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Wind-Powered Compute

Offshore AI Compute for a Grid-Constrained World

Unconstrained offshore green power

Ultra-dense AI training at scale

Minimize land, water & carbon footprint

250+

MW Green Power Accessed

250+

MW Green Power Accessed

250+

MW Green Power Accessed

10+

Million Liters Drinking Water Saved per Day

10+

Million Liters Drinking Water Saved per Day

10+

Million Liters Drinking Water Saved per Day

30+

Strategic Partners Connected

30+

Strategic Partners Connected

30+

Strategic Partners Connected

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Summary

Powering AI with Direct Offshore Green Energy

Offshore-first

AI-native

Sustainable

Secure

Scalable

Efficient

Collaborative

Innovative

Reliable

We help AI leaders turn offshore wind into scalable, secure compute capacity.

Our mission is simple: make clean, high-performance AI compute accessible by transforming offshore wind into reliable, scalable infrastructure. We design and operate offshore AI platforms that cut curtailment, bypass congested grids, and eliminate the need for land and drinking water.

From first 25 MW pilots to 200+ MW campuses, our systems are built to scale with your demand. We bring renewable power and AI-native capacity straight to the source. Eenabling you to train larger models, more sustainably, today and for the future.

Boost Your AI Compute Sustainability

Cut the carbon and water impact of your models by running them on offshore wind-powered AI infrastructure. By co-locating compute directly with renewable generation, you avoid congested grids, reduce curtailment, and eliminate the need for land and drinking water. So every training run moves your roadmap forward and your sustainability targets.

Boost Your AI Compute Sustainability

Cut the carbon and water impact of your models by running them on offshore wind-powered AI infrastructure. By co-locating compute directly with renewable generation, you avoid congested grids, reduce curtailment, and eliminate the need for land and drinking water. So every training run moves your roadmap forward and your sustainability targets.

Boost Your AI Compute Sustainability

Cut the carbon and water impact of your models by running them on offshore wind-powered AI infrastructure. By co-locating compute directly with renewable generation, you avoid congested grids, reduce curtailment, and eliminate the need for land and drinking water. So every training run moves your roadmap forward and your sustainability targets.

Maximize Compute Efficiency

Unlock higher GPU utilization and lower cost per training run with AI-native, high-density infrastructure. By placing compute directly next to offshore wind, you get stable green power, optimized cooling, and a platform designed for large-scale AI workloads. So every kilowatt delivers more usable performance, not overhead.

Maximize Compute Efficiency

Unlock higher GPU utilization and lower cost per training run with AI-native, high-density infrastructure. By placing compute directly next to offshore wind, you get stable green power, optimized cooling, and a platform designed for large-scale AI workloads. So every kilowatt delivers more usable performance, not overhead.

Maximize Compute Efficiency

Unlock higher GPU utilization and lower cost per training run with AI-native, high-density infrastructure. By placing compute directly next to offshore wind, you get stable green power, optimized cooling, and a platform designed for large-scale AI workloads. So every kilowatt delivers more usable performance, not overhead.

Secure Your AI Compute at Sea

Protect your most valuable workloads and infrastructure on physically isolated offshore platforms. With controlled access by sea or air, hardened connectivity, and tightly managed maintenance windows, our offshore AI compute reduces physical attack surfaces and helps you meet strict security and compliance requirements. Without compromising performance.

Secure Your AI Compute at Sea

Protect your most valuable workloads and infrastructure on physically isolated offshore platforms. With controlled access by sea or air, hardened connectivity, and tightly managed maintenance windows, our offshore AI compute reduces physical attack surfaces and helps you meet strict security and compliance requirements. Without compromising performance.

Secure Your AI Compute at Sea

Protect your most valuable workloads and infrastructure on physically isolated offshore platforms. With controlled access by sea or air, hardened connectivity, and tightly managed maintenance windows, our offshore AI compute reduces physical attack surfaces and helps you meet strict security and compliance requirements. Without compromising performance.

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SERVICES WE OFFER

Offshore AI compute solutions built for scale

We deliver AI-ready offshore platforms that convert stranded offshore wind into dedicated compute capacity. Boosting sustainability, lowering energy and cooling costs, and unlocking new ways to scale your GPU infrastructure.

