Valuing Data Centre Companies: From Project Delivery to Enterprise Value

Cover photograph: a server-room aisle. Photo by Brett Sayles / Pexels, used under the Pexels licence. Illustrative photography, not a project reference of The Blob Company.

A six-step method combining project management, CAPEX, revenues and valuation multiples.

The value of a data centre company depends on its ability to turn land, power and capital into durable cash flows. Understanding that ability requires a detailed view of what can be delivered, when customers can start paying, how much investment remains and which risks still sit with the owner.

At The Blob Company, we connect project delivery with investment analysis. A development programme, cost plan and customer contract should feed the same financial model. EBITDA multiples then provide a market cross-check, with adjustments for differences in asset maturity, commercial quality and future capital requirements.

This article sets out a practical method for investors, developers and shareholders reviewing an acquisition, a capital raise or a portfolio. It complements our data centre valuation and investment analysis work.

The method at a glance

1. Define what the company actually owns

A data centre platform may combine operating facilities, buildings under construction, powered land and early-stage opportunities. These components should be analysed separately before their values are combined.

Start with the legal and economic perimeter. Who owns the land, the building, the electrical and cooling infrastructure and the IT equipment? Is the business providing retail colocation, wholesale capacity, a powered shell or computing services? What share of a joint venture belongs to the company being valued?

A cloud or GPU operator that owns its servers has different replacement requirements and commercial risks from a landlord leasing capacity to that operator. Treating both as equivalent data centre businesses can distort the valuation.

The objective is a consistent perimeter. Capacity should be labelled as grid connection capacity, installed IT capacity, sellable IT capacity, contracted capacity or billable capacity. Those measures are not interchangeable.

2. Turn project management into financial inputs

The development schedule determines when an asset can begin earning revenue. Land control, planning and environmental approvals, grid works, design maturity, equipment procurement, construction and testing must be linked through a credible critical path.

Three dates deserve particular attention: energisation, technical readiness and contractual billing commencement. A site may be energised before it is ready for customers, while a customer contract may contain acceptance tests or other conditions before billing starts.

For each material milestone, record the evidence, responsible party, dependencies, expected date and financial consequence of failure. Review connection agreements and their conditions, permit status, design deliverables, contractor commitments, long-lead equipment orders and the commissioning programme.

A delay should flow into the model through its actual consequences. These may include deferred revenue, additional project overheads, contractual damages and a different sequence of capital payments. An earlier first phase may bring revenue forward while increasing temporary operating costs.

A useful risk register is therefore a modelling tool. Each material risk should have a financial treatment, rather than an unexplained discount. Avoid charging for the same uncertainty repeatedly through lower cash flows, probability weights and a higher discount rate.

Our development management approach and analysis of delays and project valuation address this connection between execution and value.

3. Rebuild CAPEX from the scope and delivery sequence

A construction cost per MW is a useful benchmark only when the scope and denominator are consistent. Land, grid reinforcement, shell and core, technical fit-out, professional fees and IT equipment may be included in one estimate and excluded from another.

Build the cost plan by phase and package. Separate expenditure already incurred, committed expenditure and uncommitted cost to complete. Review exclusions, price escalation, contingency, customer contributions and the timing of payments. The capacity model must account for auxiliary loads and the actual electrical and cooling design.

Future investment also matters. Maintenance, major equipment replacement and adaptations for higher-density customers can reduce cash generation after opening. A facility described as AI-ready should have a defined technical specification and a costed delivery scope.

Historical investment is not automatically recoverable in an acquisition. It must be tested against the economics of the asset. Conversely, expenditure already paid should not be deducted again as a future cost in a valuation performed today.

For an enterprise DCF, model operating cash flows before financing and use a compatible discount rate. Do not deduct interest as an operating expense and then charge for financing again through the cost of capital.

4. Build revenues from billable capacity and contractual quality

Revenue projections should connect available capacity with the amount customers are obliged to pay for, the applicable price and the billing start date. Distinguish signed contracts from reservations, letters of intent and an uncontracted sales pipeline.

Review minimum payment obligations, ramp-up schedules, rent-free periods, indexation, termination rights, service credits and renewal assumptions. Customer credit quality and concentration matter alongside contract duration.

Electricity pass-through deserves separate treatment. A large revenue figure can include substantial energy resale with little margin. Identify who bears electricity price movements, consumption differences, efficiency losses and working capital exposure.

Normalise EBITDA after allocating operating costs and the central costs needed to run the business. Then reconcile it to free cash flow through cash taxes, working capital and recurring or growth capital expenditure. Equinix's 2025 annual reporting separately presents adjusted EBITDA, recurring and non-recurring CAPEX and AFFO, illustrating why several measures are needed to understand performance.

