NVIDIA Pro6000 Containerized Data Center | New Product Launch

Surge in AI Computing Power: Liquid-Cooled Containerized Data Centers Emerge as a New Construction Trend

Driven by the rapid advancement of large-scale models, generative AI, and high-performance computing (HPC), data centers are undergoing a new wave of infrastructure upgrades. Compared to the traditional internet era, AI servers consume more power and generate greater heat, placing unprecedented demands on cooling efficiency, deployment speed, and energy utilization.

Industry data indicates that the market for liquid-cooled data centers has grown rapidly in recent years, with liquid cooling technology emerging as a key development direction for high-density computing centers. Notably, liquid-cooled containerized data centers—characterized by their modular, prefabricated, and standardized designs—are becoming a preferred choice for an increasing number of enterprises building AI computing infrastructure.

Unlike traditional data centers, these units integrate IT equipment, liquid cooling systems, power distribution, fire suppression, and monitoring systems into a standard shipping container. This approach enables factory prefabrication, complete unit delivery, and rapid on-site deployment, significantly reducing construction timelines and overall operating costs.

As a total solution provider specializing in liquid cooling technology, Lian Li Liquid Cooling has launched the Pro6000—an all-in-one liquid-cooled containerized data center designed specifically as a next-generation, high-density computing infrastructure for the AI ​​era.

Why are more and more AI data centers opting for liquid-cooled container solutions?

Liquid-cooled containers represent not merely a new form of deployment, but an upgrade to the data center construction model.

1. Deployment completed in weeks; construction efficiency increased manifold

Traditional data centers typically involve multiple stages—such as civil engineering, interior fit-out, mechanical and electrical installation, and commissioning—often requiring a year or more from initial planning to official operation.

Liquid-cooled containers utilize a modular manufacturing approach; all systems are integrated, tested, and factory-acceptance-tested (FAT) at the manufacturing facility. Once transported to the site, they require only hoisting and utility connections (power and water) to become operational, drastically shortening the project construction timeline.

For AI training centers, cloud computing platforms, and edge computing nodes, rapid deployment translates into faster realization of business value.

2. Meeting High-Density Cooling Demands for AI Servers

Power consumption in GPU servers continues to rise.

With next-generation GPU platforms—ranging from the H100 and H200 to the GB200 and B300—rack power density has surged from the 10–15 kW typical of traditional servers to 50 kW or higher.

Conventional air cooling is approaching its thermal dissipation limits.

Liquid cooling systems leverage the superior thermal conductivity of liquids compared to air to continuously and effectively dissipate large amounts of heat, ensuring the long-term, stable operation of high-density GPU servers.

Liquid-cooled container solutions easily support:

• AI training clusters
• Large model inference platforms
• High-Performance Computing (HPC)
• Scientific research computing centers
• Cloud computing GPU resource pools

3. Lower PUE, continuously reducing operating costs

For data centers, cooling energy consumption consistently accounts for a significant portion of operating costs.

By combining cold-plate liquid cooling with free cooling, the overall PUE of the liquid-cooled container can be reduced to approximately 1.15, effectively lowering total energy consumption compared to traditional air-cooled data centers.

This translates to:

• Lower electricity costs
• Reduced carbon emissions
• Higher energy efficiency
• Easier compliance with green data center standards

The long-term operational advantages are substantial.

4. Modular scalability, better suited for AI business growth

AI operations are typically characterized by rapid growth.

Liquid-cooled containers support both single-unit deployment and parallel expansion using multiple modules.

Enterprises can incrementally increase computing power in line with business growth—avoiding the need to construct large-scale data centers upfront—thereby effectively reducing initial investment pressure while maintaining the capacity for future expansion.

Lianli Liquid Cooling: A Global Provider of Liquid Cooling Infrastructure Solutions

Lianli Liquid Cooling has long focused on the R&D and intelligent manufacturing of liquid cooling technologies, providing comprehensive liquid cooling solutions for data centers to customers worldwide.

Currently, the company's products are widely applied in:

• AI data centers
• Cloud computing centers
• GPU server liquid cooling
• Telecommunications equipment
• Energy storage thermal management systems
• Industrial liquid cooling equipment

Through years of continuous development, Lianli Liquid Cooling has established comprehensive capabilities covering R&D, manufacturing, testing, delivery, and after-sales service.

The company's liquid cooling products and solutions serve clients in over 100 countries and regions, with a cumulative deployment of more than 5 million cooling units and project capacities reaching the gigawatt (GW) scale.

