Vertiv™ Next Predict addresses these challenges and transforms the service paradigm by leveraging artificial intelligence (AI) and machine learning (ML) to deliver a superior and proactive approach, enhancing traditional methods. By utilizing condition-based maintenance, our advanced equipment monitoring and data analytics optimize maintenance activity scheduling and delivery, heading towards continuous operation and peak performance.
Key features of Vertiv™ Next Predict
Advanced monitoring
With 24/7 connectivity, Vertiv™ Next Predict continuously captures vital equipment data to our secure cloud platform. Using AI-driven health scores, critical alerts, and degradation patterns, Vertiv teams can identify and address many potential equipment issues before they cause significant disruption. Our network operations center (NOC) and expert engineering team respond swiftly to alerts, to determine the best course of action.
Data-driven maintenance and service
Vertiv™ Next Predict enhances traditional maintenance by scheduling tasks based on actual equipment conditions. Maintenance visits focus on critical component issues while still covering standard checklists. This leads to real-time insights into equipment health, better planning, and more efficient operating expenses.
Comprehensive asset management reporting
By leveraging AI and ML, Vertiv provides detailed assessments of your equipment's useful life. Granular reporting helps plan subassembly and equipment replacements more effectively for sustained peak performance.
On-demand data access
You can access critical alarms and equipment health information anytime via the Vertiv Customer Portal. This on-demand access provides necessary insights to manage your data center effectively.
Enhanced product confidence
Vertiv helps enhance reliability through preventive maintenance and comprehensive insights, allowing customers to focus on core operations with confidence in their equipment's performance.
Vertiv™ Next Predict: Harnessing AI and ML for condition-based maintenance
Our service capabilities utilize AI/ML tools and advanced monitoring solutions to provide superior maintenance outcomes. Data from your equipment is securely transmitted to our cloud platform and analyzed to generate insights like health scores, useful life remaining, and critical alerts. These analytics drive informed maintenance decisions, allowing for targeted interventions that maximize asset lifespan.
When anomalies are detected, alerts are sent to operators at the network operations center (NOC). Our engineers then manage the service response, planning the next visit according to anomaly severity and urgency need. These proactive strategies minimize downtime and keep your operations running smoothly.
The Vertiv™ Next Predict advantage
Maximum uptime and reliability
Proactive maintenance minimizes unexpected downtime and disruptions for continuous operation and your enhanced market reputation.
Advanced preventive maintenance
AI-driven analytics predict and address many potential issues before they become critical, minimizing risks and improving operational efficiency.
Superior health monitoring and analytics
Our comprehensive data management ecosystem improves asset health visibility, advanced lifecycle management, and informed capital planning through the Vertiv Customer Portal.
Expert support
Vertiv provides expert assessment and timely interventions to maximize equipment life and performance, maintaining optimal service delivery.
AI data center solutions ready for Vertiv™ Next Predict
Vertiv™ Trinergy™
Vertiv’s uninterruptible power supply (UPS) systems, including the Vertiv™ Trinergy™, redefine industry standards by maintaining optimal performance and adaptability to meet the dynamic demands of AI workloads.
Vertiv™ XDU
The Vertiv™ XDU optimizes cooling in high-density data centers. It offers liquid cooling designs with or without the need for facility water, reducing infrastructure costs and enhancing operational efficiency.
Vertiv™ XDM Split Indoor Chiller
This liquid-to-fluid exchanger optimizes rear door cooling applications, enhancing efficiency in high-performance computing (HPC) environments.
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