ECL Revolutionizes Data Center Industry with Hydrogen-Powered Modular Centers
Key Ideas
- ECL introduces a sustainable, modular data center powered entirely by hydrogen, offering high rack densities and innovative cooling technologies.
- The company's data centers promise no carbon emissions, extremely low noise levels, quicker construction times, and industry-leading power efficiency ratios.
- ECL's use of hydrogen fuel cells to power its data centers sets a new standard for excellence in design, sustainability, and energy efficiency in the industry.
- The first ECL data center in Mountain View, California, has been deployed by Cato Digital Inc., showcasing the potential to support AI workloads and advance sustainability goals.
Data center-as-a-service startup ECL has unveiled its first delivery of a modular, off-the-grid data center powered entirely by hydrogen. The company secured a $10 million investment to accelerate research and development efforts and expand globally, aiming to provide a sustainable alternative to traditional data center infrastructure. ECL's unique design supports high densities of graphics processing units and incorporates innovative cooling technologies using water created by their hydrogen-based power generation systems. With no carbon emissions, low noise levels, and faster construction times using 3D printers, ECL's data centers stand out. The use of hydrogen fuel cells drives every process within the data centers, maximizing power efficiency and achieving an industry-leading Power Usage Effectiveness ratio. Portability is a key advantage, allowing data centers to be deployed anywhere with the ability to connect via fiber optic cable. ECL's approach to hydrogen fuel cells is seen as innovative and promising in advancing global data center sustainability initiatives. The company's founder envisions catering to a wide range of clients, from major cloud service providers to smaller enterprises, all recognizing the benefits of hydrogen's efficiency, reliability, and sustainability.
Topics
Utilities
Sustainability
Sustainable
Portability
AI
Modular
Off-the-grid
Innovative Cooling Technologies
Data Center Design
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