Logistics Team Leader - Supply Chain Management

Bank of America sees Eaton heading for a big surprise. Think about the last time you walked into the neighboring building and the lights worked, the elevators ran, and the server room hummed without interruption. Somewhere in that invisible infrastructure, chances are that Eaton (ETN) had something to do with it. Most people have never heard of Eaton. But if you work in a data center, fly on a commercial aircraft, or manage a utility grid, you probably depend on its products every day. The company makes the circuit breakers, switchgear, transformers, and uninterruptible power supplies that keep electricity flowing safely and reliably. In a world where AI data centers are growing at an unprecedented pace, that has become an extraordinarily valuable thing to do. Bloom Energy is also emerging as a strong contender to help meet the growing energy demand from data centers. You may want to read my previous coverage, which provides three key reasons Morgan Stanley thinks Bloom could have a decisive competitive advantage. Bank of America Securities analyst Andrew Obin reiterated a Buy rating on Eaton with a $490 price target this week, according to a note shared with TheStreet. His conviction rests on a grounded observation: Channel checks show strong visibility and pricing in U.S. electrical markets, with data centers and utilities driving demand that flows into order books. What the Eaton CEO said, and why it matters. At the Morgan Stanley Laguna conference on Sept. 16, Eaton CEO Paulo Ruiz made a comment that would have been easy to miss, but landed for anyone tracking the company's momentum. He said Eaton had a "very strong" July and August and expected third-quarter results to come in toward the high end of its guidance range, according to an Investing.com report. "High end of guidance" from a company like Eaton is a signal that the demand the company has been describing publicly is actually showing up in real orders and real shipments. More AI Infrastructure Coverage: Obin maintained his Q3 EPS estimate at $3.54, which is at the top of Eaton's $3.46 to $3.56 guidance range. The organic growth estimate for the quarter was also raised to 16.0% from 14.8%, reflecting stronger-than-expected performance from the electrical segment. Obin also raised his fiscal 2027 EPS estimate to $15.90 from $14.92, reflecting better electrical margins and lower corporate expenses. The data center number that explains Eaton's entire year. An Axios report shows data center spending jumped 57% year over year in July, reaching an annualized pace of $75 billion. Of course, every one of those data centers needs power distribution equipment and circuit protection. Every one needs the industrial electrical infrastructure that Eaton has manufactured and installed for the last 115 years. In fact, when hyperscalers announce billion-dollar campuses and AI infrastructure investments, Eaton is one of the first vendors they call. That's showing up in orders. Twelve-month rolling average orders were up 41% in Electrical Americas, 33% in Electrical Global, and 17% in Aerospace as of the most recent quarter, according to Eaton's statement. All of those orders represent multi-year infrastructure commitments that convert to revenue over extended installation timelines. In the same quarter, Sales reached $8.5 billion - a company record - up 21% year over year (YoY), with organic sales growth of 14%, above the high end of guidance. That 7% difference comes from acquisitions. Eaton is growing organically at a pace the market would have considered extraordinary for this type of industrial company just two years ago. Eaton's European expansion and what it signals. Just this October, Eaton announced it is expanding its manufacturing facility in Schrems, Austria, by 5,000 square meters. The expansion is directly tied to rising European demand for power management infrastructure as electrification and digitalization reshape the continent's energy landscape. I want you to look beyond the square footage. And it's fair to agree and conclude that in most cases, if not all, when a company expands manufacturing capacity, it's making a capital commitment based on demand it expects to persist, not a one-quarter blip. Eaton makes the circuit breakers, switchgear, transformers, and uninterruptible power supplies that keep electricity flowing safely and reliably. What wall Street thinks about Eaton. The broader analyst community shares Obin's conviction. * Morgan Stanley raised its price target to $520 from $500. * UBS upgraded to Buy with a $515 target from $450. * RBC reiterated Outperform at $512 from $484. * Bernstein maintained its Street-high Buy at $534. * Wells Fargo initiated fresh coverage with an Overweight rating at $503. * Deutsche Bank adjusted its target to $521 from $493, keeping a Buy Rating. Most firms are either maintaining or upgrading their bullish stance. ETN shares are up 38.07% year to date and 17.04% over the past year, according to Yahoo Finance data. The three-year return is 115.34%, and Louis Velazquez is likely to see more upside. The building you're sitting in right now probably has Eaton equipment inside it. The data center processing your AI requests almost certainly does. That company, which is making sure all of that works reliably, just said its best months of the quarter were July and August. Obin believes the third quarter will prove it. And I also think Eaton is one to watch closely, just like Bloom Energy.

