Providing offshore AI compute the sustainable way
From early pilots to future 200+ MW hubs, our offshore platforms are powering AI compute sustainably. Right where renewable energy is generated.
Providing offshore AI compute the sustainable way
From early pilots to future 200+ MW hubs, our offshore platforms are powering AI compute sustainably. Right where renewable energy is generated.
Providing offshore AI compute the sustainable way
From early pilots to future 200+ MW hubs, our offshore platforms are powering AI compute sustainably. Right where renewable energy is generated.
ABOUT US
ABOUT US
ABOUT US
Founded in 2025,
Project ENKI
MM Offshore Wind Connected
MM Offshore Wind Connected
MM Offshore Wind Connected
Wind energy
Wind energy
Wind energy
Milion Liters Drinking water saved per MW per year
Milion Liters Drinking water saved per MW per year
Milion Liters Drinking water saved per MW per year
Key partners connected
Key partners connected
Key partners connected
OUR VALUES
OUR VALUES
OUR VALUES
An AI-first, climate-smart future starts at sea
Sustainable Practices
Our offshore AI platforms are built for long-term sustainability. Using offshore wind, eliminating land and drinking-water use, and tightly controlling thermal impact on the sea, while delivering reliable, high-performance compute.
Sustainable Practices
Our offshore AI platforms are built for long-term sustainability. Using offshore wind, eliminating land and drinking-water use, and tightly controlling thermal impact on the sea, while delivering reliable, high-performance compute.
Sustainable Practices
Our offshore AI platforms are built for long-term sustainability. Using offshore wind, eliminating land and drinking-water use, and tightly controlling thermal impact on the sea, while delivering reliable, high-performance compute.
Global Expertise
We unite offshore, energy, and AI infrastructure expertise into solutions tailored to each project. From concept to deployment, our partner ecosystem and experience ensure efficient, secure, and sustainable offshore compute where it’s needed most.
Global Expertise
We unite offshore, energy, and AI infrastructure expertise into solutions tailored to each project. From concept to deployment, our partner ecosystem and experience ensure efficient, secure, and sustainable offshore compute where it’s needed most.
Global Expertise
We unite offshore, energy, and AI infrastructure expertise into solutions tailored to each project. From concept to deployment, our partner ecosystem and experience ensure efficient, secure, and sustainable offshore compute where it’s needed most.
Reliable and Efficient
Our offshore AI platforms are engineered for reliability and performance. Delivering stable green power, high-density cooling, and optimized GPU utilization. By colocating compute with offshore wind, we reduce infrastructure overhead, lower emissions, and provide a resilient foundation for your most demanding AI workloads.
Reliable and Efficient
Our offshore AI platforms are engineered for reliability and performance. Delivering stable green power, high-density cooling, and optimized GPU utilization. By colocating compute with offshore wind, we reduce infrastructure overhead, lower emissions, and provide a resilient foundation for your most demanding AI workloads.
Reliable and Efficient
Our offshore AI platforms are engineered for reliability and performance. Delivering stable green power, high-density cooling, and optimized GPU utilization. By colocating compute with offshore wind, we reduce infrastructure overhead, lower emissions, and provide a resilient foundation for your most demanding AI workloads.
OUR LEADERSHIP
OUR LEADERSHIP
OUR LEADERSHIP
Our Team
Project ENKI is led by a multidisciplinary team with extensive experience across all domains required to build and operate offshore high-compute infrastructure. Our backgrounds span large-scale energy development, maritime engineering, high-density data-center design, AI compute operations, and financial structuring.
Our founders and partners have previously delivered complex offshore assets, high-performance compute environments, and multi-stakeholder infrastructure projects across Europe. This collective expertise enables ENKI to integrate power, cooling, platform construction, and compute at scale. With a focus on reliability, sustainability, and execution excellence.
While our work is highly collaborative and often confidential, our team brings the critical knowledge needed to pioneer the next evolution of offshore energy-aligned compute.
