Vertiv AS3B0NCVGNNXLKB 10KVA Scalable Lithium-Ion UPS System

Overview

The Vertiv AS3B0NCVGNNXLKB is a 10KVA uninterruptible power supply built for enterprise and mission-critical environments where downtime is not an option. Scalable to 15KVA in an N+1 redundant configuration, this system pairs a lithium-ion battery architecture with an advanced battery management system — making it a credible long-term investment for data centers, network operations centers, and large-scale physical security infrastructure. If you're replacing aging lead-acid UPS banks or planning a new deployment with an eye toward total lifecycle cost, this is the model to evaluate.

The AS3B0NCVGNNXLKB ships as part of Vertiv's commercial-grade power portfolio. Browse the full Vertiv power and infrastructure catalog to compare form factors and capacity tiers before committing to this model.

Key Features

• LiFePO₄ Lithium-Ion Chemistry: Lithium iron phosphate is the thermally stable variant of Li-Ion — it does not exhibit the same runaway risk as cobalt-based cells. For a UPS installed in a server room or telecom closet where fire suppression is expensive and access is limited, this chemistry materially reduces the risk profile versus conventional VRLA batteries.
• Up to 10-Year Service Life: Lead-acid UPS batteries typically require replacement every 3–5 years. The AS3B0NCVGNNXLKB is rated for up to 10 years of service life, which cuts your battery replacement labor, disposal costs, and system downtime in half or better over a 10-year horizon. For enterprise UPS deployments with high replacement cost overhead, this is one of the most consequential specs on the sheet.
• Recharge Time Under 4.5 Hours: After a full discharge event, the system returns to protected status in under 4.5 hours. In environments with repeated grid instability — utility-dependent campuses, edge deployments in areas with unreliable power — faster recharge means shorter vulnerability windows between outages.
• Scalable to 15KVA N+1: Starting at 10KVA and growing to 15KVA in a redundant configuration lets you right-size on day one and expand as load grows, without forklift-replacing the entire UPS. N+1 means one module can fail or go offline for service without dropping protected loads — critical for 24/7 security and IT infrastructure.
• ~46 lbs Per Battery String: Lithium-ion batteries are substantially lighter than equivalent lead-acid strings. At approximately 46 lbs per battery string, installation, replacement, and physical handling are meaningfully easier — a real factor in raised-floor data centers and equipment rooms where weight limits and technician ergonomics both matter.
• Advanced BMS with Cell-Level Monitoring: The integrated battery management system monitors at the individual cell level, not just at the string or module level. This means early fault detection before a cell failure cascades into a string failure — and more accurate state-of-health reporting for maintenance planning rather than reactive replacement.
• Better Performance at Higher Temperatures: Lead-acid batteries derate significantly above 25°C, often triggering premature replacement cycles in poorly cooled rooms. The LiFePO₄ chemistry in the AS3B0NCVGNNXLKB maintains capacity at elevated temperatures, which is relevant for edge deployments, warehouse environments, and any site where CRAC redundancy is not guaranteed.
• Minimal Maintenance Profile: Fewer electrolyte checks, no watering, no equalization charges. For distributed sites managed by a small IT team or a systems integrator maintaining multiple client locations, reduced maintenance overhead translates directly to lower operating cost and fewer scheduled site visits.
• Lower Total Cost of Ownership: When you account for the extended service life, reduced replacement frequency, lower maintenance burden, and better thermal performance, the lifecycle economics favor this platform over conventional VRLA systems — particularly in deployments running beyond the 5-year mark.
• 5-Year Warranty (UPS + Batteries): The manufacturer warranty covers both the UPS hardware and the battery system for 5 years. Battery warranties are often excluded or shortened on competing products — having both covered under a single 5-year term simplifies support and removes ambiguity about which component is covered when a claim arises. Confirm current warranty terms with the manufacturer at time of purchase.

Integration and Compatibility

The AS3B0NCVGNNXLKB is designed for integration into existing data center and critical infrastructure environments. The scalable architecture accommodates phased deployment — commission at 10KVA and expand to 15KVA N+1 as load requirements grow, without replacing installed hardware. This makes it well suited for pairing with high-density PoE switch infrastructure and network video recorder stacks where power load can grow incrementally as camera counts increase. The lithium-ion platform is compatible with standard UPS monitoring and management protocols common in enterprise DCIM environments. For physical security infrastructure — NVR arrays, access control servers, video analytics appliances — the fast recharge cycle and N+1 redundancy support the continuous uptime requirements that loss-prevention and compliance mandates typically impose.

If you are evaluating UPS options alongside broader power protection planning, the power protection category includes complementary PDUs, transfer switches, and extended runtime modules. For guidance on sizing UPS capacity to actual load, consult the manufacturer's load calculation tools before finalizing this SKU against a specific rack layout.

Frequently Asked Questions

Q: What is the warranty on the Vertiv AS3B0NCVGNNXLKB?

A: The AS3B0NCVGNNXLKB carries a 5-year manufacturer warranty covering both the UPS unit and the battery system. Confirm current terms with the manufacturer at time of purchase.

Q: How does the lithium-ion battery compare to lead-acid in this application?

A: The LiFePO₄ chemistry provides up to 10 years of service life versus 3–5 years for typical VRLA lead-acid batteries. It also performs better at elevated temperatures, weighs approximately 46 lbs per battery string (lighter than lead-acid equivalents), and requires minimal maintenance — no electrolyte checks or equalization charges.

Q: How long does the AS3B0NCVGNNXLKB take to recharge after a full discharge?

A: Recharge time is under 4.5 hours from a full discharge, reducing the vulnerability window in environments subject to repeated grid instability.

Q: Can the AS3B0NCVGNNXLKB scale beyond 10KVA?

A: Yes. The system is scalable to 15KVA in an N+1 redundant configuration, allowing capacity expansion without replacing the installed platform.

Q: Is the battery management system capable of detecting individual cell faults?

A: Yes. The advanced BMS monitors at the cell level, enabling early fault detection before a failure propagates to the string level — which supports proactive maintenance scheduling rather than reactive replacement.

Q: Is the LiFePO₄ chemistry safer than standard lithium-ion in a server room environment?

A: LiFePO₄ (lithium iron phosphate) is the thermally stable variant of lithium-ion chemistry. It does not exhibit the same thermal runaway characteristics as cobalt-based lithium cells, making it a lower fire-risk choice for enclosed equipment rooms and data center environments.