Designing for Liquid Cooling - Lawrence Livermore · PDF fileDesigning for Liquid Cooling...

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Operated by Los Alamos National Security, LLC for the U.S. Department of Energy's NNSA UNCLASSIFIED UNCLASSIFIED | 1 Designing for Liquid Cooling Presented by: Dr. Josip Loncaric, LANL Original Authors: Ron Velarde & Thomas Vigil, LANL SC14 Nov. 18, 2014 LA-UR-14-28775

Transcript of Designing for Liquid Cooling - Lawrence Livermore · PDF fileDesigning for Liquid Cooling...

Operated by Los Alamos National Security, LLC for the U.S. Department of Energy's NNSA

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Designing for Liquid Cooling Presented by: Dr. Josip Loncaric, LANL

Original Authors: Ron Velarde & Thomas Vigil, LANL

SC14 Nov. 18, 2014

LA-UR-14-28775

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Long lead time required

§  Approximate Timeline: – 2011: Liquid cooling engineering study – 2012: Design begins, targeting class W2 – 2013: Design approvals, construction begins – 2014: Major construction completed – 2015: Site prep, platform arrives

§  Design, approvals and construction take years! §  LANL verified design targets through multiple

sources including participation on EE HPC WG

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Open-Cell Tower Flow Diagram

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Project Layout

LA-UR-14-26968

Infrastructure Upgrades Project Preparation for Trinity

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3D View

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New 36” Cooling Tower Loop

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5 Additional Open-Cell Towers

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Before and After

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Infrastructure Changes Mechanical

§  (x5) 1200ton open-cell cooling towers with 100HP fans

§  (x3) 300HP and (x2) 150HP cooling tower pumps §  (x4) 250HP process pumps §  (x4) 3MW heat exchangers §  (x8) 40mesh basket strainers §  Trane controls §  (x3) AHUs for equipment cooling

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Infrastructure Changes for Trinity Chemical Treatment

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Back of Row-View

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NOTE: Notional Trinity Layout

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Underfloor Piping NOTE: Notional Trinity Layout

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Liquid cooling design movie

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Abstract

Liquid cooling design, approvals, and construction requires long term planning. LANL plans decades ahead, and initiated the process over 4 years prior to the arrival of our next liquid cooled platform. Major construction is completed at the facility side, and platform-specific site preparation is under way. Liquid cooling enables deployment of energy efficient advanced technology systems and promises to improve the overall energy and water use efficiency by about 25%.