EdgeCloudLink (ECL), a forward-thinking data center-as-a-service startup, is set to transform the data center landscape with its pioneering approach. ECL’s ambitious plan involves the creation of hydrogen-powered off-grid modular data centers, constructed using cutting-edge 3D printing technology. This article delves into ECL’s groundbreaking concept, exploring the key features of its innovative data center design and the potential implications for the industry.
The Vision of Hydrogen-Powered Data Centers
ECL is on a mission to redefine the data center paradigm by embracing hydrogen-powered off-grid modular data centers. These data centers are designed to be constructed in 1MW units, each utilizing advanced 3D printing techniques for rapid and cost-effective assembly. The use of hydrogen as a power source represents a significant departure from conventional data center practices, promising a sustainable and eco-friendly approach.
The inaugural data center project is currently underway at ECL’s headquarters in Mountain View, California. This state-of-the-art facility is being brought to life using a construction 3D printer in collaboration with local building services experts. Notably, it will rely on locally sourced hydrogen for power, feature a proprietary liquid cooling system, and eliminate the need for diesel generators, marking a substantial leap in green data center technology.
A Zero-Emission, Community-Integrated Data Center
ECL’s overarching objective is to create data centers that are not just efficient but also environmentally responsible and community-integrated. These innovative data centers aim to have a minimal environmental footprint while actively contributing to the well-being of the surrounding community.
The ability to swiftly construct data center capacity within six months and the compact nature of these facilities enable ECL to navigate zoning and safety regulations with ease. Each 1MW unit will be built on-demand, utilizing a 3D construction printer that employs environmentally friendly building materials. Hydrogen fuel cells, supplied by an on-site tank filled by a local hydrogen supplier, will serve as the primary power source.
ECL is set to showcase its inaugural 1MW data center site in Mountain View, California. This choice of location is strategic, as Mountain View is known for its rigorous regulatory framework. ECL’s success in this challenging environment is indicative of its ability to navigate complex regulatory landscapes, making it well-prepared for similar ventures worldwide.
Cost-Efficiency Redefined
Traditional data centers come with substantial construction costs, often ranging from $12 million to $15 million per MW. In contrast, ECL’s innovative approach promises to cut these expenses in half, making it more cost-effective than colocation spaces. Furthermore, ECL intends to disrupt the market for bare metal offerings from cloud providers, which typically carry a high markup, leading to growing disillusionment among users.
Each data center facility will incorporate its own hydrogen tank and fuel cells to generate electricity as the primary power source, complemented by batteries for backup. In cases where deemed suitable, a connection to the local grid can enhance reliability. Moreover, these data centers will feature extra fuel cell capacity, ensuring that any potential failures have limited impact due to modularization.
3D Printing and Sustainable Construction
ECL’s choice of utilizing construction 3D printers aligns perfectly with its modular data center design. The company emphasizes that these printers offer an efficient, sustainable, and waste-reducing method of construction. ECL can produce building blocks one at a time, utilizing sustainable concrete materials with minimal waste generation. Importantly, during periods of inactivity at a construction site, ECL plans to offer the 3D printer to the local community for housing or community building projects, further contributing to its commitment to sustainability.
ECL has engaged local partners to assist in the development of its Mountain View site, tapping into their expertise in navigating California’s zoning and seismic regulations. The data center’s structure comprises two robust walls filled with insulation, ensuring resilience to external environmental factors.
Following the successful completion of its initial construction projects, ECL intends to acquire its own 3D printers and train staff to operate them independently. This streamlined approach eliminates the need for a construction company, as the printing process requires just three individuals for operation.
3D-printed building under construction in Germany
Final Thoughts…
EdgeCloudLink’s ambitious venture into hydrogen-powered modular data centers stands as a testament to innovation in the data center industry. By combining 3D printing technology, sustainable construction practices, and hydrogen-based power sources, ECL aims to revolutionize data center infrastructure. With cost-efficiency, environmental sustainability, and community integration at its core, ECL is poised to shape the future of data centers and set new industry standards. As the pilot project in Mountain View, California, nears completion, the data center world eagerly awaits the transformative potential that ECL’s approach promises to deliver.
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