Revolution in AI GPU power and energy efficiency. September 30, 2026 Recently, Eaton and NVIDIA collaborated to develop a next-generation 800 VDC (Volts Direct Current) power architecture specifically designed for... Recently, Eaton and NVIDIA collaborated to develop a next-generation 800 VDC (Volts Direct Current) power architecture specifically designed for high-density NVIDIA AI factories and GPU clusters. This "grid-to-chip" strategy brings power distribution and fast-cycle energy storage (like supercapacitors) directly into the server racks to support NVIDIA's most powerful GPUs, drastically saving energy and reducing infrastructure costs. Grid-to-Chip: how Eaton and NVIDIA are revolutionizing AI GPU power and energy efficiency [1]. When Innopath think of an Uninterruptible Power Supply (UPS), Innopath usually picture a heavy box sitting under a desk, keeping its gaming PCs alive during a blackout. But as Artificial Intelligence pushes computing power to the absolute limit, traditional power backups are no longer enough. A common question emerging in tech circles is: Is there a UPS that directly attaches to an NVIDIA graphics card to save energy? For consumer desktop PCs, the answer is no - your GPU still gets its power through your computer's power supply unit (PSU). However, at the enterprise and data center level, Eaton and NVIDIA have partnered to do exactly that: bringing power distribution and backup directly to the GPU rack. Here is how their groundbreaking "grid-to-chip" 800 VDC architecture is changing the game for AI computing and energy efficiency. The problem: AI GPUs are power hungry. Next-generation AI models require massive clusters of high-density GPUs, such as NVIDIA's Rubin Ultra GPUs and Kyber rack-scale systems. These AI factories are incredibly power-dense, pushing individual server racks to consume a megawatt of power or more. Traditional alternating current (AC) power distribution and standard data center UPS systems suffer from energy loss during conversion and simply cannot scale efficiently to meet these demands. The solution: Eaton's 800 VDC architecture. To solve this, Eaton collaborated with NVIDIA to pioneer a new 800 VDC (Volts Direct Current) power infrastructure. [2][3] Instead of relying on massive, centralized UPS rooms that lose energy as power travels to the servers, Eaton's new reference architecture integrates power management and energy storage directly into the AI infrastructure. Here is how it maximizes energy savings and performance: * Direct-to-Rack Energy Storage: Instead of a traditional battery backup, Eaton's design utilizes advanced supercapacitors integrated directly into the Open Rack Version 3 (ORV3) architecture. These provide fast-cycle power backup right where the NVIDIA GPUs need it, preventing micro-outages from crashing complex AI training workloads. * Eliminating Power Conversion Losses: By utilizing 800 VDC power, the architecture eliminates the multiple AC-to-DC conversions that typically waste massive amounts of electricity as heat. Power is delivered much closer to the "chip," significantly reducing the data center's overall energy footprint. * Streamlined Infrastructure: The design features specialized busbars, DC connectors, and hot aisle containment systems. [2] This allows megawatt-scale power to be delivered safely and efficiently, minimizing material costs and saving physical space. What this means for the future of tech. While you can't buy an Eaton battery to snap onto your desktop RTX graphics card just yet, this enterprise-level collaboration is a massive leap forward for energy efficiency. Data center energy consumption is one of the biggest bottlenecks in AI development. By moving power distribution and backup directly to the rack level - a true "grid-to-chip" approach - Eaton and NVIDIA are ensuring that the next generation of AI factories will be more sustainable, scalable, and resilient. The Takeaway: The next time you use a cloud-based AI tool, there is a good chance the massive NVIDIA GPUs powering it are being kept online and running efficiently by Eaton's direct-attached 800 VDC power architecture.

Infineon and Eaton leverage silicon carbide technology to develop solid-state transformers for 800VDC AI data center power architectures. 29 September 2026 * Infineon and Eaton partner to advance solid-state transformer (SST) technology. * This collaboration responds to the demand for more efficient energy conversion solutions in AI data centers. * Infineon's silicon carbide power devices help improve the efficiency, power density, and system reliability of Eaton's SST platform. Infineon Technologies AG will supply silicon carbide (SiC) power devices to Eaton, a smart energy management company, for use in its Medium Voltage Solid State Transformer (MVSST) 2.0 platform, designed for deployment in the Asia-Pacific region. This collaboration contributes to increasing the efficiency and reliability of the power conversion required to connect AI data centers to the electrical grid. It focuses on 800-volt direct current (DC) data center power distribution architectures. The rapid expansion of AI data centers and increasing energy requirements are driving demand for more efficient methods of connecting high-density computing infrastructure to the grid. At the same time, advancements in medium-voltage DC distribution technologies are accelerating the need for next-generation power conversion solutions that improve efficiency, power density, scalability, and reliability. "As the energy demands of AI data centers and industrial applications continue to grow, so does the demand for efficient, reliable, and sustainable power conversion," said Andreas Weisl, executive vice president and head of sales for Infineon's Industrial & Infrastructure division. "By joining forces with Eaton, we aim to advance solid-state transformer technology and contribute to the development of a more scalable, efficient, and sustainable infrastructure to power the AI data centers of the future." "In a context of increasing demands for energy efficiency, system reliability, and scalability in AI data centers, our goal is to drive the development and adoption of SST technology. In doing so, we aim to generate greater value for data center and grid operators, as well as for the renewable energy sector," said David Zheng, Vice President of Power Quality R&D for Eaton's Asia-Pacific region. "Infineon's advanced SiC technology is helping us accelerate the deployment of these next-generation power architectures." Designed for high-density IT infrastructures and emerging power distribution architectures for 800 VDC AI data centers, Eaton's MVSST 2.0 platform reduces conversion stages compared to conventional architectures, improving efficiency, power density, and deployment flexibility. As one of the first medium-voltage solid-state transformer platforms to achieve IEC certification, it combines advanced silicon carbide technology with Eaton's expertise in power distribution and conversion to support next-generation power infrastructure. Looking ahead, Eaton and Infineon are exploring next-generation SST platforms based on 2,3 kV and 3,3 kV SiC power modules to support higher system voltages, greater efficiency, and increased reliability for future AI data centers, power grid modernization, and renewable energy applications.