The Vertiv™ Trinergy™ UPS is a high-capacity UPS with maximized reliability and resilience, modular architecture, and high efficiency. It is ideal for the demanding requirements of large-scale applications such as AI. It can handle rapid load changes without performance degradation ensuring continuous operation. With 99% efficiency (Dynamic Online mode), it provides cost savings and reduced total cost of ownership. Available in standardized UL and CE configurations for global installations.

• MAXIMIZED RELIABILITY & RESILIENCE: It is designed to endure extreme electrical challenges and ensure continuous power quality and availability.​
• EMPOWERING HIGH-DENSITY APPLICATIONS: It delivers more power in a single block, ideal to support large-scale data centers for Artificial Intelligence (AI) and High-Performance Computing (HPC) applications.​
• MULTI-MODULE DESIGN: Deploy modular power and scale with ease and speed to meet your needs.​
• ENERGY SOURCE INTEGRATION: This UPS supports integration of various energy and backup power sources, such as lithium-ion and nickel-zinc.​
• INCREASED EFFICIENCY: With up to 99% efficiency in dynamic online mode, it combines continuous availability and cost saving.​
• GLOBAL AVAILABILITY: It is designed, manufactured, and tested for worldwide availability.
• NO SYSTEM DOWNTIME: It facilitates maintenance and power upgrades without interruption, leading to enhanced operational availabulity and preventing unplanned outages.
• DISTRIBUTED BATTERIES: This enhances fault tolerance and system availability by improving performance with various failure modes.
  CAPACITY & INSTALLATION FLEXIBILITY: From 1.5MW up to 20MW, this power solution can adapt to your system needs in power capacity, redundancy and design.
• ENERGY SAVINGS & MANAGEMENT: This compact, optimized power solution with somple interface offers maximum energy savings and rapid return on investment.
• RICH DIGITAL EXPERIENCE: Service empowered by data across entire life with cycle with optional Vertiv Life Advances Incident Management and Condition Based Maintenance.