Christiaan Best, Founder & CEO of Green Revolution Cooling discusses the fiery motivation his organization has to change the data center cooling industry, their recent explosion of growth, and the cost-effective future of liquid submersion cooling.
Sponsored Post: An Open Letter to the HPC Community from Christiaan Best, CEO of Green Revolution Cooling
Nicholas Dube from HP presented this talk at the Adaptive Computing booth at SC13. “The ESIF data center is designed to achieve an annualized average power usage effectiveness (PUE) rating of 1.06 or better. Going beyond traditional PUE measurements, the NREL HPC Data Center is using warm-water liquid cooling for its high-power computer components, then capturing and reusing that waste heat as the primary heat source in the ESIF offices and laboratory space.”
In this video, Bob Lipp from Clustered Systems describes the company’s innovative cooling technology for high-density blade systems. “We integrate components, systems and software from leading suppliers with our patented two phase cooling infrastructure to deliver the greenest high performance compute systems. These whisper quiet systems drive down infrastructure and operational costs.”
In this video from SC13, Rich Whitmore from Motivair describes the company’s active cooling door system that can be fitted to the rear of any new or existing server rack. In-row rack coolers with containment systems require increased use of valuable data center floor space, increased energy consumption, and a rigid architecture system that is not conducive to rapid changes. The Motivair Chilled Door system is designed to overcome these issues by providing effective cooling of individual racks, regardless of the server heat load at any given time.
Asetek is the world’s leading supplier of liquid cooling systems for computers with over 1.5 million cooling systems shipped for workstations, desktop PCs and servers. Leveraging their proven technologies, the Asetek RackCDU™ Direct-to-Chip hot water cooling system delivers energy savings of up to 80% and server rack density increases of up to 2.5x-5x times compared to air-cooled data centers, with rapid ROI and low TCO.
A collaboration between CoolIT Systems, Canada, and the Schools of Computing and Mechanical Engineering at University of Leeds has been set up to analyze the influence of proximity liquid cooling on cloud-based workload algorithms.
Iceotope, the environmental cooling specialist, has announced the installation of its liquid-cooled servers inside the Poznan Supercomputing and Networking Center (PSNC) in Poland, a 3,200sq ft colocation facility offering shared HPC services to scientists, universities and researchers from around the world. The installation is part of the European PRACE Research Project (Partnership for Advanced Computing […]