By Andrea Menti, Business Line Leader, Energy Distribution, ABB Electrification’s Smart Buildings Division
Behind every hospital ward, shopping center, hotel or data center, there is electrical infrastructure that most people never see, and never need to think about. That's changing.
Electrification is accelerating – and it's putting pressure on electrical infrastructure everywhere. More functionalities, higher power density, and more devices are all competing for the same finite space in panels that weren't designed for this scale of demand. In most cases, more electrical loads are being added, but the space inside the electrical panel stays the same.
Data centers face that challenge sooner than most buildings. But as electrification accelerates, we're now seeing the same constraints across many other building types. Homes and offices switching to heat pumps, hospitals installing new medical equipment, retrofit projects adding renewables and EV chargers – they're all facing what data centers have been experiencing in recent years.
So, what can we learn from them?
- Scalability starts with modularity
Data centers operate 24/7, and they can't afford downtime for upgrades. They need modular, scalable distribution systems that expand and upgrade without disrupting operations. That same principle applies whether you're managing a hospital campus, a commercial building, or a retrofit project. Infrastructure designed to adapt saves time and money. - Higher power density demands higher performance in smaller spaces
As data centers don't have room for oversized equipment, they've driven innovation in compact, high-capability solutions. As electrical loads intensify across all buildings, we need miniaturized solutions that deliver higher performance in a compact size to handle sustained loads reliably, even when space is limited. - You can't manage what you don't see
Data centers rely on real-time monitoring to maintain reliability under pressure. When you're operating at high capacity continuously, visibility into your electrical infrastructure isn’t optional; it’s critical. Real-time data allows you to catch issues early, eliminate inefficiencies, and optimize performance. Every building dealing with growing electrical demand needs that same transparency. If you can't see what's happening in your electrical system, you can’t protect it – or the people and operations that depend on it. - Redundancy and safety matter at scale
When systems run continuously at high capacity, there's no margin for error. Data centers are designed for this with resilient architectures and reliable, backed-up protection. The same has to apply to any building operating at a higher electrical capacity.
The buildings managing electrification effectively will be the ones designed for adaptability: with infrastructure that scales, systems that integrate, and the visibility to stay in control.
That's why we're engineering solutions that help all buildings outrun, managing electrification with the reliability that data centers demand.
About the author
Andrea Menti
Andrea Menti is the Business Line Leader for Energy Distribution within ABB Electrification’s Smart Buildings. In this role, he oversees global operations, driving innovation and efficiency in energy distribution solutions that enhance safety, reliability, and sustainability.
With nearly three decades at ABB, Andrea has held multiple leadership positions across operations, supply chain, and general management, gaining deep expertise in complex, global environments. Before his current role, he served as Head of Operations for ABB’s Electrification Business Area, where he led strategic transformation initiatives and optimized business processes across multiple regions. He has also held key leadership roles within ABB’s Smart Power and Motors & Generators divisions, managing large-scale businesses from innovation, sales and development to manufacturing, logistics, and supply chain operations.
Andrea is passionate about innovation, change management, and people development. He believes that empowerment, collaboration, agility, and customer-centricity are the cornerstones of a successful business. His leadership is defined by a forward-looking approach, turning challenges into opportunities to drive continuous growth and progress. Andrea is based in Italy and holds a Master’s degree in Mechanical Engineering from Politecnico di Milano.
