Understanding the Consequences of Data Center Interruptions

According to a study conducted by Ponemon in 2016, the average financial impact of an unexpected data center outage is $9,000 per minute, with potential maximum costs reaching up to $2,409,991. Beyond merely financial implications, outages can lead to data loss, equipment damage, productivity interruptions, and tarnished brand reputation.

What measures can you implement to better safeguard against these interruptions? Explore these six strategic approaches to boost system availability and mitigate the risks of downtime.

Identifying Causes of Data Center Failures

Data centers demand high reliability levels. While various factors threaten their availability, some common issues were highlighted in the Ponemon research.

• UPS System Malfunctions: Responsible for 25% of all incidents.
• Human Errors and Cyber Threats: Comprised 22% of the incidents.
• Other Factors: Include water damage, heat or CRAC failures, and adverse weather conditions.

While internal and external challenges persist, adopting a proactive plan gives you an edge in minimizing these risks.

Strategies to Mitigate Downtime in Your Data Center

By thoroughly evaluating your IT infrastructure and strategizing for future needs, you can prevent many common downtime causes.

• Battery Monitoring: A faulty cell can jeopardize your entire backup system. Enhance battery reliability through a maintenance program that tracks system anomalies and predicts end-of-cycle, aiding informed decision-making.

Consider utilizing tools like Vertiv’s Data Center Planner to preemptively detect battery issues. Access comprehensive data on devices, equipment placement, and power use to implement changes without impacting system availability.

• Opt for Lithium-Ion Batteries: These batteries, ideal for UPS applications, are more compact, lighter, and durable than conventional VRLA batteries. They necessitate minimal maintenance and occupy less space, freeing up room for IT equipment. Additionally, lithium-ion batteries potentially reduce cooling needs, thereby lowering operational expenses. Discover more about their benefits here.

• Thermal Management with Cooling Systems: Ensuring appropriate cooling to match load demands is crucial for uptime. Employ an integrated methodology to enhance your setup with Vertiv’s Liebert iCOM-S Thermal System Supervisory Control. This tool facilitates access to data and diagnostics, enabling centralized cooling system management.

• Scheduled Maintenance: Regular upkeep and cleanliness are vital for safeguarding your infrastructure. This includes monitoring environmental threats like moisture and humidity that could result in component corrosion and power failures. Identifying necessary repairs and upgrades consistently will extend infrastructure life and efficiency. Learn more about best practices here.

• Comprehensive Training: Given that human mistakes significantly cause downtime, continuous education and communication are critical. Regularly update policies so everyone understands common threats and response strategies, ensuring rapid issue identification and resolution.

• Frequent Evaluations: To maximize uptime and efficiency, consider our performance optimization and assessment services. We provide comprehensive evaluations to pinpoint vulnerabilities, crafting a customized plan that suits your infrastructure and financial constraints.

Collaborate with Innovative Technology Solutions

As your local Vertiv partner, we are dedicated to supporting your business objectives. Reach out to us today to discover our data center solutions that aim to eliminate downtime and enhance system availability. For immediate assistance, call us at 913.492.0770.

Frequently Asked Questions

1. What is the average cost impact of data center downtime?
   The average cost of an unexpected data center outage is approximately $9,000 per minute, with potential costs exceeding $2 million.
2. How can I minimize data center downtime?
   Implement strategies like regular battery monitoring, switching to lithium-ion batteries, scheduled maintenance, proper training, and frequent assessments to reduce the risk of downtime.
3. What are the primary causes of data center downtime?
   Key causes include UPS system failures, human errors, cyber attacks, environmental factors, and equipment malfunctions.
4. How does proper training help in preventing downtime?
   Proper training ensures staff are aware of potential risks and response strategies, enabling quick identification and resolution of issues.
5. Why should I consider lithium-ion batteries for my data center?
   They offer longevity, require less maintenance, and reduce cooling needs, which can contribute to lower operational costs and more efficient space utilization.