AIDC Strategy

Hetone Data Center Strategy

Three engagement tracks cover the full life of an AI data center: design and consulting, engineering and construction, and GPU commercialization.

Engagement Model

One Strategy, Three Tracks

Each track is scoped and priced independently, and the benchmarks below reference typical project value.

0% Design & Consulting Feasibility, layout and AIDC design
0% EPC · Engineering & Construction Delivery from procurement to O&M
0% GPU Strategy, sourcing and rental
Project Lifecycle

From Feasibility to Commercialization

The same three tracks, laid out in the order a project actually runs. Ownership moves down the line while the earlier tracks stay engaged, so nothing is handed over to a party that was not in the room when the decision was made.

Feasibility

Does the site work and do the numbers work. Project feasibility assessment, financial modeling, and land and power feasibility.

Design & Consulting

Design

Site planning and layout design, then the customer AIDC design and the liquid-cooled PMDC that will actually be built.

Design & Consulting

Procure

Project management and design management take over. Sourcing and procurement lock long-lead equipment against the frozen design.

EPC

Build

Construction, supervision and acceptance. Factory work and site work run in parallel because the modules are prefabricated.

EPC

Operate & Earn

Operations and maintenance keep the facility available, while GPU strategy, leasing and rental turn capacity into revenue.

EPC + GPU
One team across the lineThe people who ran the feasibility model stay involved through construction, so the assumptions behind the business case are defended rather than rediscovered.
Decisions freeze in orderNothing downstream starts against a moving target. Procurement waits for a frozen design, and construction waits for procured long-lead items.
Revenue is designed inGPU commercialization is scoped at the start, not bolted on after handover, so density, power and cooling are sized for the compute that will be sold.
Scope of Work

What Each Track Covers

Design · 1.3%

Design & Consulting

Everything a project needs before ground breaks: proving the site works, proving the numbers work, and freezing a buildable design.

  • Project feasibility assessment and financial modeling
  • Land and power feasibility assessment
  • Site planning and layout design
  • Customer AIDC design and liquid-cooled PMDC
Engineers reviewing an AIDC layout and feasibility model on screen
Feasibility, financial modeling and layout design
EPC · 20%

Engineering & Construction

A single accountable EPC line from procurement through acceptance, staying on after handover for operations and maintenance.

  • Project management and design management
  • Sourcing and procurement
  • Construction, supervision and acceptance
  • Operations and maintenance
Site engineers supervising modular construction works
Project management, procurement, construction and supervision
GPU · 3%

GPU

Compute is the product. Hetone helps owners position, source and commercialize GPU capacity once the facility is live.

  • GPU strategy
  • NVIDIA / SMC due diligence
  • Data center leasing and GPU rental
  • Trade marketing, sourcing and agency
High-density GPU server aisles in a live data hall
GPU strategy, leasing and commercialization
Deliverables

What Actually Lands on Your Desk

Each line of scope produces something you can review, price against and hand to a lender or a board. Nothing on this page is advisory-only.

Design & Consulting
  • Feasibility report covering technical viability and the constraints that will shape the build
  • Financial model with capital cost, operating cost and the assumptions each is built on
  • Land and power assessment stating what the site and the grid connection can carry
  • Site plan and layout fixing building positions, access, utility routes and expansion land
  • AIDC design package and the liquid-cooled PMDC configuration selected for the load
Engineering & Construction
  • Project execution plan with the schedule, the critical path and the interface register
  • Procurement package naming vendors, lead times and the specification each order is placed against
  • Construction and supervision records, inspection reports and non-conformance closeout
  • Acceptance documentation from factory test through site test to integrated system test
  • O&M handover with as-built drawings, spares list and maintenance regime
GPU
GPU strategyWhich accelerator generation the facility is sized for, and what that implies for rack density, power draw and cooling temperature.
NVIDIA / SMC due diligenceAllocation, platform roadmap and supply position checked before the facility design commits to a density.
Leasing and GPU rentalTaking the built capacity to market, whether as colocation, as bare-metal GPU hours, or as a mix of both.
Trade, sourcing and agencyCommercial representation across the supply chain for owners who want the hardware position handled alongside the facility.
Go Deeper

Follow a Track Into the Detail

Every track above resolves into engineering elsewhere on this site. These are the pages where the decisions get specific.

Design & Consulting

AI Campus Proposal

A 200 MW campus in ten 20 MW units, with the structural, corrosion and seismic standards the site is designed against.

Open
Design & Consulting

PMDC Reference Design

The prefabricated modular data center itself: 7.8 MW reference design, Tier III ready, built in the factory before it ships.

Open
Design & EPC

Liquid Cooling

CDU architecture, coolant selection, water quality control and the containerized dry coolers and chillers that reject the heat.

Open
EPC

Infrastructure Deployment

The three pillars of delivery, plus the networking and backup power blocks that land in the same coordinated layout.

Open
EPC

Product Composition

What a module is made of, how far it can be customized, and the stacking and joining tolerances that make it repeatable.

Open
EPC

Power Systems

From the utility connection down to the busway: power islands, grounding, surge protection, generators and UPS.

Open
Engagement

Three Ways to Start

The tracks are scoped independently. You do not have to commit to the whole line to bring us in.

01

Feasibility study only

You have a site or a shortlist and need to know whether it carries the load. We come back with the technical assessment and the financial model behind it.

What we needSite location, target capacity, and whatever grid correspondence already exists.
What you getA go, no-go or go-with-conditions answer you can put in front of an investment committee.
02

EPC mandate

The design exists and you need it built. We take single-line accountability from procurement through integrated system test and stay on for operations.

What we needA frozen design basis, the site, and the commercial date you are building toward.
What you getOne counterparty for the whole build instead of a coordination problem across a dozen.
03

GPU commercialization

The facility is live or nearly live and the question is how the compute gets sold. We handle strategy, platform due diligence, leasing and rental.

What we needAvailable capacity, power envelope, and your position on colocation versus bare metal.
What you getA route to market for capacity that is otherwise sitting idle on your balance sheet.

Start where you are. Tracks can engage independently: a feasibility study alone, an EPC mandate, or a GPU commercialization brief.

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