From Noise to Signal #2: A three-dimensional framework for assessing the viability of data centre projects

Those investing in data centre projects in today’s crowded market are faced with a dilemma: many options look great on paper but fail during implementation.

In the first article in our ‘From Noise to Signal’ series, we explored why the old methods of assessing these projects are no longer enough. A new framework is needed to determine whether a project can realistically be delivered.

This new framework cannot be modular, as the dimensions affecting readiness (technical foundations, market anchoring, and ESG and disclosure maturity) must all be at an adequate level if a project is to succeed. A material weakness in any one of them can undermine the readiness of an entire project.

That’s why BIP.Verco’s proposed framework looks at all three dimensions together: to form a well-rounded view of each project you’re considering and protect you from regrets.

In the rest of this article, we’ll explore the three dimensions and how to use them to test the viability of projects.

Dimension #1: Technical foundations

This dimension focuses on assessing the areas that establish whether a project can be physically delivered:

Real capacity and architecture

The gap between MW announced and MW that can be connected is the first sign of a project that isn’t ready. Investors should review allocated connection and verifiable redundancy architecture. Without these, a project does not have the capacity it may claim to have.

Energy access

Without reliable energy access, a project is not deliverable.

A solid project will either hold an allocated grid connection (with a firm date) or have an alternative that holds up technically and financially, such as:

  • on-site generation;
  • a deal with the local utility; or
  • a hybrid of the two.

European grids are becoming more constrained, so flexibility measures are valuable indicators of project maturity. A project’s integration with the local power system is likely to be strong, with fewer connection constraints, if the following things function efficiently:

  • staged energisation;
  • storage;
  • demand response;
  • flexible connection arrangements; and/or
  • behind-the-meter generation.

Operational efficiency

Projects with a higher level of readiness have already defined their cooling strategy, water management approach, and performance targets.

Since many of these choices are difficult and expensive to change after implementation, they play a major role in long-term competitiveness.

Location and connectivity

Site selection is about more than the price of land. A solid project will explain its choice of site in terms of:

  • connectivity risk (latency, fibre redundancy, distance from markets with high demand); and
  • territorial risk (climate exposure, long-term water availability, stability of the local grid, etc.).

To analyse territorial risk, a climate risk assessment might be useful. Our experts can help you evaluate acute and chronic climate hazards across multiple warming scenarios and time horizons. Find out more here.

Dimension #2: Market anchoring

Even technically excellent projects can fail if demand is uncertain. Market anchoring measures how closely projected revenues are linked to real, verifiable customer demand.

Here are the areas investors should review:

Verified demand

The distinction that matters here is between a pipeline and a contract. The type of questions to ask are:

  • Does the project have a contract, or only a letter of intent?
  • Does the project have a letter of intent, or only a conversation with a possible anchor tenant?

A solid project will be able to point to commitments that can be verified, and that cover enough of the announced capacity to make the project commercially viable. These might be binding LOIs, co-location pre-agreements, or purchase commitments with milestones attached.

Revenue quality and counterparty risk

Revenue structure is as important for bankability as headline volumes. It’s important to understand:

  • long-term contracted revenues with creditworthy counterparties;
  • any uncontracted exposure;
  • revenue concentration;
  • termination rights; and
  • renewal profiles.

You’re looking for a strong revenue model that combines sufficient contracted coverage, appropriate tenor and pricing, and counterparties whose credit quality supports the case for financing.

Competitive positioning

In an increasingly crowded market, projects need to be able to provide a clear reason why customers will choose them instead of competing facilities. Seek differentiation through service offering, ESG performance, or sector expertise, as these can help create a more defensible position.

Realism about AI demand

Investors should scrutinise claims linked to AI-driven demand. Projects that rely heavily on AI growth should be able to identify specific workloads, customers, and deployment timelines. Without this level of evidence, AI demand remains an assumption rather than a credible commercial foundation.

Dimension #3: ESG and disclosure maturity

A project that is mature in terms of ESG and disclosure can prove that it is compliant with relevant regulations. This contributes directly to the project’s operational credibility with institutional investors and regulators. Here’s what to consider:

Regulatory compliance and stakeholder consent

Strong projects treat regulatory compliance as part of their design rather than a final box-ticking exercise. With the direction of European rules now clear, they anticipate future requirements instead of waiting for them to become binding.

The same readiness extends to planning approvals and to the communities around the site. A credible project engages local stakeholders early, lets their concerns shape its decisions, and shares the value it creates locally.

ESG energy strategy

Can the project demonstrate a structured energy strategy? Evidence might include:

  • physical or virtual PPAs with additionality that can be verified, matching by the hour or the month rather than the year; and
  • a route to renewable energy coverage that would survive a proper audit.

Water and thermal impact

Cooling technologies cannot be changed once chosen, so these decisions affect both long-term operational performance and regulatory exposure. This means investors should look for projects with clear water strategies and defined cooling architectures rather than unresolved design choices.

To find out more about methods of decarbonising heat, and what the wisest decisions might be for particular projects, browse our mini guides here.

ESG platform and data governance

Is the project’s energy and environmental data credible, auditable, and comparable? Look for an operator that has built a system for collecting, validating and governing their ESG data, with:

  • an audit trail that holds up;
  • integration with operational systems; and
  • the ability to answer in real time.

With over 35 years of experience, our team is well-versed in helping clients meet internal ESG reporting needs and external disclosure needs across mandatory and voluntary requirements. Therefore, we can advise those with a data centres portfolio on:

  • the strength of a project’s disclosures; and
  • what would be needed to improve data quality and reporting consistency.

To find out more, browse our service document on ESG reporting and disclosure.

What data centre services does BIP.Verco offer?

As part of BIP.Verco's Digital Sustainability offering, we can support you with various green data centre services, including:

Find out more

Other articles in this series: