Vertivâ„¢ PowerNexus

Benefits

• SIMPLIFY POWER DISTRIBUTION & IMPROVE MAINTENANCE ACCESS: Use internal busbar connections for optimized power distribution and maintenance access.
• REDUCE INSTALLATION COMPLEXITY: Streamline deployment with simplified on-site electrical work and trade coordination.
• HAVE FLEXIBLE INTEGRATION OPTIONS:Choose from on-work site, on-skid, or in-enclosure configurations to align with various facility requirements and deployment strategies.
• DECREASE TRADE COORDINATION REQUIREMENTS: Reduce the complexity of on-site electrical work.
• SUPPORT RELIABILITY GOALS: Aid system performance from installation through comprehensive factory testing in a controlled environment.

  

Key Benefits

• TRANSFORM SPACE EFFICIENCY: Reduce gray space footprint by up to 10%, directly converting infrastructure space into revenue-generating white space for IT equipment
• ACCELERATE DEPLOYMENT: Cut installation time by up to 70% compared to traditional builds through factory-integrated design and simplified deployment
• REDUCE TOTAL COSTS: Decrease installation cost by up to 20% through reduced labor, materials, and installation complexity
• SIMPLIFY POWER INFRASTRUCTURE: Eliminate complex electrical work with factory-integrated connections and centralized monitoring

Features

• INTEGRATED DESIGN: Combine Vertiv™ Trinergy™ UPS system and PowerBoard Switchgear into a unified power infrastructure solution that can support modern data center requirements.
• FLEXIBLE CONFIGURATION ARCHITECTURE: Get both back-to-back arrangements ideal for skid mounting and front-to-front designs optimized for in-enclosure integration.
• INTERNAL BUSBAR CONNECTION: Reduce traditional conduit and copper wiring requirements while supporting high-capacity power distribution needs.
• BUILT-IN MONITORING & CONTROL INTERFACE: Provide centralized visibility of power infrastructure performance.
• UL & CE CERTIFICATIONS: Meet deployment capability requirements in Americas and EMEA.
• INTEGRATED REDUNDANCY: This feature in architectural design supports Tier IV data center power chain availability standards.