TL;DR
- AI data centers are creating unprecedented power demands that resemble grid-scale loads concentrated at a single site.
- Unlike traditional facilities, AI data centers can experience rapid power consumption swings in seconds or milliseconds.
- Battery Energy Storage Systems (BESS) help smooth demand fluctuations and protect generation assets.
- Successful AI data center power strategies require coordination across generation, storage, grid connections, and renewables.
- The Ovation™ Automation Platform helps orchestrate these complex power ecosystems through unified control and visibility.
As AI adoption accelerates, power has become one of the defining challenges of data center development. Operators are no longer simply planning for larger facilities. They are planning for entirely new demand profiles that require greater flexibility, coordination, and resilience from power infrastructure. The organizations that solve these challenges most effectively will be better positioned to scale AI operations while maintaining reliable performance.
It is almost impossible to have a conversation about data centers these days without also discussing power. As AI continues to reshape the world, the demand for power is increasing beyond what anyone could have imagined even a few short years ago.
In a recent article in Power magazine, Emerson’s Phil Jones explored one aspect of this new paradigm:
“AI factories are creating a fundamentally new type of power demand because AI data centers are not incremental loads but are instead grid-scale consumers compressed into a single, and typically massive, site.”
AI data centers represent a new category of power consumer, concentrating levels of demand that traditionally would have been distributed across much larger geographic areas.
But that’s not the only challenge. AI factories also behave differently from traditional industrial sites, with significant swings in power consumption occurring in seconds or milliseconds. This means organizations building AI data centers must not only secure sufficient power, but they must also be prepared to manage it dynamically and in real time.
AI Data Centers Need More Than Traditional Generation
Traditional energy generation from rotating assets is essential for powering data centers, but it is not enough. Turbines are not designed for the frequent spikes in consumption that AI workloads can create. Over time, these peaks and valleys can place additional stress on generating equipment if energy flows are not properly balanced.
The most effective approach today is to combine conventional power generation with Battery Energy Storage Systems (BESS). These systems help absorb demand fluctuations while ensuring power remains available when required.
“In addition, it can help absorb energy for balance when production exceeds demand. By capturing energy from the grid, behind the meter generation—sometimes combined with renewable energy sources like solar, hydro, and wind—helps absorb rapid spikes, smooth oscillations, and protect rotating assets by balancing supply and demand in real time to prevent blackouts and frequency fluctuations.”
BESS technologies provide critical flexibility by balancing supply and demand in real time while protecting generating assets from volatility.
However, BESS is not a standalone solution. Instead, it serves as a complement to traditional generation, helping the broader power ecosystem operate safely and efficiently under changing conditions.
Orchestration Is Key
The challenge, of course, is coordinating all of the moving parts within a modern AI data center power architecture. Managing generation, storage, grid connectivity, and renewable resources independently can quickly lead to operational complexity.
That is where the Ovation™ Automation Platform plays a critical role.
“By bringing all power elements together into a single, standardized system, [the Ovation Automation Platform can] unlock more effective real-time control and fully synchronous operation, whether they are managing utility power, on-site islanded generation, or a combination of both. Without orchestration, power generation infrastructure is a collection of assets. With orchestration, it becomes a comprehensive power system.”
Power orchestration transforms individual energy assets into a coordinated system capable of responding to rapidly changing operating conditions.
Built on decades of power industry expertise, the Ovation Automation Platform provides the flexibility required for evolving AI data center environments. The platform can orchestrate traditional generation, renewables, BESS, and digital grid management technologies while supporting utility-connected, islanded, or hybrid operating models.
The platform also helps organizations navigate the tight timelines and engineering complexity associated with modern AI data center construction. By reducing integration challenges and simplifying deployment, teams can focus on accelerating project execution while maintaining reliability and operational performance.
“Experienced partners provide proven architectures, lessons learned from previous projects, and pre-integrated ecosystems driven by a control system designed to seamlessly connect disparate systems, and to empower operators with intuitive control via a single pane of glass.”
Experienced technology partners help reduce project risk by providing proven architectures, integrated solutions, and simplified operator experiences.
Building the Foundation for Scalable AI Infrastructure
As AI continues to drive unprecedented growth in data center demand, power strategies must evolve alongside it. Traditional generation remains critical, but the future will require intelligent coordination among generation assets, energy storage systems, renewable resources, and grid connections. Organizations that prioritize orchestration early in the design process will be better positioned to build scalable, resilient infrastructure capable of supporting the next generation of AI workloads.
