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Data centers are adding gigawatts of demand to a grid built for a slower pace of growth. Utilities, developers, and equipment suppliers are being asked to move faster than their supply chains allow, and the constraint surfacing first is
whether transformers, trackers, and balance-of-system equipment can be manufactured and delivered on time.

Phil Vyhanek, CEO of GameChange Energy, has spent several years building a manufacturing footprint for this kind of pressure. GameChange operates production across the US, India, Australia, South America, Africa, Europe, China, and the Middle East. That footprint was built to hedge against tariff shifts and trade policy volatility, well before AI-driven demand became a factor. The same flexibility that lets a manufacturer redirect sourcing when tariffs shift is now tested by demand growing faster than any single facility can absorb.

Phil discusses how a distributed manufacturing strategy works as both a hedge and a growth lever. When policy shifts in one region, production can shift with it, without a redesign or a new supplier relationship. When demand spikes in one sector, capacity built for one vertical can flex to serve another, as lead times stretch and demand from utilities, data centers, and renewable projects converges on the same capacity.

He addresses how to scale, including where to add capacity, how much depends on proximity to customers versus raw materials and skilled labor, and what a manufacturer has to get right to avoid lead-time bottlenecks. He'll speak to how GameChange evaluates new capacity investments, what signals suggest demand growth is structural rather than temporary, and where the biggest risk of a supply-demand mismatch lies.

For T&D professionals watching load growth projections climb, this is a firsthand account from someone building that capacity now, against a demand curve the industry is still learning to model.

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