Project Enki
Offshore Power, Compute and Renewal
Project Enki is designed to revolutionize large-scale computing by pairing offshore wind power with subsea-cooled datacenters, delivering unmatched sustainability, efficiency, and reliability for the world’s fastest-growing digital needs.
Client
Private
Services
Offshore Data Infrastructure Design Renewable Energy Integration Subsea Cooling & Efficiency Optimization Dual-Use Platform Development
Industries
Energy & Compute
Date
September 2025
The primary objective of Project Enki is to establish a pioneering offshore data-infrastructure ecosystem powered directly by renewable wind energy. By positioning high-density datacenters alongside offshore wind farms and leveraging natural subsea cooling, Enki delivers unmatched efficiency, scalability, and sustainability. The initiative transforms how energy-intensive computing is deployed. Continuous, clean power flows directly from the turbines to the datacenters, while the surrounding seawater provides cost-effective, eco-friendly cooling. This dual-use model minimizes land impact and sets a new benchmark for carbon-neutral digital infrastructure. Project Enki is redefining what’s possible for global data capacity, combining reliable renewable energy with cutting-edge ocean-based technology to create a resilient, future-ready platform for AI, cloud services, and beyond.
Overall, Project Enki has set a new standard for sustainable data infrastructure, demonstrating how offshore wind power and subsea-cooled datacenters can operate as a seamless, carbon-neutral ecosystem. The initiative has drawn strong interest from the global technology and energy sectors, earning recognition for its reliability, efficiency, and environmental benefits. As a result, Enki is positioning itself as a benchmark for future large-scale, renewable-powered computing, strengthening its role as a pioneer in next-generation digital infrastructure.