A Primer on Vertiv
Primers get you up to speed with the main products and moving parts of the business model, as well as the competitive landscape.
Introduction
Vertiv is a global leader in critical digital infrastructure, providing end-to-end power and cooling technologies for data centers, communication networks, and commercial/industrial environments.
The company’s roots date back to 1946, with the Liebert Corporation established in 1965 as the industry’s first computer room air conditioning manufacturer.
After being acquired by Emerson Electric Co. in 1987 and later operating as Emerson Network Power, the business was spun off in 2016 to become Vertiv.
Vertiv became a publicly traded company on the NYSE on February 7, 2020, following a business combination with GS Acquisition Holdings Corp.
Employed approximately 34,000 people globally as of December 31, 2025, with 41% dedicated to manufacturing.
Successfully hired over 2,500 new salaried employees in 2025, with a focus on Engineering, Services, and Operations.
Core Offerings and Capabilities
Offerings include AC and DC power management, thermal management (both air and liquid-cooled), low/medium voltage switchgear, busbars, integrated modular solutions, and rack-scale AI compute infrastructure.
Management argues its competitive advantage lies in first-to-market designs engineered specifically for next-gen rack-scale artificial intelligence (AI) compute.
Vertiv operates over 300 service centers with approximately 5,000 service engineers globally. The company reports a first-time fix rate of over 90% during site emergency visits.
Target End Markets
Data Centers:
Cloud/Hyperscale: Serving giants like Microsoft, AWS, and Google Cloud for large-scale cloud and AI workloads.
Colocation: Providing infrastructure for companies like Digital Realty and Equinix.
Neocloud: A rapidly growing segment focused on AI-optimized infrastructure (e.g., CoreWeave, Nebius).
Enterprise: Serving Fortune 1000 businesses with on-premises facilities.
Communication Networks: Serving wireline, wireless, and broadband companies, aligned with telecom capital expenditure cycles.
Commercial and Industrial: Supporting critical systems in transportation, manufacturing, and oil and gas.
Strategic and Operational Framework
The company is focused on five pillars: Maintaining customer focus, achieving operational excellence, building a high-performance culture, fostering innovation, and reinforcing financial strength.
Vertiv Operating System (VOS) is a foundational approach to operational excellence using pervasive lean techniques and Lean Six Sigma certification to drive efficiency and quality.
Innovation Investment: Vertiv spent $441.7M on engineering, research, and development (ER&D) in FY25 to maintain market leadership.
As of year-end 2025, the company held approximately 3K registered patents and 1.9K pending applications.
Supply Chain Resilience: Vertiv pursues a diversification strategy to avoid overreliance on specific suppliers or regions, though it remains subject to potential shortages of parts and logistical challenges.
Day-1 Service Revenue
Rather than providing warranty, which worked for most industrial applications and traditional data centers, this isn’t cutting it for AI data centers, which tend to work at full capacity 24/7, running synchronized GPU arrays and have very complex liquid cooling systems; the cost of failure somewhere has wider ramifications. Therefore, they need continuous, predictive, and real-time proactive maintenance for their cooling and power systems (provided by its recently launched Next Predict service). From the 2026 JP Morgan presentation:
You need to have reliability built in and very often a crew of Vertiv service people on site day 1. It's not about, oh, yes, I'll see you in 2 years. It's day 1. It's critical day 1. So maybe the content is a little bit smaller because there will be part of the activity that is covered through warranty, but it's really kind of the monitoring, the present, the service level guarantee on site that play a very big role. And we like a lot the direction of travel.
This creates more of a partnership with clients and increases stickiness, and adds a recurring revenue stream, supplementing one-time device sales.
Capital Structure and Governance
Private Placement Warrants: As of December 31, 2025, there are no outstanding Private Placement Warrants following final exercises in late 2024.
Major Stockholders: VPE Holdings (Platinum Equity affiliate) sold its remaining Class A common stock as of February 27, 2024.
Competitive Advantage
Vertiv’s competitive advantage doesn’t necessarily lie in superior technology; it’s more a combination of the following elements:
1. Full-Stack Portfolio
Vertiv’s competitive advantages include high-density power solutions, hybrid cooling innovation, and a global service network, reinforced by industry-leading R&D investment. Unlike most rivals who specialize in either power or cooling, Vertiv covers the entire critical infrastructure stack.
2. Liquid Cooling First-Mover Advantage
Perhaps most of Vertiv’s competitive moat lies in its global service network and its first-mover advantage in liquid cooling CDUs. As AI workloads push rack densities into ranges that air cooling simply can’t handle, this is becoming structurally decisive.
3. Deep Hyperscaler Integration & Vendor Lock-In
Vertiv’s integration at the architectural level creates vendor lock-in, ensuring sticky contracts and revenue visibility. This is more co-development than selling off-the-shelf solutions.
The company’s engineers work directly with silicon providers and hyperscalers to design future data centers, ensuring its technology roadmaps are aligned with next-generation requirements. This is co-development, rather than selling off-the-shelf solutions.
4. NVIDIA Partnership
Vertiv’s collaboration with NVIDIA to develop 800 VDC platforms, alongside advanced liquid-cooling systems and global reference designs, reinforces its moat by providing validated architectures that reduce deployment risk and increase switching costs.
5. Global Service Network
With over 25K field technicians and 250 service centers worldwide, Vertiv delivers unmatched service capability. For a hyperscaler running 24/7 uptime requirements, that kind of global field presence is a real barrier.
