The global race to build infrastructure for artificial intelligence has pushed developers to look beyond traditional land-based sites. Samsung Heavy Industries is advancing a novel solution: a standardized 50MW floating data center designed specifically for AI workloads, with a commercial launch targeted for the second half of 2028. The project, valued at an estimated $360 million, combines offshore engineering with hyperscale digital infrastructure to overcome two of the industry's most pressing bottlenecks: land scarcity and grid constraints.
As demand for AI computing accelerates across cloud services, autonomous technologies, and scientific research, developers increasingly face limited land availability, lengthy permitting processes, and constrained electricity networks. The Samsung Floating Data Center addresses these challenges by relocating critical digital infrastructure to sea. The platform integrates server halls, electrical systems, marine equipment, and onboard energy generation into a single floating structure, allowing operators to deploy computing capacity without relying entirely on land-based resources.
The facility will use surrounding seawater as its primary cooling medium, reducing cooling energy requirements while improving operational efficiency. Onboard power generation, including LNG-based solid oxide fuel cells, and optional subsea power connections provide flexible energy options depending on deployment conditions. Developers intend to apply proven shipbuilding techniques throughout construction, allowing hull fabrication, structural assembly, equipment installation, and systems integration to progress simultaneously. This modular design also enables future expansion through additional floating units, eliminating the need for acquiring new land.
The project has reached several important milestones during 2026. Earlier this year, the design received Approval in Principle from the American Bureau of Shipping and Lloyd’s Register, confirming that the concept satisfies recognized marine engineering and safety standards for offshore construction. Commercial partnerships have also expanded: Capital Clean Energy Carriers joined the initiative to support commercialization, while Supermicro is collaborating on validating AI server performance under demanding offshore operating conditions. Samsung Heavy Industries continues refining engineering, operational, and commercial strategies before construction begins.
Industry analysts believe floating facilities could help ease electricity shortages affecting major AI markets and shorten project delivery where land acquisition delays threaten conventional developments. If commercialization proceeds as scheduled, the first deployment in 2028 could demonstrate the viability of floating AI infrastructure at scale, potentially encouraging additional investment in offshore digital construction across Asia, Europe, the Middle East, and North America. The project signals the emergence of a new construction sector that combines shipbuilding, offshore engineering, renewable energy integration, and digital infrastructure.
Source: constructionreviewonline