Eaton Increases 2026 Growth Forecast Following Surge in Data Center Demand

Eaton Corporation is accelerating its growth as data center infrastructure demand increases, prompting the firm to raise its 2026 organic growth outlook to 12% from an initial 8% target. This change reflects the company's focus on electrification and high-capacity power management, supported by $13 billion in recent acquisitions.

"We’re going to be adding $10 billion to the top line in just three years. Just think about that momentum of $1 billion in 10 versus $10 billion in three," said Paulo Ruiz, CEO of Eaton, at the Morgan Stanley Laguna Conference.

Operational Scaling and Market Demand

The company is managing 24 planned facilities to meet this demand, with 16 sites in ramp-up mode and eight additional locations scheduled for launch. This expansion is driven by an uptick in data center activity, where orders have risen 85% year over year, resulting in a 65% increase in revenue for the segment.

Eaton is also positioning itself for a technological transition in power distribution. As data centers look to optimize energy efficiency, the company is focusing on 800-volt DC architecture.

"The difference is that we have that, and we are saying, ’What’s next? Let’s be ready for that environment where this is going to change to 800-volt DC, and we want to be the leader in that new world,’" Ruiz said.

Financial Context and Market Performance

The company's strategic pivot follows a period of capital deployment, including $13 billion invested in acquisitions to bolster its electrification portfolio. The revised growth outlook marks the second upward adjustment to the 2026 forecast, moving from 8% to 10% before reaching the current 12% target.

Following the presentation at the Morgan Stanley conference, Eaton Corporation (ETN) stock closed at $424.77, marking a 3.74% gain, according to market data as of the most recent close.

Why 800-Volt DC Matters

The move toward 800-volt DC architecture is a technical shift for data center operators. Traditional data centers often rely on AC power distribution, which requires multiple conversion steps that lead to energy loss as heat. By moving to higher-voltage direct current, operators can reduce the number of power conversion stages, increasing efficiency and reducing the cooling requirements of high-density server racks. Eaton’s focus on this transition suggests a strategy to capture the electrical equipment spend required to support next-generation AI and cloud computing workloads.