6. Patent Portfolio & R&D Depth
Vertiv invests approximately 5% of sales into R&D — $441.7M in 2025 — and holds approximately 3K registered patents and 1,9K registered trademarks.
This all sounds very impressive, but Vertiv enjoys a narrow economic moat, primarily due to high switching costs and intangible assets such as brand reputation and its extensive service network. So they aren’t unbeatable; there is significant competition.
Competition
Schneider Electric is probably the main competitor, especially after the acquisition of Motivair. Schneider's Secure Power division holds an estimated 22% market share in data center infrastructure, with cross-selling advantages from its broader energy management portfolio.
Eaton competes directly in power quality and UPS, but it got much stronger after acquiring Boyd Thermal. Eaton now has an explicit data-center cooling push, including chip-level liquid cooling and data-center-focused thermal solutions. Eaton may be especially dangerous in deployments that value bundled power + thermal + rack solutions, because it already has credibility with electrical customers and channel partners. Its legacy in rack cooling and edge/server-room cooling also gives it a path into smaller and distributed deployments, while Boyd Thermal expands it toward higher-density AI use cases.
Super Micro (SMCI) competes at the rack-system level, strengthening its position with end-to-end AI rack-scale systems that integrate compute, networking, storage, and liquid cooling. SMCI is a real competitive threat, especially in AI buildouts where customers may buy a pre-integrated liquid-cooled rack solution instead of assembling the stack from separate vendors. But SMCI is also partly complementary to Vertiv because growing adoption of liquid cooling increases the need for CDUs, heat rejection, and facility cooling outside the rack.
Huawei, while competing in a limited geography due to company-specific sanctions, its published liquid-cooling materials describe a full liquid-cooling data center solution that can cut cooling-system power use by 96% and reduce PUE from 2.2 to 1.1, which is squarely in Vertiv’s technical territory. The overlap is strongest in China and other markets where Huawei has deep enterprise and telecom relationships.
Bigger Conglomerates with more general capabilities
ABB is strong in power infrastructure and modular solutions; it launched AI-ready UPS systems in mid-2025. So ABB’s overlap with Vertiv is strongest in the enabling infrastructure layer: motors, drives, protection, switchgear, UPS-related components, and HVAC systems that support data center cooling environments. It is also moving closer to liquid cooling through partnerships and product concepts, including a partnership with HPE Cray that could lead to liquid-cooled PDUs and an investment in cooling optimization software.
Mitsubishi Electric is actively offering liquid-cooling and hybrid-cooling products that overlap with Vertiv’s high-density AI cooling focus. Even so, Vertiv still appears stronger in brand recognition and specialization within AI-oriented liquid cooling, based on its dedicated product lineup and recent acquisitions.
Upstarts
Motivair (now part of Schneider Electric)
Motivair was the most direct pure-play threat to Vertiv’s CDU business — until Schneider Electric acquired it, bolstering its market share and enhancing its expertise in direct-to-chip liquid cooling and high-capacity thermal solutions. Post-acquisition, Schneider and Motivair unveiled a joint CDU capable of managing 2.5MW of processing power.
Iceotope
Iceotope has developed a genuinely differentiated approach, focusing on chassis-level immersion rather than room, rack, or chip-level solutions — essentially wrapping each server in its own sealed cooling environment, eliminating air as a thermal transfer medium entirely. This has made it particularly relevant for edge computing in harsh environments.
Iceotope has raised $81.4M in funding, making it the highest-funded company in the data center cooling systems startup sector. Partners include nVent and Intel. The company has demonstrated cooling at 1000W+ per chip — relevant as next-gen GPUs push into that territory.
A differentiation comes from its sealed chassis design, which allows hot-swapping and maintenance, which full-immersion systems typically can’t do as easily.
LiquidStack
Born from Bitcoin mining, which turns out to have been excellent training for dense heat loads. LiquidStack’s two-phase immersion approach submerges servers in an engineered fluid with a calibrated boiling point — as components generate heat, the fluid boils, carrying heat away through vapor that condenses and returns to the system. No pumps required. That passive design reportedly cuts cooling energy by over 90% in production.
LiquidStack secured a $20M Series B extension from Tiger Global in September 2024, and in June 2025 unveiled its GigaModular™ CDU — a scalable, multi-megawatt cooling platform designed for high-density AI and hyperscale GPU clusters.
Risk: Two-phase immersion requires specialized engineered fluids and server modifications, which slows adoption vs. single-phase or direct-to-chip.
GRC — Green Revolution Cooling
Its key differentiator is compatibility with standard off-the-shelf servers, requiring no specialized hardware, making GRC particularly successful in helping existing facilities manage density transitions without major reconstruction. Their ElectroSafe fluid is biodegradable, addressing adoption concerns around environmental risk.
GRC secured a $28M Series C investment led by SK Lubricants, with a joint goal of driving rapid standardization and commercialization of single-phase immersion systems.
Submer
Submer is a European player with a strong sustainability angle. Submer’s tech reportedly reduces the physical footprint of IT equipment by up to 90%, with 99% of the heat generated recyclable. In February 2025, Submer announced expansion of its SmartPod immersion cooling systems across AI-focused data center facilities in Europe. Its biodegradable dielectric coolant is a key differentiator for operators facing tightening environmental regulations in the EU.
Below we look at financial developments and prospects.
