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Prestige Pro Modular UPS (400KVA to 1200KVA) using 100kVA Power Module

The Prestige Pro Modular UPS that uses 100kVA power modules is the latest model that combines high efficiency and reliability with advanced 3-layer IGBT technology. Featuring multiple digital buses and a redundant parallel control architecture, it ensures uninterrupted operation even if a circuit fails. This space-saving, robust, and scalable system is easy to deploy and manage, making it an ideal backup power solution for data centers, commercial buildings, the healthcare industry, and various other applications.

Description

The Prestige Pro Modular UPS integrates high efficiency and reliability with cutting-edge 3-layer IGBT technology. To ensure uninterrupted operation even in the event of a single circuit failure, the UPS utilizes multiple digital buses and a redundant parallel control architecture. This design guarantees that the entire system remains online, providing continuous power to critical loads. Additionally, the system is space-saving, robust, scalable, and flexible, making it an ideal solution for a variety of environments. Its ease of deployment and management further enhances its appeal, allowing for quick installation and simple maintenance. The Prestige Pro Modular UPS is the perfect backup power solution for modern data centers, commercial buildings, the healthcare industry, and many other applications, ensuring reliable and efficient power protection in diverse settings.

  • Modular Design
    • Hot‑swappable power, bypass, monitoring, and ECU control modules
    • Genuine safe‑swap modularity without requiring UPS bypass
    • Supports N+X parallel redundancy for high availability
  • High Efficiency & Power Saving
    • Online double‑conversion efficiency up to 97%
    • HECO / ECO mode efficiency up to 99%
    • Smart Sleep function optimizes efficiency at low load levels
    • Reduced heat dissipation leading to lower cooling costs
  • High Reliability
    • 3‑level IGBT topology with multiple digital bus redundancy
    • Wide input voltage range (138–485V)
    • High input power factor up to 0.99
    • THDi < 3% and THDv ≤ 1% (linear load)
    • 6kV+6kV line‑to‑line and line‑to‑ground surge protection
  • Strong Load Capability
    • Output power factor of 1.0
    • Supports fully unbalanced loads
    • Handles inductive and capacitive loads without derating
  • Battery Flexibility
    • Compatible with VRLA and Lithium‑ion batteries
    • Supports charging current up to 100A per module
    • Advanced battery management with lifecycle monitoring
  • Scalability & Parallel Operation
    • Scalable from 100kVA up to 1200kVA
    • Parallel operation of up to 6 UPS units
    • Shared battery bank across parallel UPS systems
  • Load Bus Synchronization (LBS)
    • Synchronizes outputs of independent UPS systems
    • Supports dual bus architecture with STS
    • Enhances system reliability and redundancy
  • Generator & Hybrid Support
    • Generator‑compatible with Power Walk‑In function
    • Hybrid power supply and energy storage system (ESS) support
    • Peak shaving and extended backup during under‑voltage conditions
  • Advanced Thermal Management
    • Patent heat dissipation design
    • Optimized airflow to eliminate hotspots
    • Temperature difference between inlet and outlet < 25°C
  • Intelligent Monitoring & Control
    • 10‑inch LCD touch screen display
    • Real‑time monitoring of input, output, battery, and system status
    • Waveform recording during faults
  • Communication & Integrations
    • Supports SNMP, RS232, RS485, BMS, dry contacts
    • Online firmware and software upgrades
    • EPO and REPO emergency shutdown support
  • Designed for Critical Applications
    • Ideal for data centers, healthcare, commercial buildings
    • Compact footprint with flexible cabinet configurations
    • High MTBF and continuous conditioned sine‑wave output
  • Power Rating
    • Scalable capacity from 400 kVA to 1200 kVA
    • 100 kW hot‑swappable power modules
    • Supports parallel operation up to 6 UPS units
  • Input Characteristics
    • Nominal voltage: 380 / 400 / 415 Vac (3Ph + N + PE)
    • Wide input voltage range: 138–485 Vac
    • Input frequency range: 40–70 Hz
    • Input power factor ≥ 0.99
    • THDi ≤ 3% at 100% linear load
  • Output Characteristics
    • Output voltage: 380 / 400 / 415 Vac
    • Output power factor: 1.0
    • Voltage regulation: ±1%
    • Output frequency stability: ±0.1% (battery mode)
    • THDv ≤ 1% (linear load), ≤ 3% (non‑linear load)
  • Efficiency
    • Online double conversion efficiency up to 97%
    • ECO / HECO mode efficiency up to 99%
  • Battery System
    • Supports VRLA and Lithium‑ion batteries
    • VRLA battery voltage range: 360–600 Vdc
    • Li‑ion battery voltage: 512 Vdc
    • Maximum charging current: 100 A per module
  • System Performance
    • Transfer time: 0 ms (utility to battery / bypass)
    • Overload capability up to 150% (time‑limited)
    • Output crest factor: 3:1
  • Monitoring & Communication
    • 10‑inch LCD touch screen display
    • Interfaces: RS232, RS485, SNMP, BMS, dry contacts
    • EPO / REPO emergency shutdown support
  • Environmental
    • Operating temperature: 0°C to 40°C
    • Humidity: 0–95% (non‑condensing)
    • Noise level: < 73–75 dB (model dependent)

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