Glimpses into the Data Center Crystal Ball: Top 10 Ways to Get More from Your Data Center in 2009
Current economic conditions will impact the data center in 2009. Data center and IT managers will need to get more from their facility with less money available. Emerson Network Power suggests the top 10 ways to overcome this challenge.
Columbus, OH (PRWEB) November 10, 2008
Current economic conditions will impact the data center in 2009. Data center and IT managers will need to get more from their facility with less money available. Emerson Network Power suggests the top 10 ways to overcome this challenge.
Top 10 Tactics to Get More from Your Data Center (http://www. liebert. com/newsletters/docs/BC_Application_Guide_Lo_Res. pdf) with Less Money:
1. Cover Your Bases. It may be more difficult to recover from an outage during tough economic times than during prosperous one. A relatively small investment in precision air conditioning and backup power can actually save money. For example, precision air conditioning will adequately protect data center assets; building air conditioning alone will not. A double conversion backup power solution with adequate redundancy is essential to raising system availability and ensuring business continuity.
2. Look Inside Before Outside. Increasing density may be a more cost-effective approach to meet the need for more capacity than new facility development. For example, new cooling architectures can enable densities notably higher than average data center densities at a fraction of the cost of building a new facility.
3. Assess Before Action (http://www. liebert. com/servicesupport_pages/services/service. aspx? x=AvailabilityAssessmentServices). Perhaps one of the smartest investments businesses can make in the coming year will be to asses their data center to identify and resolve vulnerabilities that threaten availability, increase data center efficiency, and improve planning and budget allocation.
4. Go From Room to Rack. Utilizing an integrated enclosure system (i. e. data center in a box or mini computer room (http://www. liebert. com/product_pages/SecondaryCategory. aspx? id=15&hz=60)) offers a cost-effective solution to protecting the equipment that may be in a small data center or room. Instead of conditioning whole room environment, just protect the rack.
5. Cap the Cold Aisle. Cold aisle containment allows cooling units to run at reduced capacity to achieve ideal cooling conditions and save energy costs. This tactic is more efficient and effective than hot aisle containment systems, and offers a better environment for data center personnel.
6. Check the Weather Forecast. In many locations, economizers can be used to allow outside cool air to complement data center cooling systems and provide "free cooling" during colder months. This approach lowers energy usage, lessens wear on some components in the cooling equipment, and decreases operational costs. All together, it can be a welcome reduction in the data center electricity bill.
7. Watch Often - If Not Always. The importance of monitoring what's going on inside the complex and dynamic data center is more important than ever. Keeping an eye on performance will help businesses steer clear of unnecessary maintenance and repair costs. Success in this endeavor will require IT and facilities to integrate disparate data into a centralized portal where actionable and meaningful information can be derived.
8. Improve Energy Utilization. Opportunities exist to improve energy use throughout data centers of all sizes. For example, adding variable frequency drives to cooling systems allows them to recognize reduced loads and operate more efficiently. Every Watt of savings achieved on the processor level will create a total of 2.84 Watts of savings for the facility (http://www. liebert. com/common/ViewDocument. aspx? id=880).
9. Avoid Cutting Corners. A preventive maintenance plan can extend equipment life and reduce maintenance costs. For example, employ a battery maintenance strategy so that your business isn't a victim of the number one cause of UPS failure: bad batteries.
10. Don't Stop Thinking About Tomorrow. It may be necessary to minimize capital expenditures but make sure you don't compromise future scalability. UPS scalability is emerging as a popular solution to reducing the risk associated with miscalculating future capacities. Statistical analysis of UPS system configurations in light of failure rates shows that system reliability begins to decrease sharply when more than four UPS modules are used in a single system.
Quotes attributable to Chuck Spears, president, Liebert products (North America), Emerson Network Power:
"The coming year will undoubtedly require data center and IT managers to get maximum value from their facility without making significant enhancements." "The good news is that numerous opportunities exist throughout the data center to do more with less. Businesses that have already invested in adaptive technologies are poised to easily grow as they're able. Those that will spend on data center support systems must demand flexible, efficient products at the lowest total cost of ownership." "Sufficient UPS battery backup should meet existing needs as well as anticipated growth. Exactly how much power capacity and redundancy needed depends on an organization's sensitivity to downtime and budget. " "Too many dense equipment racks comprised of new, powerful technologies are relying on building air conditioning systems for environmental control. While it may seem like a cost-saving decision today to not pay for a better cooling solution, it's going to come out as a bad decision tomorrow when the technology isn't working as expected."
Related Links:
Executives Discussing Key Data Center Topics (http://www. youtube. com/profile_videos? user=EmersonNetworkPower)
Small Business Survey Results (Summer 2008) (http://www. emerson. com/smallbusiness)
Data Center Users Group Survey Results (Spring 2008) (http://www. liebert. com/information_pages/NewsRelease. aspx? id=2700)
Aperture Research Institute Report (May 2008) (http://www. aperture. com/about/research_institute/ari_green_attitudes_part2_5_27_08.pdf)
About Emerson Network Power
Emerson Network Power, a business of Emerson, is the global leader in enabling Business-Critical Continuity™ from grid to chip for telecommunication networks, data centers, health care and industrial facilities. Emerson Network Power provides innovative solutions and expertise in areas including AC and DC power and precision cooling systems, embedded computing and power, integrated racks and enclosures, power switching and controls, monitoring, and connectivity. All solutions are supported globally by local Emerson Network Power service technicians. Liebert power, precision cooling and monitoring products and services from Emerson Network Power improve the utilization and management of data center and network technologies by increasing IT system availability, flexibility and efficiency. For more information, visit www. liebert. com or www. emersonnetworkpower. com.
About Emerson
Emerson, based in St. Louis, Missouri, USA, is a global leader in bringing technology and engineering together to provide innovative solutions to customers through its network power, process management, industrial automation, climate technologies, and appliance and tools businesses. Sales in fiscal 2007 were $22 billion. For more information, visit www. emerson. com.
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