Vertiv™ Trinergy™
Power your world with robust reliability
Get ready to experience Vertiv’s most reliable, resilient and efficient UPS in its product class. Discover the capabilities that redefine industry standards, ensuring optimal performance and adaptability for the dynamic demands of advanced AI workloads. Elevate your infrastructure with Vertiv™ Trinergy™ – where power meets innovation.
Resilience built to last
Vertiv™ Trinergy™ packs a multi-module power line up in a single chassis that powers through faults and overloads like no other. Built on 40 years of reliability and a 14GW global installed base, it exceeds Tier IV data center power chain availability.
Powering AI innovation
Vertiv™ Trinergy™ is not just a power solution but the reliable driving force behind AI workloads. Easily support load volatility with lasting power, fewer starts and more uptime.
A flexible power giant
The streamlined design is extremely powerful, delivering the highest energy density in the industry. Addressing modern data center space constraints – Vertiv™ Trinergy™ will fit in seamlessly as your enterprise expands.
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White paper
Enhancing UPS reliability with the advantages of distributed battery systems
Unravel the intricacies of large modular Uninterruptible Power Supply (UPS) systems and shed light on the transformative role of distributed batteries. From the critical importance of UPS systems in maintaining power quality to the strategic nuances of redundancy configurations, this white paper navigates through key concepts with clarity.
Key takeaways:
Resilience redefined:
Discover the paramount role of distributed batteries in fortifying large modular UPS systems, enhancing their ability to weather grid interruptions and unforeseen disruptions.
Redundancy strategies explored:
Delve into the world of redundancy configurations, from the vulnerable N configuration to the robust 2N redundancy, understanding how each contributes to fault tolerance and system reliability.
Monolithic vs. modular dynamics:
Unpack the dynamics of monolithic and modular UPS systems, exploring their scalability, control logic, and adaptability to diverse power requirements.
Architectural decisions: centralized vs. distributed batteries:
Navigate the advantages of a distributed battery system over a centralized one, weighing the implications on installation, cost, fault isolation, and overall system resilience.
Real-world scenarios:
Engage in a scenario-based exploration, comparing the responses of centralized and distributed batteries to short circuits and battery failures, revealing practical insights for critical power infrastructure.
Economic efficiency with distributed batteries:
Uncover the cost efficiencies associated with distributed battery systems, especially in terms of DC protections, making a compelling case for their economic viability.
