The Consequences of Data Center Downtime
An unplanned outage can have far-reaching effects, from significant financial losses to damaging your brand’s reputation. According to Ponemon’s 2016 study, the average outlay per minute during such disruptions is $9,000, with potential maximum costs hitting $2,409,991. Beyond financial impact, outages risk corrupting data, harming essential hardware, and disrupting productivity.
Strategies to Minimize Data Center Downtime
Improving your facility’s resilience against downtime begins with evaluating your current IT infrastructure. By implementing these six strategies, you can enhance uptime and mitigate risks effectively.
Common Causes of Downtime in Data Centers
Ensuring reliability in data centers is paramount, yet several factors can compromise this. The Ponemon study highlighted key issues:
- Failure of UPS Systems – responsible for 25% of incidents
- Human Errors and Cyber Threats – constitute 22% of events
- Additional Factors Include: Weather conditions, CRAC failures, and water or heat-related issues
While both internal and external dangers persist, adopting a forward-thinking approach can provide a competitive edge and reduce these threats.
Preventative Measures for Your Data Center
- Battery Monitoring Program: A faulty cell can jeopardize your entire backup system. Enhance availability with a maintenance program to spot anomalies and predict end-of-life, facilitating informed decisions.
Utilize monitoring tools like Vertiv’s Data Center Planner to preemptively address battery issues. With real-time data on device locations and power usage, installations and changes can be executed without compromising system availability.
- Lithium-Ion Batteries Adoption: Designed for UPS systems, these batteries are more compact and durable than traditional ones, reducing maintenance needs while optimizing space for IT equipment. Additionally, they can lower cooling costs, as some have reduced cooling requirements.
- Optimized Thermal Controls: Maintaining uptime hinges on correctly matched cooling systems. Implement an integrated solution with Vertiv’s Liebert iCOM-S Thermal System Supervisory Control, which offers centralized management and diagnostics access.
- Regular Preventive Maintenance: Routine assessments and cleaning are vital for infrastructure longevity. Anticipating environmental threats like moisture can avert corrosion and power failures. Timely repairs and upgrades ensure sustained efficiency.
- Comprehensive Training: Given that human error frequently causes downtime, regular training and communication are crucial. Update procedures to keep staff informed about common risks and effective responses, ensuring quick issue resolution.
- Consistent Infrastructure Assessments: To maximize productivity, engage with our assessment services. Our experts can pinpoint vulnerabilities and devise a plan that aligns with your infrastructure and financial strategy.
Join Forces with Innovative Technology Solutions
As a trusted Vertiv partner, our mission is to help you meet your operational goals. Reach out to us today to explore our comprehensive data center solutions, aimed at reducing downtime and boosting availability. For personalized assistance, call us at 913.492.0770.
FAQs on Data Center Downtime
- What is the average cost of data center downtime?
The average cost of an unplanned outage is approximately $9,000 per minute, as per Ponemon’s study. - What are the primary causes of data center downtime?
Major reasons include UPS system failure, human error, cyber attacks, and environmental factors such as weather and CRAC failures. - How can battery management prevent downtime?
Implementing a battery maintenance program helps identify potential issues and extend battery lifespan, thus reducing the risk of system failure. - Why is preventive maintenance crucial for data centers?
Regular maintenance helps foresee environmental threats and ensures necessary repairs are made to protect infrastructure efficiency. - How can training reduce downtime?
Ongoing training and procedure updates minimize human error by preparing staff to swiftly handle common threats and system failures.