
Out of Stock
APC Smart-UPS Modular Ultra 10 kW 208/240 V | Tower, N+1 Redundant
APC
MPN: SRYL10K20XLT24
$31,693.00$48,185.00
Free shipping on orders over $500
Authorized Dealer — Full manufacturer warranty
Key Features
- 10 kW base capacity
- 20 kW scalable output
- N+1 redundant design
- 208/240 V input support
- Tower form factor
- APC Smart-UPS Modular Ultra platform
- Protect critical workloads with 10 kW online UPS capacity
- Scale power protection to 20 kW as demand increases
Keep essential systems running through power events with APC Smart-UPS Modular Ultra. This tower UPS is designed for 208/240 V environments where uptime, redundancy, and capacity planning are part of the operating model. Starting at 10 kW and scaling to 20 kW with N+1 redundancy, it gives infrastructure teams a practical path to add resilience without overcommitting to a fixed-size platform.
The modular approach matters when downtime is expensive. Instead of replacing the entire UPS as requirements change, teams can plan around a system that supports growth and redundancy from the start. That makes it a better fit for server rooms, edge facilities, and distributed IT sites that need enterprise power protection with a smaller footprint than traditional large-frame systems.
For procurement teams, the value is clear: this model combines scalable capacity, redundant design, and tower deployment flexibility in one platform. For operations teams, it helps preserve orderly shutdowns, ride through disturbances, and maintain service continuity for the workloads that cannot afford interruption.
Ideal For
- Protect server rooms that need scalable UPS capacity
- Support edge sites requiring redundant power protection
- Maintain uptime for storage and network infrastructure
- Provide modular backup power for facilities planning phased expansion
Why This Product
- 1Scales from 10 kW to 20 kW for future growth
- 2N+1 redundancy improves availability versus single-path systems
- 3Tower design fits non-rack power rooms
- 4Modular architecture supports phased infrastructure planning







