start with the end in mind
DESCRIPTION
Organizations spend millions of dollars and many months of effort to design and build a new data center facility, yet too often planning for how that data center will actually operate is an afterthought. The impacts of this oversight are significant:--If the operations team isn't prepared to go live on Day 1, facilities sit idle, losing revenues by the minute.--Single design decisions that don't factor in day-to-day operations can add hundreds of unnecessary man-hours per year to data center maintenance costs.To ensure that the uptime and business goals of the data center are met, operations planning needs to begin early on. A "Start With The End In Mind" approach allows you to increase efficiency, avoid costly operating errors, and ensure that the large capital investments made in a facility yield the most efficient ROI.TRANSCRIPT
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© 2014 Uptime Institute
Start With The End In Mind
R. Lee Kirby,Chief Technology Officer
Uptime Institute
Eric M. Carter, PESenior Technical Manager
Balfour Beatty ConstructionMission Critical
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� Uptime Institute research and field experience confirms• Data center operations start before the conceptual design
phase of construction• Data center operations continue to serve as the source of
continuity for knowledge management and transition to production
� Why an Operations Focus?• Increase return on investment• Increase uptime• Increase data center efficiency• Reduce costs• Reduce risks
Start With The End In Mind
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� Bring Operations in from the beginning� Design ���� build ���� operate is misleading� Design-build (expand, retrofit) are all point-in-time, nested
functions of change management� Change is constant—but a planning continuum that
includes operations will:• Mitigate risk of disruption• Ensure reliability standards are not compromised by changes
� Change management lets you avoid rather than respond� Value engineering in isolation from operations can leave
ongoing legacy of increased costs
Start With The End In Mind
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� Develop and test EOPs when commissioning new systems
= decreased time to restore normal operations after an incident
� Preparation (training and drills) for catastrophic events = the difference between an incident and an outage
� Operations is unlike other aspects of project development• Not a one-time set up• Regular assessments must be ongoing
� Certifications are a benchmark, not the destination
It’s a Journey—Not a Destination
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� Data center strategy • Define measures of success, SLAs, KPIs• Concept of operations• Concept of maintenance• Vendor requirements
� Organizational alignment • Roles and responsibilities• Organizational chart (operations, facilities, IT, security)
Roadmap to Success: PRECON
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� New Technology (NBAD – Abu Dhabi)
• UPS technology• New technology vs. staff experience• Vendor support• Parts availability
� Major Maintenance Efforts (Confidential – RTP, NC)
• Battery replacement• Opened vendor options• Reduced critical shutdowns and rentals to a single MOP• Saved approx. $120K in CAPEX by moving MOP forward
In Practice: PRECON
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� Maintenance and Operations Design Review • Support and specialty space analysis• Security, access, and setbacks analysis• Flexibility for incremental capacity increases analysis• Ease of maintenance analysis• Design concurrence
Roadmap to Success: DESIGN
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� Maintenance and Operations Planning • Establish vendor/contractor SLAs and support contracts• Define staffing levels and shift strategy• Define staff qualifications and assess capabilities • Establish equipment maintenance plans• Establish operations standards consistent with site mission,
reliability and availability requirements, and industry best practices
• Identify and acquire MMS and other key operating systems• Establish asset life-cycle analysis program
Roadmap to Success: DESIGN
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� Maintenance Access (Confidential Client – UT)
• Battery maintenance• Specific equipment• Access around racks• Saved 2 weeks and 4 hours / maintenance effort
� Vendor and CX Spec Development (SAS – NC)
• Chiller selection (vendor support feedback)• Quick start testing and timing• Identified MOP tests for CX• Identified staff roles and responsibilities
In Practice: DESIGN
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� Management and Operations Program Development• Develop operations procedures (SOPs, MOPs, and EOPs)• Implement systems and processes (MMS and other key
operating systems, document repository)• Develop training program• Establish minimum shift and daily inspection protocols• Develop weekly/monthly walk-through equipment checklists• Establish monitoring and controls systems reports• Develop escalation policies and protocols including contact
lists (addressing increasing levels of severity including alerts, events, and incidents)
Roadmap to Success: CONSTRUCTION
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� Management and Operations Program Development• Establish inventory of critical spare parts and consumables• Develop housekeeping policy and Critical Environment work
rules• Develop Critical Environment work approval and change
management processes (normal, expedited, and emergency)• Develop Critical Environment work approval procedures and
forms• Establish risk windows and allowable activities• Develop predictive maintenance program
Roadmap to Success: CONSTRUCTION
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� Testing and Script Development (BB&T - NC)
• BMS Sequence tweaks (pumps)• Critical MOP development > EOP development• SOP and EOP Training• Maintenance planning• Organize documentation• Avoided 1 shutdown ($$)
In Practice: CONSTRUCTION
Method of Procedure (MOP) Form
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� Maintenance and Operations Readiness• Commission operations procedures (SOPs, MOPs, and
EOPs)• Critical infrastructure systems operations training• Emergency operations drills and systems recovery training• Safety training and on-site safety planning• Key vendor/contractor on-site training• Electrical safety training• Populate MMS and other key operating systems
Roadmap to Success: COMMISSIONING
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� Testing / Training (SAS – NC)
• Local utility issues• Modified commissioning scripts to include fault testing from
other facility issues on campus• Training vendors and 2nd shift staff
� Timing (BB&T – NC)
• Thermal storage discharge• Thermal storage recovery• “A” to “B” plant change over process (manually)• Made major modification to storage recovery based on
manual options timing
In Practice: COMMISSIONING
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� Turnover and Transition • Review commissioning results and prioritize punch list• Conduct operational readiness assessment• Implement operations management program• Refine operations procedures (SOPs, MOPs, and EOPs)• Exercise all procedures to ensure optimal effectiveness
� Tier Certification of Operational Sustainability (TCOS)
Roadmap to Success: TURNOVER
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� Transition to Operations – MOST OVERLOOKED• Good & Bad handoffs:
– SAS was GREAT – heavily involved throughout entire process– Confidential Healthcare Client – not involved until L5 CX = lot of
“warranty” calls & general system operations questions.
• Training starts during design & procurement – reduced learning curve at turnover
• Ops & security coordination training– Alarms– Response testing & coordination
• SOP, MOP, & EOP documentation organization refinement– (SAS) BIM model was abandoned for data base system
In Practice: TURNOVER
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A Bridge Between Business Objectives and Sustained Operations
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� The End is Just the Beginning• Regular reviews lead to discovery• Discovery leads to learning• Learning leads to change• Change leads to improvement
� Start with the end in mind and you will• Increase return on investment• Increase uptime• Increase data center efficiency• Reduce costs• Reduce risks
Summary – Start With The End In Mind
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For More Information Contact:R. Lee Kirby
[email protected]+1 425.241.0088
Questions?
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