Shumate Engineering Unveils Revolutionary Cooling Design for Data Centers
TL;DR
Shumate Engineering's HDAC cooling design offers data centers a competitive edge by halving power use and slashing water consumption by 90%, significantly cutting operational costs.
Shumate Engineering's HDAC design combines wet and dry cooling in a closed loop, achieving PUE as low as 1.06, proven in tests at Baltimore Aircoil Company's facility.
By reducing energy and water use, Shumate Engineering's HDAC cooling design supports sustainable AI and cloud computing growth, benefiting global environmental sustainability efforts.
Discover how Shumate Engineering's innovative HDAC cooling design, presented at AFCOM’s Data Center World, is revolutionizing data center efficiency with minimal water and power use.
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Shumate Engineering has introduced a groundbreaking Hybrid-Dry/Adiabatic-Cooling (HDAC) design, marking a significant advancement for the data center industry. This patent-pending technology, presented at AFCOM’s Data Center World conference, combines wet and dry cooling techniques within a closed loop, offering a sustainable solution to the escalating demands of artificial intelligence and cloud computing.
The HDAC design has demonstrated the ability to reduce power usage effectiveness (PUE) for hyperscale data centers to between 1.1 to 1.06, a notable improvement over traditional systems. Successful tests at the Baltimore Aircoil Company's facility confirmed the system's efficiency, maintaining optimal fluid supply temperatures under varying ambient conditions. This innovation is poised to save billions in operational costs and significantly lessen the environmental impact of data centers.
With the global demand for data centers skyrocketing, the HDAC design presents a timely solution to the dual challenges of energy consumption and water usage. By halving power requirements and utilizing less than 10% of the water compared to conventional cooling methods, Shumate Engineering's technology enables the sustainable expansion of AI and high-density computing infrastructures.
The implications of this development are vast, offering data center operators a way to meet the growing computational needs without compromising on environmental responsibility. As the industry faces increasing scrutiny over resource usage, the HDAC design stands out as a scalable, modular system that aligns with aggressive sustainability goals while supporting technological advancements.
Curated from News Direct
