KPIs You Need to track to Improve Data Center Health and Efficiency
Modern data center supervisors are under constant pressure to do more with less while simultaneously being tasked with balancing data center uptime and optimizing for efficiency and capacity utilization. To gauge success and ensure business objectives are met, they are increasingly turning to big data analytics to provide the necessary insights. With networked smart devices such as for instance smart rack PDUs, busways, branch circuit meters, and ff14 data center a good amount of energy and environment sensor data, this has never been more straightforward to holistically see and analyze this data that is collected.
But how can you know where to start, things to monitor, and what your objectives should really be?
Based on our experience with hundreds of customers participating in our worldwide user groups, we’ve consolidated feedback on what data matters the most and compiled a summary of the very best 10 Key Performance Indicators (KPIs) that most information center managers must certanly be monitoring to enhance the entire health and effectiveness of their data facilities.
Measuring these KPIs and strategically leveraging the understanding offered allows for smarter, more data-driven decision-making across all issues with data center management from asset management to capacity likely to energy efficiency.
Capability by Key Data Center site (Space, Power, Cooling, and Power/Network Port Connections). Data center supervisors have to make the most informed and data-driven decisions when it comes to space that is reserving provision new IT equipment, using power resources more efficiently, saving on operating expenses, and showing management when more capacity is necessary. Therefore, having accurate, real-time information on physical space, power, cooling, and network connectivity capacity is essential to making such decisions. For the most view that is comprehensive monitor capability during the website, room/floor, case, and port levels.
Information Center Energy Cost. IDC reports that energy usage per server is growing by 9% per globally as growth in performance pushes demand for energy year. The monetary cost of energy consumed can account fully for as much as 50percent of total data center working expenses, so that as such has to be supervised and intelligently reduced. Track your energy usage and expenses by website, department, or applications/services, and set targets for reduction, bill back users, meet business sustainability and initiatives that are green and gather energy rebates and carbon credits.
Change Requests by Consumer, Stage, and Type. In a typical data center environment, up to 30% of servers get replaced annually.
Servers older than five years fail three times more often and cost 200% more to support than a server that is new. To keep SLAs while increasing productivity and efficiency of data center staff, it is important to simplify the management of moves, adds, and changes for server and network equipment. Data center managers and operators should track the wide range of change demands, tickets, and work sales, who’s making them, exactly what progress is being made, and what type of modifications are increasingly being requested. By tracking work that occurs into the data center from creation to completion, you’ll guarantee work purchase quality and transparency to business users while improving staff efficiency through improved collaboration.