TERAVOLT

How Teravolt works

Teravolt starts with a controlled site-and-power position, signs a site-specific capacity contract, secures project capital, then leads design, procurement, construction, commissioning and operations through a local project company.

Discuss a project View the four stages
A site, substation, construction site and completed AI data center connected in sequence.

The four stages

Control site and power

Secure long-term site rights. Confirm the power capacity and energisation route with the grid operator. Obtain permits through an established local route.

Controlled site + power + permits

Sign customer offtake

Translate the customer's location, capacity, rack, cooling, resilience and service-date requirements into a buildable specification. Sign a site-specific capacity contract — colocation or contracted GPU compute.

Signed capacity contract

Secure project capital

Fund the project through customer advance payments, project debt and equity. Advances bridge the project to financial close.

Funded local JV/SPV

Design, build and operate

Apply the Teravolt reference design, procure long-lead equipment early, then build, commission and operate the facility to the contracted service dates.

Operating AI capacity

Two products built on the same power-backed platform

Customers contract either ready-for-service data-hall capacity or GPU compute delivered as bare metal. Both run on the same site, power, cooling and delivery platform.

Two products built on the same power-backed platform
Cutaway view of a liquid-cooled high-density data hall.
Shared physical platform Power, cooling and data-hall capacity

Configured once, then contracted as high-density colocation or GPU compute.

High-density colocation

The customer — typically a GPU operator — contracts ready-for-service power, cooling and data-hall capacity under a site-specific capacity contract. The customer finances, installs and operates its own GPU systems.

Customer receives
Ready-for-service power, cooling and data-hall capacity
GPU scope
GPU systems financed and operated by the customer
Commercial unit
$/kW/month

Contracted GPU compute (bare metal)

The customer contracts GPU compute against an agreed schedule. Teravolt delivers and operates it with an established GPU operating partner, so the customer consumes capacity without owning the physical layer.

Customer receives
Contracted GPU compute
GPU scope
Delivered with an established GPU operating partner
Commercial unit
$/GPU/hour

Five design decisions shorten the route to service

  1. 01

    Power-backed sites

    The grid connection already exists, so the multi-year wait for a new connection drops out of the schedule. Development starts from an energised position instead of an application queue.

  2. 02

    Established permit route

    Projects follow permit routes the local partner has already worked through with the authorities. Approvals run on a known local path instead of an open-ended process.

  3. 03

    Teravolt-owned modular design

    Each project reuses Teravolt's own architecture, integration logic and performance specification. That removes a new design cycle for every project.

  4. 04

    Customer advance payment

    Advance payments under the capacity contract close the funding gap between customer demand and project capital. Long-lead work starts without waiting for full financial close.

  5. 05

    Early procurement

    Critical equipment is reserved while design, permitting and financing continue in parallel. The sequential wait for long-lead items comes off the schedule.

Teravolt's own 1–2.5MW reference unit scales to 100+MW campuses

Teravolt defines the architecture, integration logic and performance specification for current and next-generation GPU systems.

Reference unit
1–2.5MW
Campus design
100+MW
Rack envelope
142+ kW/rack
Cooling
Liquid
Modular Teravolt AI data-center campus with power and cooling infrastructure.

Teravolt leads full-cycle project execution

Teravolt manages customer development, capital structuring and project execution through each local JV/SPV and appointed specialist contractors, with single-point accountability for delivery and operations.

Teravolt data center

Partner / enabler

Site, power and local infrastructure

Energy partners, industrial groups, asset owners, grid operators and authorities.

Operating partner

GPU operators and data-center operators

The customer or an established operating partner, defined per project.

Supplier / delivery partner

Physical infrastructure

Equipment suppliers, engineering firms and construction contractors.

Client / offtaker

Compute demand

Hyperscalers, AI labs, enterprises and sovereign users.

Every project is built through a local JV/SPV

The project company holds site rights, the customer contract and project economics. Its terms are agreed project by project.

Local site and energy partner

  • Long-term site control
  • Power capacity and energisation route
  • Permits and local-authority relationships
  • Local contractor and supplier access

Teravolt

  • Customer contracting
  • Project capital
  • Reference design and integration
  • Procurement, commissioning and operations

Local JV/SPV

  • Holds site and power rights
  • Holds the customer contract
  • Raises project financing
  • Holds shared project economics

Both parties participate in the long-term economics; ownership, governance and contributions are agreed project by project.