FAQs
Got questions?
We make offshore compute easy to understand.Explore answers to the most common questions below.
Still got questions?
Getting stared
Collaboration
Support
ENKI builds modular, high-density data-center units positioned at sea, directly beside offshore wind farms. These platforms provide power, cooling, and space for AI compute hardware without relying on congested onshore grids.
Europe faces extreme grid congestion, land limitations, and cooling constraints. Offshore locations offer abundant renewable power, natural seawater cooling, and scalable space. Enabling immediate, high-capacity AI infrastructure deployment.
ENKI supports compute partners operating large-scale AI training clusters, energy producers seeking stable baseload demand, and organizations that need high-density compute without long onshore permitting or grid delays.
For security and operational reasons, ENKI platforms are purpose-built for dedicated clients and always exceed 20 MW. They are designed as stand-alone offshore campuses tailored to a partner’s compute requirements.
ENKI delivers the offshore SPV, power integration, cooling systems, platform construction, maritime logistics, and long-term operations. Deployments can expand indefinitely. There is no upper limit to scaling.
Following capacity reservation and planning, ENKI platforms can be deployed in under one year, significantly faster than traditional onshore data-center developments.
FAQs
Got questions?
We make offshore compute easy to understand.Explore answers to the most common questions below.
Getting stared
Collaboration
Support
ENKI builds modular, high-density data-center units positioned at sea, directly beside offshore wind farms. These platforms provide power, cooling, and space for AI compute hardware without relying on congested onshore grids.
Europe faces extreme grid congestion, land limitations, and cooling constraints. Offshore locations offer abundant renewable power, natural seawater cooling, and scalable space. Enabling immediate, high-capacity AI infrastructure deployment.
ENKI supports compute partners operating large-scale AI training clusters, energy producers seeking stable baseload demand, and organizations that need high-density compute without long onshore permitting or grid delays.
For security and operational reasons, ENKI platforms are purpose-built for dedicated clients and always exceed 20 MW. They are designed as stand-alone offshore campuses tailored to a partner’s compute requirements.
ENKI delivers the offshore SPV, power integration, cooling systems, platform construction, maritime logistics, and long-term operations. Deployments can expand indefinitely. There is no upper limit to scaling.
Following capacity reservation and planning, ENKI platforms can be deployed in under one year, significantly faster than traditional onshore data-center developments.
Still got questions?
FAQs
Got questions?
We make offshore compute easy to understand.Explore answers to the most common questions below.
Getting stared
Collaboration
Support
ENKI builds modular, high-density data-center units positioned at sea, directly beside offshore wind farms. These platforms provide power, cooling, and space for AI compute hardware without relying on congested onshore grids.
Europe faces extreme grid congestion, land limitations, and cooling constraints. Offshore locations offer abundant renewable power, natural seawater cooling, and scalable space. Enabling immediate, high-capacity AI infrastructure deployment.
ENKI supports compute partners operating large-scale AI training clusters, energy producers seeking stable baseload demand, and organizations that need high-density compute without long onshore permitting or grid delays.
For security and operational reasons, ENKI platforms are purpose-built for dedicated clients and always exceed 20 MW. They are designed as stand-alone offshore campuses tailored to a partner’s compute requirements.
ENKI delivers the offshore SPV, power integration, cooling systems, platform construction, maritime logistics, and long-term operations. Deployments can expand indefinitely. There is no upper limit to scaling.
Following capacity reservation and planning, ENKI platforms can be deployed in under one year, significantly faster than traditional onshore data-center developments.
Still got questions?
Ready to Take Your AI Compute Offshore?
Project Enki B.V. | a TJYP Venture
Chamber of commerce: 98681036
Ready to Take Your AI Compute Offshore?
Project Enki B.V. | a TJYP Venture
Chamber of commerce: 98681036
Ready to Take Your AI Compute Offshore?
Project Enki B.V. | a TJYP Venture
Chamber of commerce: 98681036