For capacity-based contracts, the basic revenue calculation is billable kW multiplied by the monthly price and the number of billable months. Physical utilisation and the contracted billing basis may differ, particularly where minimum payments apply.

5. Reconcile DCF with market multiples

Discounted cash flow analysis links the delivery programme, commercial ramp-up and investment plan to present value. It is particularly useful where a company owns a mixture of operating assets and development projects.

For an enterprise DCF, use cash flows available to all capital providers and a compatible weighted average cost of capital. For an equity DCF, include financing flows and use a cost of equity. Match currency, inflation and tax assumptions across the model.

The terminal value must remain consistent with the asset's remaining life, land rights, leases, maintenance requirements and competitive position. The IPEV Valuation Guidelines describe the use of expected cash flows, terminal value and an appropriate risk-adjusted discount rate, followed by adjustments for the claims of different capital providers.

EV/EBITDA multiples provide a second perspective. Every comparable should state its valuation date, transaction perimeter, enterprise value definition and EBITDA period. Historical, next-year and stabilised EBITDA are different denominators. Lease accounting and lease liabilities must also be treated consistently.

Relevant differences include location, customer credit, contract duration, connectivity, scale, growth, asset maturity and future CAPEX. Acquisition prices may incorporate control premiums or buyer-specific synergies. A headline transaction price does not, on its own, establish a transferable sector multiple.

Blackstone's completed acquisition of QTS in August 2021 was announced at approximately $10 billion including debt. This is a useful reminder to distinguish a transaction's stated enterprise perimeter from the proceeds attributable to shareholders. It is not a current valuation benchmark.

The objective is to explain differences between methods. A simple average of a weak DCF and poorly matched comparables does not create a reliable valuation.

A worked example from future EBITDA to present value

Consider a hypothetical development that reaches 18 MW of billable IT capacity in year three. Assume a capacity price of €150 per kW per month, excluding electricity and other services, and a stabilised EBITDA margin of 50%.

All figures below are illustrative assumptions, not market benchmarks or a valuation of an actual project.

This deliberately simplified example assumes no other net cash flows before the exit date and treats the €150m of remaining CAPEX as already discounted to today. A full model would include interim cash flows, taxes, working capital, attributable central costs and the timing of every investment.

The €80.6m result is before the equity bridge. It demonstrates why a future €324m enterprise value cannot be presented as the current value of an unfinished development.

How sensitive is the result

The table varies the illustrative exit multiple and discount rate. Stabilised EBITDA remains €16.2m, the exit remains at the end of year three and the present value of remaining CAPEX is held at €150m to isolate those two variables.

These are present project enterprise values. In a fully recalculated DCF, changing the discount rate would also change the present value of future CAPEX. Separate scenarios should test later opening, slower customer ramp-up, lower pricing and construction overruns.

6. Bridge from asset value to shareholder value

For a multisite company, a sum-of-the-parts approach can combine operating facilities, developments and land options. Use the same valuation date and consistent assumptions. Allow for central costs and the ownership share actually held.

Do not add a separate pipeline premium if the same growth is already included in projected cash flows or the selected multiple. Any additional platform value should reflect demonstrable benefits that have not already been counted.

The basic equity bridge starts with enterprise value, adds qualifying cash and non-operating assets, and deducts debt and other senior claims. Adjust for minorities, lease obligations and other items consistently with the EBITDA and enterprise value perimeter. Restricted project cash is not necessarily cash available for distribution.

Future funding requirements must also be visible. A pipeline may create value while requiring new equity that dilutes existing shareholders. An increase in total platform value does not automatically imply the same increase in value per share.

A useful valuation deliverable therefore contains an asset maturity map, an evidence register, a phased CAPEX and revenue model, a documented comparable set, a valuation range, downside scenarios and a clear enterprise-to-equity bridge. It should also identify the next milestones that could change the valuation.

Connecting the investment decision to the project

The most useful valuation shows what management can do next. Securing an executable power connection, resolving a design uncertainty, agreeing a construction package or obtaining a creditworthy customer commitment can each alter the cash-flow profile and the risk borne by investors.

The Blob Company connects early design and capacity testing with market analysis, business planning, development leadership and investment review. The aim is a valuation in which material financial assumptions can be traced to technical, commercial or contractual evidence.

For an acquisition, capital raise or portfolio review, discuss your project with The Blob Company.

Sources and further reading

• Equinix 2025 Annual Report, operating performance, CAPEX and non-GAAP measures.
• IPEV Valuation Guidelines 2025, including section 3.7 on discounted cash flows.
• Blackstone completes the QTS acquisition, 31 August 2021, historical transaction scope.
• The Blob Company valuation and investment analysis.
• The Blob Company development management.

Methodology note: This article explains an analytical framework. The worked example and sensitivity table are hypothetical and do not establish an applicable market price, multiple or discount rate.