At the same time, Lianli Liquid Cooling maintains a strong commitment to R&D. Backed by expert engineering teams specializing in fluid dynamics, thermal management, structural design, and automatic control, the company provides customized liquid cooling solutions tailored to various GPU platforms, ensuring compatibility with mainstream server platforms from NVIDIA, AMD, and Intel.

Pro6000 Liquid-Cooled Containerized Data Center: A Highly Integrated, All-in-One Solution

The Pro6000 utilizes a standard 20-foot high-cube (20HQ) container as its platform, integrating complete data center infrastructure into a single module to deliver a true "plug-and-play" experience.

The integrated system comprises:

• Liquid-cooled server racks
• Coolant Distribution Unit (CDU)
• Power distribution system
• Precision air conditioning
• Infrastructure monitoring system
• Gas-based fire suppression system
• Network and auxiliary systems

Customers receive a complete data center module without the need to procure multiple subsystems separately.

High-Density GPU Deployment Capability

Pro6000 Internal Configuration:

• 4 x 48U liquid-cooled server racks
• Supports 36 x 4U liquid-cooled GPU servers
• Designed IT load: 216 kW

It meets the high-density GPU deployment requirements of mainstream AI training and inference platforms.

For enterprises needing to rapidly build AI computing centers, this modular deployment approach significantly reduces construction complexity.

Liquid Cooling System

The Pro6000 utilizes a rack-level Coolant Distribution Unit (CDU) system.

Key features include:

• Plate-type heat exchange structure
• Complete isolation between primary and secondary circuits
• Redundant dual-pump design
• Automatic variable-frequency regulation
• High-reliability continuous operation

The entire liquid cooling system delivers consistent, efficient cooling to the GPU servers, ensuring the long-term stability of AI computing operations.

Comprehensive Power Supply, Distribution, and Environmental Control

In addition to the liquid cooling system, the Pro6000 is equipped with a full suite of data center auxiliary systems, including:

• Dual-circuit power supply design
• Precision in-row air conditioning
• Intelligent power distribution units (PDUs)
• Reserved UPS interfaces
• Internal cabinet lighting system

This ensures stable power supply and operational safety, even in complex operating environments.

Intelligent Monitoring and Security Management

The Pro6000 features a built-in intelligent O&M platform capable of real-time monitoring of:

• Temperature
• Humidity
• Liquid leakage status
• Smoke detection
• Access control status
• Power system operation
• Liquid cooling system operating parameters

It supports standard protocols such as Modbus and SNMP, enabling rapid integration with customer DCIM platforms for unified remote management.

The fire suppression system utilizes an automatic gas-based solution and supports multiple activation modes—including automatic, manual, and emergency—providing comprehensive safety protection for equipment operations.

Industrial-Grade Reliability Design

Engineered for long-term, continuous operation, the Pro6000 adheres to industrial-grade design standards.

Key features include:

• IP54-rated enclosure
• All-weather outdoor deployment capability
• Operating temperature range of -20°C to 45°C
• Factory-tested prior to delivery
• Rapid on-site installation

It fully meets the requirements for the long-term, stable operation of data centers.

Why Choose the Lian Li Pro6000?

Compared with traditional data center construction, the Lian Li Pro6000 Liquid-Cooled Containerized Data Center offers significant advantages in deployment speed, power density, energy efficiency, and operational management.

For rapidly growing AI computing infrastructure, the Pro6000 provides a standardized, modular solution that significantly reduces construction risks, accelerates project delivery, and lowers long-term operating costs. It enables enterprises to deploy high-density liquid-cooled computing capacity quickly while maintaining excellent energy efficiency and simplified operations.

A New Choice for Future AI Computing Infrastructure

As the scale of AI training continues to expand, high-density liquid cooling is poised to become the mainstream direction for data center development.

Liquid-cooled containerized data centers not only resolve issues associated with traditional facilities—such as long construction cycles, difficulties in capacity expansion, and insufficient heat dissipation—but also facilitate a shift from "construction projects" to "product delivery" through standardized design.

The Lian Li Pro6000 is a next-generation liquid-cooling infrastructure platform developed in response to this trend.

Leveraging mature liquid-cooling technology, comprehensive system integration capabilities, global project delivery experience, and standardized product design, the Pro6000 enables enterprises to rapidly deploy efficient, secure, and energy-saving AI computing centers. It provides stable, reliable infrastructure support for large-scale model training, intelligent computing, scientific research, and cloud computing operations.

As the AI ​​industry continues to evolve, liquid-cooled containerized data centers will become a vital component of green, high-density, and highly efficient computing networks. Lian Li Liquid Cooling remains committed to driving technological innovation and delivering advanced liquid-cooling solutions to global customers.