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AI Data Center Power Delays: New Insights from IQ-EQ

Investors focusing on AI data centers are navigating a complex landscape where the phrase "power secured" can lead to various assumptions. This ambiguity poses risks as highlighted in a recent study by IQ-EQ, a prominent global investor services firm, in collaboration with the Sustainable Real Estate Forum (SREF). The insights shared at the SREF x IQ-EQ Powering Intelligence Summit in London, held on November 3, indicate that the journey from a submitted connection request to an operational power grid connection could take anywhere from seven to ten years in Europe’s primary hubs, with construction of the facility itself only taking two to three years.

The Crucial Connection
The research emphasizes the disconnection between infrastructure development timelines and the intricacies of securing power availability, raising alarms about execution risks. Tamas Mark, IQ-EQ's Global Head of Real Assets, pointed out that investors are increasingly valuing AI data center infrastructure based on anticipated demand rather than secured energy provisions. This misalignment can distort investment assessments and poses challenges for long-term planning.

“Powering intelligence” entails more than just having the tangible assets and location; it requires a secure, timely energy source essential for operation. Investors need to consider factors such as energy geography, fiber availability, and tax efficiencies, but most importantly, they must ensure that the necessary power can be obtained according to project timelines. Energy due diligence is suggested as a crucial step in the investment process.

Rationed Grid Access and Regulatory Changes
The report also sheds light on the evolving regulations surrounding grid access. In Great Britain, data centers currently account for an astounding 73 gigawatts (GW) of demand queued for connection. Recent reforms to secure this connection have introduced uncertainty, where previously confirmed capacities may no longer be guaranteed under new rules. For example, the Netherlands could revoke contracted capacity if it remains unused for two years. This unpredictability underlines the importance of actively managing a data center's queue position as a valuable asset.

This paradigm becomes even more complicated when considering the discrepancies between the timelines set by leases for hyperscale tenants and the grid connection dates. Delays in obtaining power can derail entire development programs and their financial structures, as emphasized by Roger Baumann of Zurich Insurance.

Implementing a Governance Framework
To tackle these issues, the study proposes a new governance framework that outlines how funds should manage energy risks. Central to this framework are five layers of governance that address financial aspects, energization strategies, contract stipulations, resource performance, and investor transparency. Each layer aims to ensure that investors are notified promptly of any delays beyond agreed timelines, while also maintaining clear valuation processes that differentiate between energized assets and those still awaiting power connections.

The framework aims to convert AI demand, which is a significant technological thesis, into tangible cash flow through effective infrastructure delivery mechanisms. This approach indicates a shift towards not just managing power expectations but actively preparing for energy accessibility contingencies.

The Path Forward
The culmination of these findings suggests that while potential does exist for a synergistic relationship between data centers and the energy transition, it requires a deliberate strategy encompassing engineering, financing, and governing efforts. The insights delivered from the summit include contributions from leading organizations alongside case studies, such as the noteworthy operations of the SINES Data Campus in Portugal that remained uninterrupted during a significant grid outage.

As the demand for AI processing continues to surge, it is paramount for investors to adopt a proactive stance in navigating the intertwined realms of infrastructure deployment and power supply management. The full report is accessible through the IQ-EQ and SREF platforms, providing critical insights for stakeholders in the evolving landscape of AI data centers.

For media inquiries, interviews with Tamas Mark and Peter Panayi are available, and visual content from the summit can be requested.

About IQ-EQ
IQ-EQ serves as a prominent global investor service company, leveraging expertise in catering to private market needs. With over 6,500 professionals across various jurisdictions, IQ-EQ supports compliance, governance, data administration, and reporting services, managing assets exceeding $950 billion.

About SREF
The Sustainable Real Estate Forum (SREF) signifies a leading ecosystem that unites various stakeholders to foster sustainable investment practices in real estate through collaborative efforts and knowledge-sharing initiatives.