AI and cloud infrastructure need clean, firm power, predictable delivery schedules, and confidence in long-term electricity costs. CORE POWER is developing floating nuclear power plants (FNPPs) as a scalable source of power for data centers.
AI and cloud infrastructure need clean, firm power, predictable delivery schedules, and confidence in long-term electricity costs. CORE POWER is developing floating nuclear power plants (FNPPs) as a scalable source of power for data centers.
AI and cloud infrastructure need clean, firm power, predictable delivery schedules, and confidence in long-term electricity costs. CORE POWER is developing floating nuclear power plants (FNPPs) as a scalable source of power for data centers.
Our fleet approach combines nuclear generation with established shipyard manufacturing methods. Repeatable production is designed to shorten build times, improve cost predictability, and support phased expansion across multiple locations.

Build power into your growth plan

Access to power shapes data center site selection, investment, and expansion decisions. Generation availability, grid capacity, and connection timelines influence how quickly new facilities become operational.
Planning power requirements alongside campus development helps align generation, connection infrastructure, and commercial commitments with each stage of growth.

Capacity for each stage of development

An FNPP fleet approach allows additional generating units to be planned around a campus’s phased expansion, aligning capacity with growing electricity demand. Each deployment depends on project scale, site suitability, licensing, and connection requirements.
Adding generation in stages helps manage the risk of committing to capacity before it is needed. Electricity purchase volumes, delivery dates, and payment obligations would be agreed through project-specific commercial arrangements.
Relocatable plants also offer flexibility as long-term demand changes. Any redeployment would require a suitable receiving site, licensing, and connection arrangements.

Waterside generation, flexible connections

Our FNPP model locates generation at suitable coastal or waterside sites. Power can reach data centers nearby or farther inland through the grid or dedicated connections, according to the project and market.
The data center does not have to be beside the plant. Early planning would assess available grid capacity, any required network upgrades, and dedicated connections, aligning infrastructure delivery with the campus development schedule.
The water-based model offers an alternative where land for a terrestrial nuclear plant is constrained. Shipyard construction moves much of the build into an industrial setting, reducing the work required at the deployment site. Site assessment, licensing, and connection infrastructure remain part of each project.

Benefits of the FNPP power solution

Benefits of the FNPP power solution

01

01

Clean, firm power for sustained compute demand.

Clean, firm power for sustained compute demand.

02

02

Scalable power capacity aligned with campus expansion.

Scalable power capacity aligned with campus expansion.

03

03

Flexibility to deploy and, where requirements allow, relocate generation across multiple locations.

Flexibility to deploy and, where requirements allow, relocate generation across multiple locations.

Discuss your next phase of growth

Interested in exploring FNPPs as a solution to your energy needs? Tell us about your planned locations, expected electricity demand, and development timeline, and our team will work with you to identify how best to integrate floating nuclear power can into your energy strategy.

Discuss your next phase of growth

Interested in exploring FNPPs as a solution to your energy needs? Tell us about your planned locations, expected electricity demand, and development timeline, and our team will work with you to identify how best to integrate floating nuclear power can into your energy strategy.

Discuss your next phase of growth

Interested in exploring FNPPs as a solution to your energy needs? Tell us about your planned locations, expected electricity demand, and development timeline, and our team will work with you to identify how best to integrate floating nuclear power can into your energy strategy.