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Q&A

Can an Algorithm Solve Data Centers’ Power Problem?

A conversation with Adib Nasle, CEO of Xendee Corporation

The Q&A subject.
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Today’s Q&A is with Adib Nasle, CEO of Xendee Corporation. Xendee is a microgrid software company that advises large power users on how best to distribute energy over small-scale localized power projects. It’s been working with a lot with data centers as of late, trying to provide algorithmic solutions to alleviate some of the electricity pressures involved with such projects.

I wanted to speak with Nasle because I’ve wondered whether there are other ways to reduce data center impacts on local communities besides BYO power. Specifically, I wanted to know whether a more flexible and dynamic approach to balancing large loads on the grid could help reckon with the cost concerns driving opposition to data centers.

Our conversation is abridged and edited slightly for clarity.

So first of all, tell me about your company.

We’re a software company focused on addressing the end-to-end needs of power systems – microgrids. It’s focused on building the economic case for bringing your own power while operating these systems to make sure they’re delivering the benefits that were promised. It’s to make sure the power gap is filled as quickly as possible for the data center, while at the same time bringing the flexibility any business case needs to be able to expand, understand, and adopt technologies while taking advantage of grid opportunities, as well. It speaks to multiple stakeholders: technical stakeholders, financial stakeholders, policy stakeholders, and the owner and operator of a data center.

At what point do you enter the project planning process?

From the very beginning. There’s a site. It needs power. Maybe there is no power available, or the power available from the grid is very limited. How do we fill that gap in a way that has a business case tied to it? Whatever objective the customer has is what we serve, whether it’s cost savings or supply chain issues around lead times, and then the resiliency or emissions goals an organization has as well.

It’s about dealing with the gap between what you need to run your chips and what the utility can give you today. These data center things almost always have back-up systems and are familiar with putting power on site. It must now be continuous. We helped them design that.

With our algorithm, you tell it what the site is, what the load requirements are, and what the technologies you’re interested in are. It designs the optimal power system. What do we need? How much money is it going to take and how long?

The algorithm helps deliver on those cost savings, deliverables, and so forth. It’s a decision support system to get to a solution very, very quickly and with a high level of confidence.

How does a microgrid reduce impacts to the surrounding community?

The data center obviously wants to power as quickly and cheaply as possible. That’s the objective of that facility. At the same time, when you start bringing generation assets in, there are a few things that’ll impact the local community. Usually we have carbon monoxide systems in our homes and it warns us, right? Emissions from these assets become important and there’s a need to introduce technologies in a way that introduces that power gap and the air quality need. Our software helps address the emissions component and the cost component. And there are technologies that are silent. Batteries, technology components that are noise compliant.

From a policy perspective and a fairness perspective, a microgrid – on-site power plant you can put right next to the data center – helps unburden the local grid at a cost of upgrades that has no value to ratepayers other than just meeting the needs of one big customer. That one big customer can produce and store their own power and ratepayers don’t see a massive increase in their costs. It solves a few problems.

What are data centers most focused on right now when it comes to energy use, and how do you help?

I think they’re very focused on the timeframe and how quickly they can get that power gap filled, those permits in.

At the end of the day the conversation is about the utility’s relationship with the community as opposed to the data center’s relationship with the utility. Everything’s being driven by timelines and those timelines are inherently leaning towards on-site power solutions and microgrids.

More and more of these data center operators and owners are going off-grid. They’ll plug into the grid with what’s available but they’re not going to wait.

Do you feel like using a microgrid makes people more supportive of a data center?

Whether the microgrid is serving a hospital or a campus or a data center, it’s an energy system. From a community perspective, if it’s designed carefully and they’re addressing the environmental impact, the microgrid can actually provide shock absorbers to the system. It can be a localized generation source that can bring strength and stability to that local, regional grid when it needs help. This ability to take yourself out of the equation as a big load and run autonomously to heal itself or stabilize from whatever shock it's dealing with, that’s a big benefit to the local community.

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Q&A

How to Build a Socially Responsible Data Center

Chatting with DER Task Force’s Duncan Campbell.

The Fight Q&A subject.
Heatmap Illustration/Getty Images

This week’s conversation is with Duncan Campbell of DER Task Force and it’s about a big question: What makes a socially responsible data center? Campbell’s expansive background and recent focus on this issue made me take note when he recently asked that question on X. Instead of popping up in his replies, I asked him to join me here in The Fight. So shall we get started?

Oh, as always, the following conversation was lightly edited for clarity.

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Hotspots

The Indiana City Saying ‘Tech Yeah!’ to Data Centers

Plus the week’s biggest development fights.

The United States.
Heatmap Illustration/Getty Images

1. LaPorte County, Indiana — If you’re wondering where data centers are still being embraced in the U.S., look no further than the northwest Indiana city of LaPorte.

  • LaPorte’s city council this week unanimously approved the expansion of a data center campus already under construction. Local elected officials were positively giddy at the public hearing on the vote, with city mayor Tim Doherty donning an orange t-shirt exclaiming a pro-AI pun: “TECH YEAH!”
  • Doherty explained his enthusiasm at the hearing in simple dollars and cents. State cuts to education had “put our local schools in an impossible position,” he said, asking: “Will the 15% in revenue sharing give our kids a superior education and the best chance at a future in this tech-driven world?”
  • That revenue sharing Doherty referenced was Microsoft’s deal in March with LaPorte’s school corporation, which stated 15% of the data center’s property tax revenue would go to the corporation for 20 years. So good was that deal some city councilors were vocally defiant against those who were opposed to the project expansion.
  • “Microsoft seems like they’re going to be a good partner for the city. They care. They’re presenting what I think is a good deal and trying to take care of people around them. So I’m all for it and if anybody wants to vote me out, hey, go for it,” councilor Roger Galloway told the hearing room.
  • The lesson? Give lots of money to education and you’re more likely to get a permit. Tale as old as the mining industry.

2. Cumberland County, New Jersey — A broader splashback against AI infrastructure is building in South Jersey.

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Spotlight

Data Centers Are Splintering the American Right

Mounting evidence shows that Republican voters are rapidly turning against artificial intelligence.

Tucker Carlson and a data center protest sign.
Heatmap Illustration/Getty Images, Library of Congress

The data center backlash is causing a crisis of faith amongst American conservatives over land use, energy abundance, and corporate regulation. The Republican Party — not to mention the politics of AI infrastructure — may never be the same.

In the last week, I’ve seen a surge of Republican politicians pushing to temporarily ban data centers in conservative states. In South Carolina, Representative Nancy Mace, a leading GOP gubernatorial primary candidate, called for a statewide moratorium on new data centers. In Texas, the sitting agriculture commissioner Sid Miller proposed the same for the Lone Star State. Ditto in North Dakota where the idea got backing from a GOP primary candidate for a Public Service Commission seat.

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