novec engineered fluids other components reduces...

LS1 R33 R31 C31 R29 R30 C30 R3 C27 B A Y1 R20 L5 R2 Advantages over conventional air cooling Increased power density per rack More computing power in less space Dramatically less energy used for cooling Can reduce cooling energy costs 95%+ Uses 10x less floor space 3M: A proud history of electronics cooling innovation First commercial-scale installation of an immersion cooling system for data center electronics employing Novec fluids October: 500kw two-phase immersion cooled data center operational in Hong Kong May: 3M Data Center Cooling Process wins Uptime Institute GEIT Award Novec fluids developed for use in Organic Rankine Cycle systems to capture waste heat as energy New thermal management applications for Novec fluids are introduced 3M Novec Engineered Fluids are introduced as replacements for ozone- depleting substances such as CFCs • Simple design allows faster construction • Fewer moving parts and other components reduces maintenance costs • Scalable thermal infrastructure can accommodate future hardware generations • Increased temperature uniformity and stability • Increased packaging density means increased communication bandwidth Vapor condenses on coil or lid condenser Fluid recirculates passively to bath Heat generated on chip and fluid turns into vapor Vapor rises to top <1% Immersion Cooling with 3M ™ Novec ™ Engineered Fluids The Cool Science of Data Center Productivity How two phase immersion cooling works A i r 3 M N o vec F lu i d 3M Novec Fluids The Sustainable, Smart Solution • Non-conductive • No residue • Nonflammable • Low toxicity • Zero ozone depletion potential • Low global warming • Non-VOC © 3M 2015. All rights reserved. 3M, Fluorinert and Novec are trademarks of 3M Company. 3M introduces dielectric fluorochemical heat transfer fluids for direct contact cooling of military avionics Direct contact cooling with 3M heat transfer fluids helps enable the development of dense electronics, such as supercomputers and power controllers 2012 2009 2000s 1996 2013 1970- 1980s 1950s 2014 2015 July: Allied Control begins building the most powerful two-phase immersion cooled data center in the world for BitFury Group June: PEZY Computing earns the top three rankings on the Green500 list, using a 3M ™ Fluorinert ™ Electronic Liquid for immersion cooling November: A supercomputer co-developed by PEZY Computing and ExaScaler Inc., using 3M ™ Fluorinert ™ Electronic Liquid immersion cooling ranks second on the Green500 list April: 3M debuts a fully functional supercomputer developed with Intel and SGI that uses 3M’s revolutionary two-phase immersion cooling technology February: Two-phase immersion cooling with 3M Novec Engineered Fluid earns bronze Edison Award Air Up to 10 kW per m 2 3M Novec Fluid Up to 100 kW per m 2 4 - 40 kW Up to 250 kW 1.1 - 2.0 pPUE <1.02 pPUE Power used for IT cooling

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Page 1: Novec Engineered Fluids other components reduces …multimedia.3m.com/mws/media/949741O/immersion-cooling-3...conventional air cooling Increased power density per rack More computing

LS1 R33

R31 C31 R29R30C30R3

C27

R20L5

Advantages over conventional air cooling

Increased power density

per rack

More computing power in

less space

Dramatically less energy

used for cooling

Can reducecooling energy costs

95%+

Uses 10x less floor space

3M: A proudhistory of

electronicscooling

innovation

First commercial-scale installation of an immersion cooling system for data center electronics employing Novec fluids

October: 500kw two-phase immersion cooled data centeroperational in Hong Kong

May: 3M Data Center Cooling Process wins Uptime Institute GEIT Award

Novec fluids developed for use in Organic Rankine Cycle systems to capture waste heat as energy

New thermal management applications for Novec fluids are introduced

3M Novec Engineered Fluids are introduced as replacements for ozone- depleting substances such as CFCs

• Simple design allows faster construction• Fewer moving parts and other components reduces maintenance costs• Scalable thermal infrastructure can accommodate future hardware generations• Increased temperature uniformity and stability

• Increased packaging density means increased communication bandwidth

Vapor condenses on coil or lid condenser

Fluid recirculates passively

to bath

Heat generatedon chip and

fluid turns into vapor

Vapor risesto top

<1%

Immersion Cooling with 3M™ Novec™ Engineered FluidsThe Cool Science of Data Center Productivity

How two phase immersion cooling works

Air

3M Novec Fluid 3M Novec FluidsThe Sustainable, Smart Solution• Non-conductive• No residue• Nonflammable• Low toxicity• Zero ozone depletion potential• Low global warming• Non-VOC

3M introduces dielectric fluorochemical heat transfer fluids for direct contact cooling of military avionics

Direct contact cooling with 3M heat transfer fluids helps enable the development of dense electronics, such as supercomputers and power controllers

2012

2009

2000s

1996

2013

1970-1980s

1950s

2014

2015July: Allied Control begins building the most powerful two-phase immersion cooled data center in the world for BitFury GroupJune: PEZY Computing earns the top three rankings on the Green500 list, using a 3M™ Fluorinert™ Electronic Liquid for immersion coolingNovember: A supercomputer co-developed by PEZY Computing and ExaScaler Inc., using 3M™ Fluorinert™ Electronic Liquid immersion cooling ranks second on the Green500 list

April: 3M debuts a fully functional supercomputer developed with Intel and SGI that uses 3M’s revolutionary two-phase immersion cooling technologyFebruary: Two-phase immersion cooling with 3M Novec Engineered Fluid earns bronze Edison Award

Air

Up to

10 kW per m2

3MNovecFluid

Up to

100 kW per m2

4 - 40kW

Up to

250 kW

1.1 - 2.0 pPUE

<1.02 pPUE

Power used for IT cooling