Powering the Future: How Wesco and Eaton Are Solving Data Center Challenges Through Partnership and Innovation
- Audree Grubesic
- 5 hours ago
- 4 min read
As artificial intelligence continues to accelerate demand for data processing and cloud computing, data centers have become one of the fastest-growing sectors in construction and infrastructure. But building a data center is about far more than installing servers. Behind every search query, streaming service, and AI application is a highly complex power ecosystem designed to deliver continuous uptime, scalability, and reliability.
In a recent conversation at Eaton's Experience Center in Pittsburgh, industry leaders from Wesco and Eaton discussed the systems, partnerships, and innovations shaping the future of data center infrastructure. Leading the conversation was Dan Carnovale, who oversees Eaton's Experience Centers in Pittsburgh and Houston. Drawing on years of industry experience, Carnovale shared how the rapid growth of AI, increasing power demands, and evolving customer expectations are reshaping the design and delivery of mission-critical facilities.
Data Centers Depend on One Thing: Reliable Power
At the core of every data center are server racks that process and store critical information. According to Carnovale, the server itself is only one piece of a much larger system. Every component within a data center is designed with redundancy in mind to ensure uninterrupted performance and maximum reliability.
Power flows through multiple layers, including:
Redundant power supplies
Intelligent rack power distribution units (ePDUs)
Overhead busway systems
Remote power panels
Uninterruptible power supplies (UPS)
Transfer switches
Backup generators
Utility infrastructure
Each layer is designed to maintain operations if another component fails. For data center operators, downtime simply isn't an option.
Why Data Center Power Demand Is Exploding
Historically, a standard server rack consumed approximately 20 kilowatts of power. Today, AI workloads are pushing that number toward one megawatt per rack. That dramatic increase is changing how data centers are designed, powered, and cooled.The scale is staggering.
Some modern data centers now require 500 megawatts of power—roughly five times the energy demand of a traditional steel mill. As AI adoption accelerates, utilities and infrastructure providers are being challenged to deliver power faster and more efficiently than ever before.
Flexible Infrastructure for a Changing Environment
Data center technology evolves quickly. Server configurations change. Equipment gets upgraded. Capacity requirements shift. To support that flexibility, data centers are increasingly adopting modular power distribution systems like overhead busways.
These systems allow operators to reposition power connections as server layouts change, eliminating the need for expensive infrastructure modifications. The result is a more adaptable facility capable of keeping pace with rapid technology advancements.
Long Lead Times Demand Strong Partnerships
One of the biggest challenges facing the data center industry today is equipment availability. As demand grows, long lead times for critical infrastructure components can delay projects and increase costs. That's where strategic partnerships become essential.
Through their collaboration, Wesco and Eaton are helping customers streamline procurement, coordinate systems, and fill gaps across the supply chain. By combining electrical expertise, equipment manufacturing, and distribution capabilities, they can help projects stay on schedule despite increasing market pressure.
The Rise of "Bring Your Own Power"
Utilities are struggling to keep up with the pace of data center growth. In many cases, developers requesting 50- to 100-megawatt facilities are being told they may need to wait years for utility upgrades. As a result, many operators are turning to "bring your own power" strategies.
These approaches incorporate:
Battery energy storage systems (BESS)
On-site generation
Backup power infrastructure
Modular energy systems
By integrating alternative power solutions directly into projects, developers can reduce reliance on traditional utility timelines and accelerate deployment.
How AI Is Reshaping Power Infrastructure
Traditional data centers typically operate with stable, predictable power loads. AI workloads are different. Instead of maintaining a consistent demand profile, AI systems create rapid fluctuations in power consumption that place significant stress on electrical infrastructure.
To address these challenges, manufacturers are introducing new technologies such as:
Super capacitors
Advanced power management systems
Voltage stabilization technologies
Intelligent monitoring solutions
These innovations help smooth power demand while protecting both facility infrastructure and surrounding utility networks.
Prefabrication Is Driving the Next Generation of Data Centers
Offsite construction principles are becoming increasingly important in the data center sector. E-houses, modular power skids, and prefabricated electrical systems allow teams to assemble critical infrastructure in controlled environments before delivering it to the jobsite. This approach helps reduce installation time, improve quality, and accelerate project schedules.
As demand continues to increase, prefabrication and offsite manufacturing will play a critical role in meeting the industry's need for speed and scalability.
Building the Infrastructure Behind the Digital Economy
While conversations around data centers often focus on servers and software, the reality is that none of it works without reliable infrastructure. Power distribution, redundancy, supply chain coordination, and strategic partnerships are what keep data flowing and systems online.
As AI continues reshaping industries worldwide, organizations like Wesco and Eaton are helping build the foundation needed to support the next generation of digital
infrastructure. The future of data centers isn't just about more computing power. It's about delivering that power smarter, faster, and more reliably than ever before.
Frequently Asked Questions
Why is redundancy so important in data centers?
Redundancy ensures critical systems remain operational if a component fails. Data centers utilize duplicate power supplies, UPS systems, generators, and distribution networks to maximize uptime and reduce the risk of outages.
How is artificial intelligence changing data center design?
AI workloads require significantly more computing power than traditional applications, increasing energy consumption and creating rapid fluctuations in power demand. This is driving innovation in power management, cooling systems, and energy storage technologies.
How does offsite construction benefit data center projects?
Offsite construction enables prefabrication of electrical systems, e-houses, and power skids in controlled environments, helping reduce installation time, improve quality, and accelerate project delivery.
Wesco’s Manufactured Structures division is a specialized supply chain and product‑solutions partner serving the modular construction, offsite construction, and assembled building industries. Backed by more than four decades of category expertise, the division supports OEMs across residential, commercial, specialty vehicle, modular, and prefabricated building markets.
Our nationwide branch network and strategically located warehouses ensure on‑time, in‑full delivery of critical materials to modular manufacturers and offsite builders across the U.S., meeting the unique speed, volume, and coordination demands of factory‑based construction.
Wesco provides industry‑leading access to millions of products, delivering the depth and breadth required for full‑facility and line‑side support. Core categories include:
Electrical solutions, load centers, and panels
Wire, cable, lighting, and HVAC components
Plumbing, fasteners, hardware, adhesives, coatings, and decorative building products
MRO supplies, safety products, and consumables
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