Meeting the moment: How utilities can handle the AI energy surge

The US Department of Energy recently warned about growing blackout risks from AI and data centre growth, a shift that's fundamentally changing how utilities operate. With Google pouring billions into new data centres, the energy sector faces a pivotal moment. Research from West Monroe reveals where utilities stand today and how companies can successfully navigate this transition.

While only 6% of utilities believe their infrastructure is ready for the surge in demand, our findings show clear paths forward. This isn't about managing a crisis. It's about adapting strategically to a rapidly changing energy landscape.

Understanding today's energy demands

Data centres currently consume about 2.5% of US electricity, and this could triple by 2030 according to various industry projections. Meanwhile, our research shows that 97% of utilities have set transformation targets, though only 18% feel fully prepared to meet state decarbonisation requirements. This gap between ambition and readiness presents an opportunity to recalibrate and strengthen approaches.

What makes this moment particularly challenging is how quickly things are moving. Traditional planning cycles that once stretched 10-15 years have compressed to just 2-3 years for major load additions. Data centre operators are making location decisions based on power availability right now, creating both pressure and opportunity for utilities.

At West Monroe, we've seen utilities successfully manage similar transitions by focusing on practical, step-by-step improvements rather than attempting wholesale transformation overnight. The key is identifying which actions deliver immediate value while building toward long-term capabilities.

Tackling today's implementation challenges

Our research identified several areas where utilities need support:

• Regulatory alignment: With 76% of utilities citing regulatory approval as their biggest challenge, success requires proactive engagement with regulators. We've helped utilities build compelling cases that demonstrate how infrastructure investments benefit all customer classes. The key is translating technical needs into economic and reliability benefits that resonate with regulators and stakeholders.
• Infrastructure modernisation: While only 25% of utilities say their infrastructure is fully ready for new demands, incremental upgrades can deliver significant improvements. Starting with targeted investments in high-growth corridors and gradually expanding grid capabilities helps manage costs while building readiness.
• Financial planning: Balancing affordability with necessary investments requires creative thinking. Alternative financing models are proving successful, including green bonds for renewable integration and public-private partnerships for major infrastructure projects. The goal is spreading costs appropriately while keeping rates reasonable.
• Data and technology readiness: Though 75% of utilities are pursuing AI initiatives, only 13% report clear return on investment. Rather than chasing every new technology, successful utilities start with high-value, straightforward use cases like outage prediction or demand forecasting in specific service areas. They build data quality gradually and expand AI applications as capabilities mature.

A practical path forward

Based on our research and experience working with utility clients, we recommend five actionable strategies:

1. Develop flexible planning frameworks Move beyond traditional integrated resource planning to adaptive models that can accommodate rapid load changes. Create dedicated teams for large commercial customers and establish fast-track processes for straightforward interconnections. We've helped utilities reduce connection times by 40% through process optimisation alone.
2. Build strategic infrastructure Rather than waiting for firm load commitments, invest strategically in anticipated growth areas. Focus on locations with existing fibre infrastructure, available land, and water resources that data centres need. This positions utilities as economic development partners rather than bottlenecks.
3. Embrace hybrid solutions Work with large customers to develop on-site generation and storage solutions that complement grid supply. This might include renewable energy installations, battery systems, or exploring small modular reactors for suitable customers. These approaches reduce grid strain while meeting reliability requirements.
4. Strengthening stakeholder collaboration Regular engagement with regulators, large customers, and communities builds support for necessary investments. Quarterly stakeholder forums, transparent reporting on grid readiness, and collaborative planning sessions with major power users help identify issues early and smooth approval processes.
5. Invest in workforce capabilities The utility workforce needs new skills for grid modernisation, from data analytics to distributed resource management. Develop training programmes, partner with universities, and create clear career paths for emerging roles. The human element often determines whether technology adoption succeeds or fails.

Turning challenge into opportunity

The convergence of AI demand, electrification, and decarbonisation is reshaping the utility sector, but it's also creating unprecedented opportunities for utilities that act strategically. They can accelerate grid modernisation with strong economic justification, develop new revenue streams through innovative service offerings, strengthen relationships with large commercial customers, position themselves as essential partners in economic development, and build more resilient, flexible systems that benefit all customers.

We've seen utilities successfully turn similar challenges into catalysts for positive change. One Midwest utility used data centre interest to justify grid upgrades that improved reliability for all customers while attracting $2 billion in economic development. Another developed innovative rate structures that fairly allocated costs while maintaining affordability.

The road ahead

The question isn't whether utilities can meet rising energy demand – they've successfully done so throughout history. It's how quickly they can adapt planning, operations, and business models to this new pace of change.

Success doesn't require panic, just thoughtful action. Start with the fundamentals: improve data quality, strengthen stakeholder relationships, and modernise planning processes. Then layer on advanced capabilities like AI-driven operations, flexible grid resources, and innovative customer solutions.

Utilities that view this moment as an opportunity to build the modern, resilient grid our economy needs will thrive. With the right strategies, partnerships, and investments, utilities can meet growing demand while maintaining reliability, affordability, and progress toward clean energy goals.

About the author:

Paul A. DeCotis is Senior Partner in West Monroe's Energy & Utilities practice, bringing 45 years of experience as an energy executive, consultant, and educator. He partners with utilities to drive business and technology transformation through practical, achievable strategies.