What does it mean to be a solutions architect in today’s rapidly evolving power landscape? Joe Reele, VP of Schneider Electric’s solutions architect team, spoke with DCD about his role, guiding clients through every stage of the process – from design and operational planning to risk compliance and OpEx management – while navigating the increasing complexity of global power constraints.

Traditionally, data centers have been seen as large, inflexible consumers of electricity. But as the demand for cloud computing, AI, autonomous systems, and IoT continues to surge, Reele argues that this perception is shifting:

“While that might have been true in the past, what we're working towards is the idea that data centers can actually become the great grid stabilizer – the great grid provider.”

This opportunity hinges on making data centers grid-interactive: instead of functioning solely as massive power users, facilities could provide both their own power needs and act as a source of backup energy for the wider community. In this way, should the grid experience strain, with the right regulatory frameworks in place, data centers could temporarily disconnect, switching to on-site generation to ease pressure on the grid.

The benefits are far-reaching, and include increased resilience, enhanced reliability, and stronger community support. Reele notes:

“A community without a data center, without that flexible power working in concert with the grid, is far more likely to experience an outage, as compared to a community with a grid-interactive data center. If we look at this ecosystem as a whole, rather than as silos – utility, end user, load – we can avoid many of the problems we face today.”

The main drivers of the grid power ecosystem

At the core of the grid power ecosystem are two fundamentals: supply and demand.

On the supply side, constraints are becoming increasingly evident – balancing rising demand with restricted supply is both a challenge and a critical priority. On the demand side, the rise of power-intensive technologies, such as GPT 5.0, has created a clear and growing need for a grid that is more interactive and responsive. Consumers and enterprises alike now expect seamless, always-available access to power that can keep pace with their digital ambitions.

For businesses, if not addressed, the combination of constrained supply and soaring demand risks creating serious disruption.

The new energy landscape

The energy ecosystem is evolving rapidly, driven by the rise of renewable and alternative sources such as solar, wind, battery storage, hydrogen, and even nuclear. Compared with just a few years ago, today’s utility grid looks very different. Reele explains:

“When you become good at energy management, then you get electricity available for all – not just some – and at a reasonable cost. We’re not placing the entire burden on consumers; instead, we’re spreading it fairly across the right stakeholders. Those are values that matter.”

For Reele, closing the digital divide and ensuring reliable, affordable energy access is the ‘why’ behind the push for data centers to evolve into power stabilizers.

“There’s a lot for us to do to make the world better,” he says. “We can do it more sustainably, and we can provide access to more people across the globe. At the same time, the demand for digital infrastructure is only growing. The smarter the world becomes, the more compute, networking, and storage are required.

“Nothing becomes ‘smart’ because it has a mechanical valve – it becomes smart because it’s powered by microprocessors, digital systems, and IoT. And none of that works without compute, network, and storage. That’s the why – the electrification of the entire world is the ultimate driver.”

Taking the steps

According to Reele, progress toward a more grid-friendly ecosystem depends on the alignment of three critical pillars, each one interdependent on the others:

Pillar 1: Policy and regulation

Pillar 2: Technology

Pillar 3: The digital thread

“Policy and regulation must be aligned with both business needs and the technical capabilities of facilities,” Reele explains. “What a data center can and cannot do must be factored into the framework from the start.”

Equally essential is the digital thread – the ability of the grid to send and receive real-time digital signals with facilities. In order to be grid-interactive, the grid has to signal a data center or facility, and the facility then has to be able to: one, receive the signal; two, interpret it; and three, act on it. Whether that’s turning on a battery, starting a generator, shutting down a pump, or signaling IT systems to reduce or move workloads. All of these pieces need to come together for effective data center-to-grid interaction.

Beneath these three primary pillars are additional layers requiring deep innovation:

• Grid design: What digital systems need to be installed to send the right signals to facilities?
• Data center design: What kinds of signals will arrive, and how should the facility respond? Is energy storage required? Different battery systems? New operating models?
• IT infrastructure: Beyond physical systems, how should workloads, applications, and networks adjust to align with energy availability?

As Reele puts it: “You could host a full session on each pillar – policy, technology, and digital – and then dive even deeper into how to design the grid, the data center, and the IT kit. That’s the level of thinking required to make this work.”

Watch the full DCD>Talks episode with Joe Reele of Schneider Electric here.