20FT Container Data Centers Delivered to the US

Date:2026-09-21

Project Overview

Multiple 20FT container data centers supplied by SHENGLIN have been delivered to a data center project in the US, providing a compact and rapidly deployable infrastructure solution for computing applications. As AI workloads continue to drive demand for additional computing capacity, data center operators in North America are increasingly exploring modular deployment models that allow infrastructure to be expanded in stages.

The delivered containerized data centers integrate IT racks, power infrastructure, and air-cooled systems within standardized 20FT container structures. This modular approach enables computing capacity to be added according to project requirements while reducing the construction complexity and lead time typically associated with conventional data center expansion.

 

Project Information

• Product: Container Data Centers
• Project Location: US
• Container Size: 20FT per unit
• Rack Capacity: 4 Cabinets per unit
• Cooling System: Air-Cooled System
• Total Capacity: 115 kW per unit
• IT Load: 80 kW per unit
• Cooling & Auxiliary Facilities: 35 kW per unit

 

 

Project Features

• Standardized 20FT Configuration: Each containerized data center adopts a compact 20FT structure, integrating core data center infrastructure within a standardized module for flexible site deployment.
• 80 kW IT Capacity per Unit: Each unit provides 80 kW of dedicated IT power for four cabinets, supporting server and computing equipment while making efficient use of the available footprint.
• Integrated Air Cooling: An air-cooled system is incorporated into each container to provide thermal management for the IT environment, offering a practical solution for applications based on air cooling.
• 115 kW Total Capacity per Unit: Each 20FT module is configured with a total capacity of 115 kW, including 80 kW for IT loads and 35 kW for cooling and auxiliary facilities.
• Modular Capacity Expansion: Multiple containerized units can be deployed according to the required computing capacity, allowing operators to expand infrastructure progressively rather than relying solely on large-scale construction from the beginning.

 

Project Significance

For data center operators supporting AI, edge computing, and other digital workloads, infrastructure requirements can change rapidly as computing demand grows. Deploying multiple modular data center units provides a flexible way to add capacity in phases and adapt infrastructure to different site conditions and operational requirements.

The US project demonstrates the application of multiple 20FT container data centers, with each module providing 80 kW of IT capacity and 115 kW of total capacity. The standardized configuration can be applied to scenarios including data center expansion, distributed computing, edge infrastructure, and phased capacity deployment.

By combining containerized architecture, integrated air cooling, and standardized infrastructure, the delivered container data centers provide a flexible foundation for expanding computing capacity while supporting the evolving requirements of modern digital infrastructure.