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©2012 HP 1 ©2012 HP ©2012 Hewlett-Packard Development Company, L.P.
The information contained herein is subject to change without
notice
February 24, 2012
Scott Wilson, PE, LEED AP BD+C
HP CFS Mechanical Practice Leader
Integrating Energy
Efficiency and
Sustainability in HPC
Initiatives
©2012 HP 2
Consulting and design
for converged facility
and IT infrastructures,
implementation, and
lifecycle occupancy
HP’s unique portfolio of services for the data center
HP Critical Facilities Services
Critical
Facilities
Assurance
Energy and
Sustainability
Management
Critical
Facilities
Implementation
Critical
Facilities
Design
Critical
Facilities
Consulting
Verify and
increase your
ability to meet
immediate and
long-term
operational goals
Better usage and
management of
energy, capacity,
and costs
“Turnkey
services” where
HP is the prime
integrator and
manages the
entire solution
Define solutions
with built-in
mission-critical
resilience,
performance,
and efficiency
Strategic
technology
planning for
business growth
and change
©2012 HP 3
HP CFS’s Position in the Mission Critical Industry
Primary Critical Facilities Consultant to:
* Based on the 2007 Fortune 1000 List
** Based on the August 2007 Neilsen/NetRatings List
• 14 of the Top 15 Largest Financial Institutions*
• 5 of the Top 5 Telecommunications and Network and Communications Equipment Companies*
• 4 of the Top 5 Search Providers**
• Two-dozen Healthcare Institutions
• Two-dozen R1 Universities
• Three-dozen Supercomputing Top 500 Organizations
©2012 HP 4
HPC Data Center Facility Hot Buttons
– Research computing strategic to customer’s mission
– Flexibility, scalability and energy efficiency
– Data Center Facility funding typically NOT in IT/Research budgets
– Back-up Power a “Want”, rather than a “Need”
– HPC data centers typically NOT Tier III+ Facilities
– Large Compute Load requires additional MEP space
– High-Density Cooling (20-100 kW/rack)
• Liquid cooled IT now or in the near future
– Expedited Construction Schedule to accommodate new system
– Construction Budget often underestimated
– Campus central plant vs. Self-contained infrastructure analysis
©2012 HP 5
HPC Data Center Facility Current State Sustainability
– Airside Cooling
• Direct OA Economizer
− Water for humidification only
− Very low PUE
− Outside air quality must be good
− Scalable and modular
− Many configurations possible
− Must separate intake and exhaust
− Containment a good match
• Indirect OA Economizer
− Outside air quality not an issue
− More mechanical room space req.
− Very low PUE
− Outside air quality must be good
− Scalable and modular
− Many configurations possible
− Must separate intake and exhaust
− Containment a good match
©2012 HP 6
HPC Data Center Facility Current State Sustainability
©2012 HP 7
HPC Data Center Facility Current State Sustainability
– Waterside Cooling
• Waterside Economizer with Cooling
towers
• Dry-cooler or Evaporative Cooler
– Refrigerant Systems
©2012 HP 8
HPC Data Center Facility Current State Sustainability
– Heat Reclaim Systems
• Air handling units
• Chillers and heat pump
– Photovoltaic Systems
– LEED, Energy Star & Others
©2012 HP 9
HPC Data Center Facility What is changing?
– New liquid cooled designs focused on high delta T to enable more
heat reclaim
©2012 HP 10
HPC Data Center Facility What is changing?
– More kW per rack and greater reliance on liquid cooling lead to piping
planning issues
• Space needed to inspect, service and modify piping
• Space for multiple systems
• Space for removal and replacement
©2012 HP 11
HPC Data Center Facility Special Opportunities
– Modular and Scalable Approach
– Co-location of building types that can yield big benefits from heat
reclaim
• Office
• Laboratory
• Central Plant
• Food Service
©2012 HP 12 ©2012 HP 12
Q&A SCOTT WILSON, PE, LEED AP BD+C
HP CFS MECHANICAL PRACTICE LEADER
– HPC data center design issues to maximize
sustainability
• Flexibility to accommodate air and liquid cooling
• Prepare for multiple mechanical systems
• Large piping infrastructure likely
• Opportunities to maximize heat reclaim