Modular UPS Configurations — 20kW to 500kW Series
Pay-as-you-grow scalable power backup designed for high-density data centers and industrial plants. Hot-swappable power modules provide N+X redundancy, maximum energy efficiency, and near-zero downtime maintenance.

- ⚡ Power range: 20kW – 500kW System
- 🧩 Module capacity: 10kW / 25kW / 50kW Hot-Swap
- 📈 System efficiency: Up to 96.5% (ECO Mode > 99%)
- 🔄 Redundancy: N+X Parallel Architecture
- 🖥️ Display & control: 7-inch Touchscreen / SNMP / Dry Contact
Four modular tiers, infinite scalability
Pay-as-you-grow hot-swappable architecture — expand system capacity seamless with zero operational downtime.
High-availability scalable data center power
Hot-Swappable Modules
Replace or add power modules in live operational state without interrupting power to connected data center loads.
N+X Parallel Redundancy
Configurable internal module redundancy ensures continuous system availability even if a power module goes offline.
Up to 97% Online Efficiency
Advanced 3-level T-type inverter topology significantly lowers utility power consumption and facility cooling costs.
Decentralized Controller Logic
Eliminates single points of failure with distributed DSP architecture controlling individual modules independently.
High Power Density Footprint
Industry-leading kW-per-square-meter ratio optimizes white-space utilization in enterprise data center rooms.
Lithium-Ion Battery Compatible
Seamless BMS integration with LiFePO4 battery cabinets for longer lifespans, lighter weight, and rapid recharge cycles.
Technical specifications
* Maximum footprint efficiency achieved when configured with Lithium-ion battery cabinets.
Flexible capacity built for pay-as-you-grow infrastructure
Edge Data Centers
Modular footprint allowing hot-swappable expansion as server rack density grows.
Colocation Facilities
N+1 redundant architecture ensuring uninterrupted maintenance without taking loads offline.
Enterprise Campus Hubs
Centralized critical power backbones servicing entire commercial complexes or university wings.
Hyperscale & Telecom
Parallel frame arrays delivering megawatt-tier reliability with minimal MTTR.
Planning scalable power for your data center growth?
Let our engineers assist with N+1 power redundancy modeling and modular frame sizing.