How partners work with Teravolt

Teravolt combines site rights, grid capacity and local delivery access with customer contracts, project capital and a repeatable design.

What you can bring

  • Long-term site and power rights
  • A defined connection, energisation and permitting route
  • Local authority, contractor and supplier access

What the project can create for you

  • Monetisation of underused land or infrastructure
  • Long-term contracted power demand
  • Participation in agreed local JV/SPV economics

What Teravolt does next

Teravolt screens the position against customer and grid criteria, then defines the next step towards a local JV/SPV.

Bring us a site-and-power position

Teravolt translates location, capacity, rack, cooling, resilience and service-date requirements into ready-for-service infrastructure or contracted compute.

What you can bring

  • Location, capacity and target Ready for Service date
  • Rack, power, cooling, network and resilience requirements
  • Capacity commitment and deployment or procurement model

What the project can create for you

  • Power-backed, high-density infrastructure matched to the requirement
  • Design, procurement, construction and commissioning under one programme
  • Ready-for-service capacity — or contracted GPU compute — against an agreed schedule

What Teravolt does next

Teravolt maps the requirement to a current or new project and returns a phased delivery and contracting proposal.

Share your capacity requirement

Teravolt structures ring-fenced projects with documented site and power rights, defined milestones and customer-backed revenue once contracted.

What you can bring

  • Development equity, construction capital, project debt or milestone funding
  • Mandate, ticket size, preferred risk stage and return requirements
  • Project, technical and jurisdictional diligence capability

What the project can create for you

  • Project-specific exposure with documented site and power rights
  • Customer-backed revenue once the relevant capacity contract is executed
  • Defined milestones, use of proceeds and agreed project economics

What Teravolt does next

Teravolt matches the mandate to the current project stage and introduces projects when they reach the relevant evidence gate.

Share your investment mandate

Teravolt assigns defined engineering, construction, commissioning and operating scopes within a repeatable AI-campus design.

What you can bring

  • Engineering, procurement, construction, commissioning or operations capability
  • Relevant geographic coverage and available delivery capacity
  • Schedule, interface, quality and acceptance capability

What the project can create for you

  • Defined scopes, interfaces and acceptance criteria
  • Agreed project schedule and payment milestones
  • A route to future work packages based on delivery performance

What Teravolt does next

Teravolt screens capability against open work packages and defines the entry point into the next project.

Bring execution-ready teams

Teravolt specifies power, cooling, backup and data-hall equipment early, with planned delivery windows and regional support requirements.

What you can bring

  • Power, cooling, backup and data-hall equipment
  • Manufacturing capacity, lead times and reservation terms
  • Commissioning, warranty and regional support capability

What the project can create for you

  • Specified project orders against defined technical requirements
  • Planned delivery windows and early procurement engagement
  • Potential repeat demand across future projects and phases

What Teravolt does next

Teravolt screens equipment against the reference design and adds qualified products to project procurement.

Introduce your product line

Operating AI infrastructure can create durable local economic value through long-term private investment, skilled employment and productive reuse of industrial locations.

What you can bring

  • A defined planning, permitting and regulatory pathway
  • An accountable interface for investment and project delivery
  • Workforce, infrastructure and community alignment

What an operating data centre creates

  • Can support long-term private investment and skilled employment
  • Local supplier spending and potential tax-base growth
  • Regional AI capacity and productive reuse of local assets

What Teravolt does next

Teravolt assesses the location, power and delivery path, then defines a practical route to an operating data center.

Align a priority location with delivery

Teravolt turns a large-load request into a connection plan the grid can evaluate against a defined customer-backed project.

What you can bring

  • A documented capacity position and a defined connection route
  • Reinforcement works, responsibilities, costs and energisation dates
  • Operating conditions, phasing and system requirements

What the project can create for you

  • A transparent and predictable long-term load profile
  • Customer-backed data for network planning and investment

What Teravolt does next

Teravolt aligns the load profile, connection works, project phasing and demand ramp before capacity is committed.

Define the connection and energisation path
Discuss a partnership

Define the site, capacity or mandate

Share your current position — a site, a capacity requirement, an investment mandate or a delivery capability. Teravolt will assess the technical, commercial and financing route.

contact@teravolt.ai