Oracle's AI Data Center Boom Powers Vertiv and Caterpillar

Oracle is spending hundreds of billions to build out its cloud infrastructure for artificial intelligence, and that spending is creating a ripple effect through the industrial supply chain. Two companies in particular—Vertiv Holdings and Caterpillar—are positioned to capture significant revenue from this expansion, each solving a different but equally critical problem: getting power to the chips and keeping them cool enough to operate.

Vertiv's business is straightforward in concept but complex in execution. AI data centers consume far more electricity than traditional computing facilities, and the heat generated by dense clusters of powerful processors creates engineering challenges that older cooling systems cannot handle. In the second quarter of this year, Vertiv reported net sales of approximately $3.27 billion, a 24 percent increase from the same period a year earlier. The company is responding to this demand surge by announcing four new or expanding factory locations designed to increase production capacity for power management and infrastructure products. More specifically, Vertiv committed $50 million to expand a facility in Ironton, Ohio, focused on manufacturing liquid-cooling and chilled-water systems built for high-density computing environments. That expansion is expected to be operational by the second quarter of 2027. The company has also acquired firms like PurgeRite to strengthen its fluid management capabilities, recognizing that thermal management is becoming one of the most pressing physical constraints in modern data center design.

Caterpillar approaches the problem from a different angle. While grid connections provide the most stable long-term power source for data centers, establishing new grid infrastructure can take years to complete—far longer than hyperscalers like Oracle want to wait before bringing new computing capacity online. Caterpillar manufactures natural gas generators, gas turbines, and related power equipment that can be deployed on-site to provide immediate electricity without waiting for utility infrastructure to catch up. The company announced a $725 million expansion of its large-engine manufacturing operations, explicitly citing rising energy demand and the growing opportunity in AI and data centers. In a concrete example of this strategy, Caterpillar entered into an agreement with Joule Capital Partners to supply power generation equipment for a high-performance computing campus in Utah, with a total capacity of 4 gigawatts supported by a fleet of Caterpillar natural gas generators.

The two companies have recognized the value of working together. Caterpillar and Vertiv announced a collaboration that combines Caterpillar's on-site power generation equipment with Vertiv's power distribution and cooling systems. The goal is to create integrated solutions that allow data centers to be deployed and operational more quickly, without waiting for grid connections to be completed. As Oracle continues to build out its data center footprint, this partnership allows both companies to address the full spectrum of infrastructure needs—immediate power through on-site generation, reliable distribution of that power, and the sophisticated cooling systems required to prevent thermal failure in high-density computing environments.

For investors, the opportunity lies in recognizing that the AI boom extends well beyond semiconductor manufacturers. While chips and memory have captured most investor attention, the physical infrastructure required to run those chips at scale represents an equally significant opportunity. Vertiv and Caterpillar are not competing with Oracle; they are enabling Oracle's expansion by solving the engineering and logistical problems that would otherwise constrain growth. As long as hyperscalers continue to build data centers faster than utility companies can expand grid capacity, and as long as AI chips continue to generate heat that requires increasingly sophisticated cooling solutions, both companies stand to benefit from the structural demand driving this infrastructure buildout.