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Co-Located Energy & Compute

Our expert team designs offshore platforms that co-locate wind power and AI compute—maximizing use of each megawatt, reducing curtailment, and cutting emissions.

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Co-Located Energy & Compute

Our expert team designs offshore platforms that co-locate wind power and AI compute—maximizing use of each megawatt, reducing curtailment, and cutting emissions.

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Co-Located Energy & Compute

Our expert team designs offshore platforms that co-locate wind power and AI compute—maximizing use of each megawatt, reducing curtailment, and cutting emissions.

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Offshore AI Campus Deployment

From wind site assessment to commissioning, we deliver full-stack offshore AI campuses—integrating power, cooling, and compute into a durable, dual-use platform at sea.

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Offshore AI Campus Deployment

From wind site assessment to commissioning, we deliver full-stack offshore AI campuses—integrating power, cooling, and compute into a durable, dual-use platform at sea.

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Offshore AI Campus Deployment

From wind site assessment to commissioning, we deliver full-stack offshore AI campuses—integrating power, cooling, and compute into a durable, dual-use platform at sea.

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Offshore Asset Upgrade & Optimization

We repurpose and upgrade existing offshore assets: integrating modern cooling, power, and network technologies to boost AI capacity, efficiency, and dual-use value.

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Offshore Asset Upgrade & Optimization

We repurpose and upgrade existing offshore assets: integrating modern cooling, power, and network technologies to boost AI capacity, efficiency, and dual-use value.

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Offshore Asset Upgrade & Optimization

We repurpose and upgrade existing offshore assets: integrating modern cooling, power, and network technologies to boost AI capacity, efficiency, and dual-use value.

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OUR PROCESS

Deployment Process.

Take a quick look at how we turn offshore wind into live, AI-ready compute capacity.

Expert offshore design

Our team engineers the full platform: power intake, cooling, and fiber. Tailored to your workloads and the specific wind site.

Expert offshore design

Our team engineers the full platform: power intake, cooling, and fiber. Tailored to your workloads and the specific wind site.

Expert offshore design

Our team engineers the full platform: power intake, cooling, and fiber. Tailored to your workloads and the specific wind site.

Long-term value

We structure bankable, long-term agreements that lock in green power, scale from pilot to 200+ MW, and optimize total cost of compute.

Long-term value

We structure bankable, long-term agreements that lock in green power, scale from pilot to 200+ MW, and optimize total cost of compute.

Long-term value

We structure bankable, long-term agreements that lock in green power, scale from pilot to 200+ MW, and optimize total cost of compute.

Premium technology

Our platforms unite GPU-dense containers, seawater cooling, and hardened links for peak performance and security.

Premium technology

Our platforms unite GPU-dense containers, seawater cooling, and hardened links for peak performance and security.

Premium technology

Our platforms unite GPU-dense containers, seawater cooling, and hardened links for peak performance and security.

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SEE OUR PROJECTS

See How We’re Powering Offshore AI Around the World

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OUR BLOG

Our latest insights

AI’s Power Problem Is Getting Political. Our Answer Starts at Sea.

AI’s power demand is hitting grid, land, and water limits. Project ENKI moves AI compute offshore, co-locating it with wind to scale sustainably at sea.

Clean Energy

Jan 28, 2025

AI’s Power Problem Is Getting Political. Our Answer Starts at Sea.

AI’s power demand is hitting grid, land, and water limits. Project ENKI moves AI compute offshore, co-locating it with wind to scale sustainably at sea.

Clean Energy

Jan 28, 2025

AI’s Power Problem Is Getting Political. Our Answer Starts at Sea.

AI’s power demand is hitting grid, land, and water limits. Project ENKI moves AI compute offshore, co-locating it with wind to scale sustainably at sea.

Clean Energy

Jan 28, 2025

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LOCATIONS

We’ve made impact all over the world

Ready to Take Your AI Compute Offshore?

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Project Enki B.V. | a TJYP Venture
Chamber of commerce: 98681036

Ready to Take Your AI Compute Offshore?

Company Logo

Socials

Subscribe Newsletter 

Sign up to get updates & news.

Project Enki B.V. | a TJYP Venture
Chamber of commerce: 98681036

Ready to Take Your AI Compute Offshore?

Company Logo

Socials

Subscribe Newsletter 

Sign up to get updates & news.

Project Enki B.V. | a TJYP Venture
Chamber of commerce: 98681036