site conduct rules are governed by campus policy.
- Campus perimeter and vehicle access protocol
- Visitor registration and escort rules
- Credentialing and restricted-area definitions
- Common-area CCTV and monitoring approach
- Contractor access requirements
- Internal facility security by customer
Powered Land vs. Greenfield Development
Control Without Starting from Zero.
A greenfield data center project forces the customer to solve land, power, fuel, utility interface, fiber, access, permitting, security, and operations independently.
Powered Land keeps the customer's control over facility design while reducing the burden of solving every external infrastructure interface alone — through a campus model that defines those interfaces before project commitments are made.
No Utility Queue
Power is generated on campus. You do not wait in a multi-year utility interconnection queue.
Your Design, Your Schedule
You build to your own spec, your own timeline, with your own contractors and engineering team.
Campus Infrastructure Coordination
Power delivery, connectivity, and access road interfaces are coordinated with campus ops — not negotiated cold.
Scale Across the Campus
Additional parcel capacity and power allocation can be reserved as your deployment grows.
Who It Is For
Built for Operators Who Build
Powered Land is designed for organizations that need to own and control their facility — while leveraging campus infrastructure to eliminate the hardest parts of greenfield development.
Hyperscale Self-Build
Large operators who want campus power and security without ceding control of their facility design, build schedule, or internal infrastructure standards.
Private AI Compute Campus
Organizations deploying proprietary AI infrastructure who need dedicated, secured space with high-capacity power and control over their physical environment.
Energy-Intensive Industrial Compute
Workloads with specialized facility requirements — custom cooling, specific structural requirements, or operational classifications — that do not fit a standard colocation box.
Long-Term Anchor Development
Organizations with 10+ year infrastructure commitments who want to own and operate a facility inside a campus with guaranteed power access and coordinated site development.
Vertically Integrated Operators
Operators who build and run their own facilities but want the benefit of on-campus generation, campus-wide security, and shared carrier connectivity infrastructure.
Government and Defense Compute
Sensitive compute workloads requiring physical separation, controlled access, and custom facility design within a secured perimeter.
Process
From Parcel to Operations
A coordinated path from land agreement to facility commissioning — with campus infrastructure interfaces managed throughout.
01
Parcel Planning
Identify parcel size, location within campus master plan, power allocation, and connectivity requirements.
02
Ground Lease or Sale
Execute land agreement under the campus commercial framework. Power and connectivity service agreements executed in parallel.
03
Design Coordination
Your engineering team coordinates with campus infrastructure on power delivery point, network demarcation, access roads, and site interfaces.
04
Construction
You build your facility. Campus operations maintains continuity of MV power delivery and campus services during your construction period.
05
Commissioning Coordination
Joint campus-tenant commissioning review of the power delivery interface, metering, and network demarcation before you energize.
06
Operations
Your facility operates independently with campus power, connectivity, and security infrastructure supporting it from the outside.
Planning a self-build facility on an energy-integrated campus?
Use the Powered Land Model to define parcel rights, power boundaries, connectivity demarcation, security interfaces, and operating responsibilities before design work begins.