PowerOne™
Cooling Solutions

Intelligent Cooling for High-Density, AI-Driven Data Centers

Hyperscale, Colocation and Enterprise data centers are under pressure to deliver more power, more cooling, and more uptime, all while adapting to the rapid rise of AI workloads. Staying ahead means rethinking how you manage heat at scale.

Designed for today’s high-density challenges and tomorrow’s innovation, PowerOne is the critical cooling foundation that makes your data center AI-ready.

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PowerOne is built on a simple promise:
less power consumed on cooling, more power driving computing.

Rethink Cooling.
Reallocate Power.
Reinforce Performance.

The North American data center precision cooling market is projected to reach approximately $15 billion by 2030, growing at a compound annual growth rate (CAGR) of 12.7% from 2025 to 2030. In high-performance environments, especially in older facilities, cooling already accounts for 30–40% of total energy use, and that number is only rising.

In this landscape, data centers can’t afford to waste a single watt on inefficient cooling. This is where smarter systems like PowerOne make a difference, freeing up electrical capacity that can be redirected to IT load. The result? More processing power, more revenue, and lower operational costs, all within the same footprint.

Cooling Technology Engineered to Empower High-Density Data Centers

PowerOne is AIRSYS’ flagship line of intelligent, high-efficiency, and scalable cooling solutions, purpose-built for the intense cooling demands of hyperscale, colocation, enterprise, and AI-driven facilities.
Features include:

Industry-leading
PUE/WUE

Intelligent
AI controls

Reduced Total Cost of Ownership (TCO)

Modular design for rapid scaling and versatile cooling capacities

Flexible deployment for data centers of all sizes and applications

Supports air, liquid,
and hybrid cooling
configurations

Optimized for
high-density AI and
HPC workloads

Low-GWP refrigerants for efficient, sustainable hyperscale cooling

AI-READY COOLING SYSTEMS

Meet the
PowerOne Cooling Lineup

CritiCool-X™

For Ultra-Efficiency

OUTDOOR UNIT
Input capacities: 500kW & 1MW (shown)

An oil-free magnetic bearing chiller made for data centers that can’t afford wasted energy or unplanned downtime. CritiCool-X is the right choice for cooling dense AI clusters and cutting energy costs while supporting sustainability goals.

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FluidCool-X™

For Seamless Scaling

INDOOR UNIT
Input capacities: 500kW, 1MW (shown), 2MW

When uptime is non-negotiable and density is accelerating, FluidCool-X delivers. FuildCool- X is a CDU engineered for reliability, speed, and scale, from edge AI pods to hyperscale clusters.

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MaxAir™

For Simplified Retrofitting

OUTDOOR UNIT
Input capacity: 240kW dual-fan

MaxAir solves airflow and energy problems in brownfield, greenfield, and other high-density data centers. This compact yet modular CRAC CW unit includes smart airflow control, energy-efficient EC fans, and high water temperature support for enhanced thermal performance and low energy use.

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Optima2 CW™

For Precision Cooling

INDOOR UNIT

A high-efficiency CRAC CW built for precise, reliable cooling. With smart coil design, accurate flow control, and a modular layout, it helps you save energy, scale up easily, and cut downtime.

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Cooling the AI Surge: Why Infrastructure Needs a Rethink

The AI boom is already here, and it’s pushing data center infrastructure to the edge.

The data centers that lead in the AI era will be those that treat cooling not as an afterthought, but as a core driver of performance and resilience.

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Frequently Asked Questions

Can PowerOne handle AI and high-density workloads?
Yes. PowerOne systems are optimized for the thermal demands of AI, HPC, and other high-density deployments, providing precise, reliable cooling where it matters most.
Is PowerOne suitable for hyperscale, colocation, and enterprise environments?
Yes. PowerOne is designed to support both hyperscale growth and the flexibility required in colocation settings. Its modular design and hybrid cooling options make it easy to scale and adapt.
What makes PowerOne different from traditional data center cooling systems?
PowerOne stands apart through its integrated approach to modern cooling challenges, combining advanced engineering, intelligent automation, and modular design to support the demands of high-density, AI-driven workloads. Unlike traditional systems, PowerOne is purpose-built to adapt to rapid scaling, variable thermal profiles, and evolving infrastructure needs across hyperscale and colocation environments. Its innovation lies not just in the technology, but in its ability to deliver performance, reliability, and flexibility as a unified solution.
How does PowerOne support sustainability and energy efficiency?
PowerOne systems are engineered to reduce environmental impact through high-efficiency components and intelligent thermal management. Features like oil-free magnetic bearing chillers, EC fans, and support for higher water temperatures help lower energy consumption without compromising performance. Intelligent controls continuously adjust cooling output in real time, preventing overcooling or overheating and ensuring precise, demand-based operation. Together, these innovations contribute to improved PUE/WUE and a more sustainable, cost-effective data center.
What cooling methods does PowerOne support?
PowerOne supports air, liquid, and hybrid cooling configurations, making it ideal for facilities transitioning to liquid cooling or operating in mixed environments.
Can I customize these units to fit my data center's needs?
Yes. All AIRSYS cooling solutions can be tailored to your facility to optimize performance, reduce power consumption, and increase operational efficiency. Talk to our specialists today to discuss the best options for your deployments.
Why is cooling one of the biggest limiting factors in AI infrastructure deployment?
AI and HPC workloads generate significantly more heat than traditional compute environments, often exceeding what legacy cooling systems were designed to handle. As rack densities climb and thermal loads become less predictable, conventional cooling solutions struggle to maintain performance and efficiency. Without scalable, intelligent cooling in place, operators risk bottlenecks, downtime, and reduced hardware lifespan.
When is it time to reevaluate my cooling infrastructure?
If you're seeing rising energy costs, temperature fluctuations, or planning for expansion, it may be time to reassess your cooling setup. Older systems often can’t keep up with high-density or AI-driven demands, leading to inefficiencies and performance risks. PowerOne delivers a future-ready cooling solution, built to scale with evolving workloads while lowering total cost of ownership.
What should I consider when planning cooling for future AI workloads?
Start by evaluating rack density projections, space constraints, and how your workloads might evolve. Look for cooling systems that support modular growth, hybrid configurations, and higher water temperature operation to increase energy efficiency. Smart controls and system flexibility will also be key to long-term adaptability and uptime.

Make Cooling a Strategic Advantage.

Looking to make your data center AI-ready?

Talk with our team to explore how PowerOne fits your goals for performance, efficiency, and growth.

Talk with a Cooling Expert