Project Enki
Offshore Power, Compute and Renewal
Project Enki is designed to revolutionize large-scale computing by pairing offshore wind power with AI 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 performance datacenters alongside offshore wind farms and leveraging natural seawater 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 seawater 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.